NRR2CMG-1502046-02Turbidity2015-06-01T00:00:00Site insufficient flow or elevationSite 3E-1502070-01Giardia2015-06-01T00:00:00The spike analysis was not within the control limits.NRR2CMG-1502046-02Phosphorus, Total (as P)2015-06-01T00:00:00Site insufficient flow or elevationNRR2CMG-1502046-02Ammonia (as N)2015-06-01T00:00:00Site insufficient flow or elevationSRR2CMK-1502061-02Ammonia (as N)2015-06-01T00:00:00Data reanalyzedSRR2CMK-1502061-02Ammonia (as N)2015-06-01T00:00:00The end-of-run LOQ was not within 50-150%.EARCMK-1502061-01Ammonia (as N)2015-06-01T00:00:00The end-of-run LOQ was not within 50-150%.WDTOCMG-1502150-03Temperature2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Temperature2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Scent Character2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Scent Character2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Turbidity2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Coliform, Total2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Coliform, Fecal2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02pH2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Apparent Color2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Coliform, Fecal2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Apparent Color2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03pH2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Turbidity2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Coliform, Total2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Specific Conductance2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1502150-02Specific Conductance2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1602923-03Scent Character2016-07-27T00:00:00Site insufficient flow or elevationWDTOCMG-1602923-03Apparent Color2016-07-27T00:00:00Site insufficient flow or elevationWDTOCMG-1602923-03pH2016-07-27T00:00:00Site insufficient flow or elevationDEL10E-4107Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1602923-03Temperature2016-07-27T00:00:00Site insufficient flow or elevationCATALUME-39395Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-51371Iron, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.PR1D-22661Nitrate/Nitrite (as N)1990-06-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1602923-03Turbidity2016-07-27T00:00:00Site insufficient flow or elevationCATEVE-51371Manganese, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.CWB1.5E-1602927-02Coliform, Total2016-07-27T00:00:00QC blank contaminationDEL17E-1602927-01Coliform, Total2016-07-27T00:00:00QC blank contaminationCATALUME-43034Aluminum, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1602923-03Coliform, Total2016-07-27T00:00:00Site insufficient flow or elevationNR1D-13801Nitrate/Nitrite (as N)1990-06-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-43034Antimony, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1602923-03Total Plankton2016-07-27T00:00:00Site insufficient flow or elevationNR1D-13838Nitrate/Nitrite (as N)1991-03-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-43034Arsenic, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1602924-03Coliform, Fecal2016-07-28T00:00:00Site insufficient flow or elevationWDTOCMG-1602924-03Specific Conductance2016-07-28T00:00:00Site insufficient flow or elevationCATALUME-43034Barium, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1602924-03Apparent Color2016-07-28T00:00:00Site insufficient flow or elevationWDTOCMG-1602924-03pH2016-07-28T00:00:00Site insufficient flow or elevationCATALUME-43034Beryllium, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.CATALUME-43034Cadmium, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.CATALUME-43034Chromium, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.CRO163E-1600687-05Organic Carbon, Dissolved2016-02-23T00:00:00Analytical procedure error. QCS expired used.DEL9E-33891Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO1TE-70851Phosphorus, Total (as P)1999-11-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO1TE-1600687-03UV-2542016-02-23T00:00:00Site plumbing problemNRR2D-19019Nitrate/Nitrite (as N)1991-03-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1600693-01Coliform, Total2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Coliform, Total2016-02-23T00:00:00Site insufficient flow or elevationCRO163E-1600687-05Organic Carbon, Total2016-02-23T00:00:00Analytical procedure error. Expired QCS used.CROGHE-1600687-01Organic Carbon, Total2016-02-23T00:00:00Analytical procedure error. Expired QCS used.CRO1TE-1600687-03Total Plankton2016-02-23T00:00:00Site plumbing problemCRO1TE-1600687-03Turbidity2016-02-23T00:00:00Site plumbing problemCRO1TE-1600687-03Scent Intensity2016-02-23T00:00:00Site plumbing problemWDTOCMG-1600693-03Temperature2016-02-23T00:00:00Site insufficient flow or elevationPRR2CMG-1600693-02Temperature2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Temperature2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Temperature2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Scent Character2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Scent Character2016-02-23T00:00:00Site insufficient flow or elevationPRR2CMG-1600693-02Scent Character2016-02-23T00:00:00Site insufficient flow or elevationWDTOCMG-1600693-03Scent Character2016-02-23T00:00:00Site insufficient flow or elevationCRO1TE-1600687-03pH2016-02-23T00:00:00Site plumbing problemCRO143E-1600687-04Organic Carbon, Dissolved2016-02-23T00:00:00Analytical procedure error. QCS expired used.DEL18DTE-1600709-01Turbidity2016-02-23T00:00:00The duplicate analysis was not within the control limits.EARC-2945Nitrate/Nitrite (as N)1991-10-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-1600688-03Organic Carbon, Dissolved2016-02-23T00:00:00Analytical procedure error. QCS expired used.DEL19LABE-1600686-04Organic Carbon, Dissolved2016-02-23T00:00:00Analytical procedure error. QCS expired used.CRO143E-1600687-04Organic Carbon, Total2016-02-23T00:00:00Analytical procedure error. Expired QCS used.PRR2CMG-1600693-02Turbidity2016-02-23T00:00:00Site insufficient flow or elevationCRO1TE-1600687-03Coliform, Fecal2016-02-23T00:00:00Site plumbing problemPRR2CMG-1600693-02Coliform, Fecal2016-02-23T00:00:00Site insufficient flow or elevationPRR2CMG-1600693-02Coliform, Total2016-02-23T00:00:00Site insufficient flow or elevationCRO1TE-1600687-03Coliform, Total2016-02-23T00:00:00Site plumbing problemCRO1TE-1600687-03Specific Conductance2016-02-23T00:00:00Site plumbing problemNRR2CMG-1600693-01Apparent Color2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Apparent Color2016-02-23T00:00:00Site insufficient flow or elevationWDTOCMG-1600693-03Apparent Color2016-02-23T00:00:00Site insufficient flow or elevationCRO1TE-1600687-03Scent Character2016-02-23T00:00:00Site plumbing problemNRR2CMG-1600693-01pH2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01pH2016-02-23T00:00:00Site insufficient flow or elevationCRO1TE-1600687-03Organic Carbon, Total2016-02-23T00:00:00Site plumbing problemPRR2CMG-1600693-02Specific Conductance2016-02-23T00:00:00Site insufficient flow or elevationEBC-9618Phosphorus, Total (as P)1991-10-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2CMG-1600693-01Specific Conductance2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Specific Conductance2016-02-23T00:00:00Site insufficient flow or elevationCRO1TE-1600687-03Temperature2016-02-23T00:00:00Site plumbing problemCRO1TE-1600687-03Apparent Color2016-02-23T00:00:00Site plumbing problemWDTOCMG-1600693-03pH2016-02-23T00:00:00Site insufficient flow or elevationEARC-2945Phosphorus, Total (as P)1991-10-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2CMG-1600693-01Scent Intensity2016-02-23T00:00:00Site insufficient flow or elevationNRR2CMG-1600693-01Scent Intensity2016-02-23T00:00:00Site insufficient flow or elevationPRR2CMG-1600693-02Scent Intensity2016-02-23T00:00:00Site insufficient flow or elevationWDTOCMG-1600693-03Scent Intensity2016-02-23T00:00:00Site insufficient flow or elevationCWB1.5E-1600688-01Organic Carbon, Dissolved2016-02-23T00:00:00Analytical procedure error. QCS expired used.DEL10WE-5625Phosphorus, Total (as P)1999-11-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-57423Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO1TE-1600687-03Organic Carbon, Dissolved2016-02-23T00:00:00Site plumbing problemCATEVE-47644Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-59010Phosphorus, Total (as P)1999-11-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO183E-1600687-06Organic Carbon, Dissolved2016-02-23T00:00:00Analytical procedure error. QCS expired used.DEL17E-9577Phosphorus, Total (as P)1999-11-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PRR2CMG-1602906-02Turbidity2016-07-26T00:00:00Site insufficient flow or elevationCRO1BE-1602874-02Coliform, Total2016-07-26T00:00:00QC blank contaminationCRO1TE-1602874-03Coliform, Total2016-07-26T00:00:00QC blank contaminationPRR2CMG-1602906-02Coliform, Fecal2016-07-26T00:00:00Site insufficient flow or elevationPRR2CMG-1602906-02Total Plankton2016-07-26T00:00:00Site insufficient flow or elevationPRR2CMG-1602906-02Coliform, Total2016-07-26T00:00:00Site insufficient flow or elevationDEL18DTE-1602873-03Coliform, Total2016-07-26T00:00:00QC blank contaminationDEL10E-1602876-02Coliform, Total2016-07-26T00:00:00QC blank contaminationPRR2CMG-1602906-02pH2016-07-26T00:00:00Site insufficient flow or elevationPRR2CMG-1602906-02Temperature2016-07-26T00:00:00Site insufficient flow or elevationPRR2CMG-1602906-02Apparent Color2016-07-26T00:00:00Site insufficient flow or elevationNRR2CMG-1602906-01Apparent Color2016-07-26T00:00:00Site insufficient flow or elevationNRR2CMG-1602906-01pH2016-07-26T00:00:00Site insufficient flow or elevationCRO163E-1602874-05Coliform, Total2016-07-26T00:00:00QC blank contaminationDEL17E-1602876-03Coliform, Total2016-07-26T00:00:00QC blank contaminationCATALUME-1602873-01Coliform, Total2016-07-26T00:00:00QC blank contaminationNRR2CMG-1602906-01Specific Conductance2016-07-26T00:00:00Site insufficient flow or elevationCWB1.5E-1602876-01Coliform, Total2016-07-26T00:00:00QC blank contaminationDEL9E-1602876-04Coliform, Total2016-07-26T00:00:00QC blank contaminationPRR2CMG-1602906-02Specific Conductance2016-07-26T00:00:00Site insufficient flow or elevationNRR2CMG-1602906-01Coliform, Fecal2016-07-26T00:00:00Site insufficient flow or elevationNRR2CMG-1602906-01Scent Character2016-07-26T00:00:00Site insufficient flow or elevationNRR2CMG-1602906-01Temperature2016-07-26T00:00:00Site insufficient flow or elevationWDTOCMG-1602923-03Specific Conductance2016-07-27T00:00:00Site insufficient flow or elevationWDTOCMG-1602923-03Coliform, Fecal2016-07-27T00:00:00Site insufficient flow or elevationCRO1BE-1602927-04Coliform, Total2016-07-27T00:00:00QC blank contaminationCROGHE-1602927-03Coliform, Total2016-07-27T00:00:00QC blank contaminationCATEVE-51371Zinc, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1602923-03Scent Intensity2016-07-27T00:00:00Site insufficient flow or elevationCATALUME-43034Selenium, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.NRR2CMG-1700583-01Turbidity2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1800757-01Temperature2018-03-01T00:00:00Site insufficient flow or elevationCATALUME-43034Silver, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.NRR2CMG-1800757-01Scent Intensity2018-03-01T00:00:00Site insufficient flow or elevationNRR2CMG-1800757-01Scent Character2018-03-01T00:00:00Site insufficient flow or elevationPRR2CMG-1800757-02Total Plankton2018-03-01T00:00:00Site insufficient flow or elevationWDTOCMG-1800779-03Total Plankton2018-03-01T00:00:00Site insufficient flow or elevationWDTOCMG-1800779-03Specific Conductance2018-03-01T00:00:00Site insufficient flow or elevationNRR2CMG-1800757-01Specific Conductance2018-03-01T00:00:00Site insufficient flow or elevationNRR2CMG-1800757-01Turbidity2018-03-01T00:00:00Site insufficient flow or elevationNRR2CMG-1800757-01Coliform, Fecal2018-03-01T00:00:00Site insufficient flow or elevationWDTOCMG-1800757-03Specific Conductance2018-03-01T00:00:00Site insufficient flow or elevationCATALUME-43034Thallium, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.PRR2CMG-1800757-02Coliform, Total2018-03-01T00:00:00Site insufficient flow or elevationNRR2CMG-1800757-01Apparent Color2018-03-01T00:00:00Site insufficient flow or elevationPRR2CMG-1800757-02Scent Character2018-03-01T00:00:00Site insufficient flow or elevationWDTOCMG-1800757-03Scent Intensity2018-03-01T00:00:00Site insufficient flow or elevationPRR2CMG-1800779-02Scent Character2018-03-01T00:00:00Site insufficient flow or elevationWDTOCMG-1800779-03Scent Intensity2018-03-01T00:00:00Site insufficient flow or elevationWDTOCMG-1800779-03pH2018-03-01T00:00:00Site insufficient flow or elevationPRR2CMG-1800779-02Temperature2018-03-01T00:00:00Site insufficient flow or elevationSRR2CMK-1800777-03Apparent Color2018-03-02T00:00:00Site plumbing problemWDTOCMG-1801166-03Apparent Color2018-04-03T00:00:00Site insufficient flow or elevationNRR2CMG-1801168-01Alkalinity2018-04-03T00:00:00Sample bottle contains headspace.NRR2CMG-1801168-01Alkalinity2018-04-03T00:00:00This sample was not analyzed within the acceptable holding time.NRR2CMG-1804609-01Scent Character2018-11-08T00:00:00Site insufficient flow or elevationWDTOCMG-1804609-03Scent Character2018-11-08T00:00:00Site insufficient flow or elevationCATALUME-43034Zinc, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.EARCMK-1804610-01pH2018-11-08T00:00:00Site insufficient flow or elevation. Catskill Aqueduct shut downNRR2CMG-1804609-01Turbidity2018-11-08T00:00:00Site insufficient flow or elevationNRR2CMG-1804609-01Coliform, Fecal2018-11-08T00:00:00Site insufficient flow or elevationCATALUME-1804600-05Scent Intensity2018-11-08T00:00:00Site insufficient flow or elevationSRR2CMK-1900876-02Nitrate/Nitrite (as N)2019-03-04T00:00:00Analytical procedure error. QCS stock expiredNRR2CMG-1900935-02UV-2542019-03-04T00:00:00Site insufficient flow or elevationWDTOCMG-1900935-04UV-2542019-03-04T00:00:00Site insufficient flow or elevationNRR2CMG-1900935-02Phosphorus, Total (as P)2019-03-04T00:00:00Site insufficient flow or elevationCATALUME-43034Iron, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.EARCMK-1900876-01Phosphorus, Total (as P)2019-03-04T00:00:00Anomalous data. Suspect contamination.NRR2CMG-1900935-02Chloroform2019-03-04T00:00:00Site insufficient flow or elevationNRR2CMG-1900935-02Dibromochloromethane2019-03-04T00:00:00Site insufficient flow or elevationNRR2CMG-1900935-02Total THM2019-03-04T00:00:00Site insufficient flow or elevationWDTOCMG-1900935-04Chloroform2019-03-04T00:00:00Site insufficient flow or elevationWDTOCMG-1900935-04Dibromochloromethane2019-03-04T00:00:00Site insufficient flow or elevationWDTOCMG-1900935-04Total THM2019-03-04T00:00:00Site insufficient flow or elevationNRR2CMG-1900935-02Organic Carbon, Dissolved2019-03-04T00:00:00Site insufficient flow or elevationNRR2CMG-1900935-02Nitrogen, Total Dissolved (as N)2019-03-04T00:00:00Site insufficient flow or elevationNRR2CMG-1900951-01Turbidity2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.PRR2CMG-1900951-02pH2019-03-05T00:00:00No duplicate associated with this sample.PRR2CMG-1900951-02Temperature2019-03-05T00:00:00No duplicate associated with this sample.NRR2CMG-1900951-01Coliform, Fecal2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.CATALUME-43034Manganese, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1900951-03Turbidity2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.WDTOCMG-1900951-03Scent Character2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.CATALUME-43034Aluminum, Dissolved (Undigested)2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1900951-03Temperature2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.RDRRCMG-1900951-04Temperature2019-03-05T00:00:00No duplicate associated with this sample.NRR2CMG-1900951-01Coliform, Total2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.WDTOCMG-1900951-03Coliform, Total2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.WDTOCMG-1900951-03Coliform, Fecal2019-03-05T00:00:00Site insufficient flow or elevation. Diversion not on.NRR2CMG-1901090-02Monochloroacetic Acid2019-03-18T00:00:00Site insufficient flow or elevation. Diversion offWDTOD-9462Nitrogen, Total Dissolved (as N)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOD-9462Organic Carbon, Dissolved2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901090-02Trichloroacetic Acid2019-03-18T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901090-02Coliform, Fecal2019-03-18T00:00:00Site insufficient flow or elevation. Diversion offPRR2CMD-32120Chloride2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901513-01Scent Character2019-04-09T00:00:00Site insufficient flow or elevationPRR2CMD-32120Sulfate (as SO4)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRCMG-1901513-04Coliform, Fecal2019-04-09T00:00:00Analyst read plates while working/training with L. VlaovichNRR2CMG-1901513-01Scent Intensity2019-04-09T00:00:00Site insufficient flow or elevationNRR2CMG-1901513-01Total Plankton2019-04-09T00:00:00Site insufficient flow or elevationNRR2CMG-1901513-01pH2019-04-09T00:00:00Site insufficient flow or elevationNRR2CMG-1901513-01Temperature2019-04-09T00:00:00Site insufficient flow or elevationNRR2CMG-1901513-01Specific Conductance2019-04-09T00:00:00Site insufficient flow or elevationWDTOCMG-1901513-03Coliform, Fecal2019-04-09T00:00:00Analyst read plates while working/training with L. VlaovichPRR2CMD-32120Silica2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901513-01Coliform, Total2019-04-09T00:00:00Site insufficient flow or elevationPRR2CMD-32120Ammonia (as N)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CATEVE-51371Fluoride Residual2006-04-04T00:00:00These samples are associated with an out of control spike QC sample. Recovery=140%, LCL=76.1%, UCL=126.7%.WDTOCMG-1602924-03Temperature2016-07-28T00:00:00Site insufficient flow or elevationWDTOCMG-1602924-03Scent Intensity2016-07-28T00:00:00Site insufficient flow or elevationWDTOCMG-1602924-03Scent Character2016-07-28T00:00:00Site insufficient flow or elevationWDTOCMG-1602924-03Coliform, Total2016-07-28T00:00:00Site insufficient flow or elevationDEL19E-30402Fluoride Residual2006-04-04T00:00:00These samples are associated with an out of control spike QC sample. Recovery=140%, LCL=76.1%, UCL=126.7%.WDTOCMG-1602924-03Turbidity2016-07-28T00:00:00Site insufficient flow or elevationNRR2CMG-1603963-02Total Plankton2016-10-11T00:00:00Site insufficient flow or elevationNRR2CMG-1603963-02Nitrogen, Total (as N)2016-10-11T00:00:00Site insufficient flow or elevationPR4G-1700443-04Apparent Color2017-02-14T00:00:00Site insufficient flow or elevationWDTOCMG-1700524-03Apparent Color2017-02-14T00:00:00Site insufficient flow or elevationWDTOCMG-1700519-03Temperature2017-02-15T00:00:00Site insufficient flow or elevationDEL18E-20513Aluminum, Total2006-04-05T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.NRR2CMG-1700519-01Scent Intensity2017-02-15T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Scent Character2017-02-15T00:00:00Site insufficient flow or elevationWDTOCMG-1700519-03Scent Intensity2017-02-15T00:00:00Site insufficient flow or elevationDEL18E-20513Aluminum, Dissolved (Undigested)2006-04-05T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1700519-03Scent Character2017-02-15T00:00:00Site insufficient flow or elevationWDTOCMG-1700519-03Specific Conductance2017-02-15T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Specific Conductance2017-02-15T00:00:00Site insufficient flow or elevationPRR2CMG-1700519-02Scent Intensity2017-02-15T00:00:00Site insufficient flow or elevationCATLEFFE-61509Aluminum, Total2006-04-05T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1700519-03pH2017-02-15T00:00:00Site insufficient flow or elevationPRR2CMG-1700519-02pH2017-02-15T00:00:00Site insufficient flow or elevationWDTOCMG-1700519-03Total Plankton2017-02-15T00:00:00Site insufficient flow or elevationCATLEFFE-61509Aluminum, Dissolved (Undigested)2006-04-05T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMK-1503577-02pH2015-08-31T00:00:00Site insufficient flow or elevation. No flow in the tunnelWDTOCMG-1700519-03Coliform, Total2017-02-15T00:00:00Site insufficient flow or elevationCATEVE-51396Coliform, Total2006-04-29T00:00:00The beginning sterility controls had evidence of non-sheen contamination.RDRRCMG-1700519-04Coliform, Total2017-02-15T00:00:00plate not read within 22-24 hour window from setup time.PRR2CMG-1700519-02Turbidity2017-02-15T00:00:00Site insufficient flow or elevationPRR2CMG-1700519-02Temperature2017-02-15T00:00:00Site insufficient flow or elevationCATLEFFE-61533Coliform, Total2006-04-29T00:00:00The beginning sterility controls had evidence of non-sheen contamination.NRR2CMG-1700519-01Temperature2017-02-15T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Apparent Color2017-02-15T00:00:00Site insufficient flow or elevationDEL18E-15928Nitrate/Nitrite (as N)1994-10-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO1TE-71762Coliform, Total2006-04-29T00:00:00The beginning sterility controls had evidence of non-sheen contamination.DEL18E-20559Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.WDTOCMG-1700519-03Apparent Color2017-02-15T00:00:00Site insufficient flow or elevationDEL19E-30456Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.CATALUME-43070Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.CATEVE-51418Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.PRR2CMG-1700519-02Total Plankton2017-02-15T00:00:00Site insufficient flow or elevationCATLEFFE-61555Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.CROGHE-83895Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.WDTOCMG-1700519-03Coliform, Fecal2017-02-15T00:00:00Site insufficient flow or elevationCATLEFFE-56967Nitrate/Nitrite (as N)1994-10-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1700519-03Turbidity2017-02-15T00:00:00Site insufficient flow or elevationPRR2CMG-1700519-02Apparent Color2017-02-15T00:00:00Site insufficient flow or elevationDEL19E-26149Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2CMG-1700519-02Scent Character2017-02-15T00:00:00Site insufficient flow or elevationWBC-16244Phosphorus, Total (as P)1997-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1502150-02Scent Intensity2015-06-02T00:00:00Site insufficient flow or elevationWDTOCMG-1502150-03Scent Intensity2015-06-02T00:00:00Site insufficient flow or elevationPRR2CMG-1700519-02Coliform, Fecal2017-02-15T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Coliform, Fecal2017-02-15T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Total Plankton2017-02-15T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Turbidity2017-02-15T00:00:00Site insufficient flow or elevationPRR2CMG-1700519-02Specific Conductance2017-02-15T00:00:00Site insufficient flow or elevationNR2D-15491Phosphorus, Total (as P)1997-07-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOCMG-1502166-03Coliform, Fecal2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Apparent Color2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Turbidity2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Temperature2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Scent Intensity2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Scent Character2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Specific Conductance2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Coliform, Total2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03pH2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502166-03Total Plankton2015-06-03T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Temperature2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Scent Character2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Apparent Color2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Specific Conductance2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Coliform, Fecal2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Coliform, Total2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Turbidity2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03pH2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502191-03Scent Intensity2015-06-04T00:00:00Site insufficient flow or elevationWDTOCMG-1502167-03Scent Intensity2015-06-05T00:00:00Site insufficient flow or elevationWDTOCMG-1502167-03Specific Conductance2015-06-05T00:00:00Site insufficient flow or elevationNRR2CMG-1504027-01Scent Character2015-10-01T00:00:00Site insufficient flow or elevationPRR2CMG-1504027-02Scent Character2015-10-01T00:00:00Site insufficient flow or elevationWDTOCMG-1504027-03Turbidity2015-10-01T00:00:00Site insufficient flow or elevationNRR2CMG-1700519-01Coliform, Total2017-02-15T00:00:00Site insufficient flow or elevationCROGH1CME-85639Coliform, Total2006-05-21T00:00:00Incubator without power for approximately 11 hours due to power outage.CATLEFFE-61556Aluminum, Total2006-05-22T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.PRR2CMG-1700519-02Coliform, Total2017-02-15T00:00:00Site insufficient flow or elevationDEL18E-16388Chloride1996-01-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1700520-03Specific Conductance2017-02-16T00:00:00Site insufficient flow or elevationNRR2CMG-1700520-01Scent Intensity2017-02-16T00:00:00Site insufficient flow or elevationNRR2CMG-1700520-01Scent Character2017-02-16T00:00:00Site insufficient flow or elevationWDTOCMG-1700520-03Scent Intensity2017-02-16T00:00:00Site insufficient flow or elevationWDTOCMG-1700520-03Scent Character2017-02-16T00:00:00Site insufficient flow or elevationWDTOD-9462Ammonia (as N)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1700520-03Temperature2017-02-16T00:00:00Site insufficient flow or elevationWDTOD-9462Nitrate/Nitrite (as N)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOD-9462Soluble Reactive Phosphorus (as P)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1700520-01Temperature2017-02-16T00:00:00Site insufficient flow or elevationWDTOCMG-1700520-03Turbidity2017-02-16T00:00:00Site insufficient flow or elevationWDTOCMG-1700520-03Coliform, Total2017-02-16T00:00:00Site insufficient flow or elevationNR1D-14000Nitrate/Nitrite (as N)1994-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1700520-03pH2017-02-16T00:00:00Site insufficient flow or elevationCROGHCE-758HPC2004-03-02T00:00:00These samples are associated with an out of control duplicate QC sample. Dup difference=0.48CFU/ml, UCL=0.42CFU/ml.NRR2CMG-1700520-01pH2017-02-16T00:00:00Site insufficient flow or elevationWDTOCMG-1700520-03Coliform, Fecal2017-02-16T00:00:00Site insufficient flow or elevationNRR2CMG-1700520-01Specific Conductance2017-02-16T00:00:00Site insufficient flow or elevationNRR2CMG-1700520-01Apparent Color2017-02-16T00:00:00Site insufficient flow or elevationCRO9E-77214HPC2004-03-02T00:00:00These samples are associated with an out of control duplicate QC sample. Dup difference=0.48CFU/ml, UCL=0.42CFU/ml.WDTOCMG-1700520-03Apparent Color2017-02-16T00:00:00Site insufficient flow or elevationNRR2CMG-1700520-01Coliform, Total2017-02-16T00:00:00Site insufficient flow or elevationNRR2CMG-1700520-01Coliform, Fecal2017-02-16T00:00:00Site insufficient flow or elevationCROGHE-83525HPC2004-03-02T00:00:00These samples are associated with an out of control duplicate QC sample. Dup difference=0.48CFU/ml, UCL=0.42CFU/ml.WDTOD-9462Total Plankton2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1700520-01Turbidity2017-02-16T00:00:00Site insufficient flow or elevationWDTOD-9462Nitrogen, Total (as N)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1700583-03Total Plankton2017-02-17T00:00:00Site insufficient flow or elevationWDTOCMG-1700583-03Coliform, Fecal2017-02-17T00:00:00Site insufficient flow or elevationWDTOD-9052pH2004-06-15T00:00:00(TYPE=RA) These samples are associated with an out of control duplicate QC sample. Dup difference=0.20, UCL=0.102.WDTOCMG-1700583-03Coliform, Total2017-02-17T00:00:00Site insufficient flow or elevationWDTOD-9462Organic Carbon, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOD-9462Phosphorus, Total Dissolved (as P)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1700583-03Specific Conductance2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01Specific Conductance2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01pH2017-02-17T00:00:00Site insufficient flow or elevationCR2D-11687Nitrate/Nitrite (as N)1994-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33805Nitrate/Nitrite (as N)1994-10-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1700583-01Apparent Color2017-02-17T00:00:00Site insufficient flow or elevationWDTOCMG-1700583-03pH2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01Scent Intensity2017-02-17T00:00:00Site insufficient flow or elevationPRR2CMD-9904pH2004-06-15T00:00:00(TYPE=RA) These samples are associated with an out of control duplicate QC sample. Dup difference=0.20, UCL=0.102.RDRRCMD-37806pH2004-06-15T00:00:00These samples are associated with an out of control duplicate QC sample. Dup difference=0.32, UCL=0.102.WDTOD-9052pH2004-06-15T00:00:00These samples are associated with an out of control duplicate QC sample. Dup difference=0.32, UCL=0.102.WDTOCMG-1700583-03Scent Intensity2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01Coliform, Total2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01Total Plankton2017-02-17T00:00:00Site insufficient flow or elevationWDTOCMG-1700583-03Temperature2017-02-17T00:00:00Site insufficient flow or elevationPRR2CMD-9904pH2004-06-15T00:00:00These samples are associated with an out of control duplicate QC sample. Dup difference=0.32, UCL=0.102.NRR2CMG-1700583-01Temperature2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01Scent Character2017-02-17T00:00:00Site insufficient flow or elevationWDTOCMG-1700583-03Scent Character2017-02-17T00:00:00Site insufficient flow or elevationWDTOCMG-1700583-03Apparent Color2017-02-17T00:00:00Site insufficient flow or elevationNRR2CMG-1700583-01Coliform, Fecal2017-02-17T00:00:00Site insufficient flow or elevationWDTOD-9462Phosphorus, Total (as P)2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRCMD-37806Potassium, Dissolved (Undigested)2004-06-15T00:00:00The failure to detect the end-run MDL standard indicates a loss of analytical sensivity.RDRRCMD-37806Calcium, Dissolved (Undigested)2004-06-15T00:00:00The failure to detect the end-run MDL standard indicates a loss of analytical sensivity.CATALUME-43034Copper, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.CATALUME-43034Nickel, Total2006-04-04T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.WDTOCMG-1700583-03Turbidity2017-02-17T00:00:00Site insufficient flow or elevationDEL9E-33115Phosphorus, Total (as P)1987-06-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PR1D-22717Phosphorus, Total (as P)1991-07-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EBC-9679Chloride1992-12-14T00:00:00These samples are associated with an uncertified method.WDTOD-7189Phosphorus, Total (as P)1991-07-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-3267Chloride1992-12-14T00:00:00These samples are associated with an uncertified method.WBC-15954Chloride1992-12-14T00:00:00These samples are associated with an uncertified method.PRR2D-28592Phosphorus, Total (as P)1991-08-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22723Phosphorus, Total (as P)1991-08-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14785Phosphorus, Total (as P)1991-10-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23693Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WBC-15892Phosphorus, Total (as P)1991-10-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2CMK-1901517-01Cryptosporidium2019-04-10T00:00:00Invalid - insufficient waterCATALUME-37943Phosphorus, Total (as P)1991-11-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3529Phosphorus, Total (as P)1991-11-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23697Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33153Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33303Phosphorus, Total (as P)1991-11-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-55908Phosphorus, Total (as P)1991-11-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PR1D-22745Chloride1992-01-28T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.CATALUME-38087Phosphorus, Total (as P)1992-05-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37111Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78661Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMK-1901517-01Giardia2019-04-10T00:00:00Site insufficient flow or elevation. No flowNRR2CMK-1901517-01Giardia2019-04-10T00:00:00Invalid - insufficient waterDEL10E-3647Phosphorus, Total (as P)1992-05-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PRR2CMG-1901560-02Total Plankton2019-04-11T00:00:00Analysis omitted deliberatelyWDTOD-7245Chloride1992-01-28T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.RDRRD-33926Chloride1992-01-28T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.DEL18E-15050Phosphorus, Total (as P)1992-05-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WDTOCMG-1901560-03pH2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onWDTOCMG-1901560-03Temperature2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onWDTOCMG-1901560-03Specific Conductance2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onRR1D-39881Chloride1992-01-29T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.NR1D-13886Chloride1992-01-29T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.CATALUME-38001Phosphorus, Total (as P)1992-02-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33425Phosphorus, Total (as P)1992-05-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3647Iron, Total1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Iron, Dissolved1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Copper, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Lead, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.CRO9E-73040Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6051Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3647Manganese, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Calcium, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Copper, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Lead, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Magnesium, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Manganese, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.CATLEFFE-54990Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3647Sodium, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Zinc, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Calcium, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Magnesium, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3647Sodium, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Iron, Total1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Iron, Dissolved1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Copper, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Lead, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.CR2D-11420Nitrate/Nitrite (as N)1988-12-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33425Zinc, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Manganese, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.CATEVE-45626Nitrate/Nitrite (as N)1990-03-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33425Calcium, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Copper, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Lead, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Magnesium, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.NRR2CMG-1901560-01Specific Conductance2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onDEL9E-33425Manganese, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Sodium, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Zinc, Dissolved (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Calcium, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Magnesium, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33425Sodium, Total (Undigested)1992-05-18T00:00:00Metals analyses performed by Ben Nesin Laboratory.NRR2CMG-1901560-01Scent Intensity2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onDEL10E-3896Phosphorus, Total (as P)1993-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3647Chloride1992-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-56509Phosphorus, Total (as P)1993-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WDTOD-8210Phosphorus, Total Dissolved (as P)1997-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOCMG-1504027-03Specific Conductance2015-10-01T00:00:00Site insufficient flow or elevationWDTOCMG-1901560-03Scent Intensity2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onWDTOCMG-1901560-03Coliform, Fecal2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onNRR2CMG-1901560-01Total Plankton2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onWDTOD-8210Phosphorus, Total (as P)1997-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-3463Phosphorus, Total (as P)1993-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EBC-9740Phosphorus, Total (as P)1994-02-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-43071Aluminum, Total2006-05-22T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.RDRRD-34193Chloride1993-01-19T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.RDRRD-37017Cadmium, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901560-01Scent Character2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onWDTOCMG-1901560-03Scent Character2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onCATLEFFE-55399Nitrate/Nitrite (as N)1990-03-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-37017Chromium, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRD-37017Copper, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901560-01Coliform, Fecal2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onRDRRD-37017Lead, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.DEL17E-6472Nitrate/Nitrite (as N)1990-03-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39932Chloride1993-01-19T00:00:00These samples are associated with an uncertified method. SM 4500-Cl, D is not approved for non-potable water samples.CATALUME-43071Aluminum, Dissolved (Undigested)2006-05-22T00:00:00Analyses performed by Grahamsville Laboratory, Grahamsville, NY, ELAP ID Number 10587.PRR2CMG-1901560-02Coliform, Total2019-04-11T00:00:00Run was set up with DE observingWDTOCMG-1901560-03Coliform, Total2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onNRR2CMG-1901560-01Turbidity2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onRDRRCMG-1901560-04Total Plankton2019-04-11T00:00:00Analysis omitted deliberatelyNRR2CMD-21904Apparent Color2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.CRO9E-73445Nitrate/Nitrite (as N)1990-03-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-37017Nickel, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRD-37017Selenium, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1901560-03Total Plankton2019-04-11T00:00:00Analysis omitted deliberatelyNRR2CMD-21904Scent Character2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.RDRRD-37017Silver, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRD-37017Thallium, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1901560-03Total Plankton2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onNRR2CMD-21904Specific Conductance2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.NRR2CMD-21904Coliform, Total2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.NRR2CMD-21904Coliform, Fecal2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.NRR2CMD-21904Turbidity2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.NRR2CMD-21904pH2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.NRR2CMD-21904Temperature2006-12-05T00:00:00Samples taken from bathroom sink due to no water at routine site as a result of bypass operations.WDTOCMG-1901560-03Turbidity2019-04-11T00:00:00Analysis omitted deliberately. Diversion not onRDRRD-37017Zinc, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CATLEFFE-62272Magnesium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901560-01pH2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onNRR2CMG-1901560-01Temperature2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onRDRRD-37017Iron, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901560-01Coliform, Total2019-04-11T00:00:00Site insufficient flow or elevation. Diversion not onRDRRD-37017Manganese, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRD-37017Mercury, Total2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CATLEFFE-62272Potassium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRCMG-1901560-04Coliform, Total2019-04-11T00:00:00Run was set up with DE observingCATLEFFE-62272Sodium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.PRR2CMG-1901561-02Coliform, Total2019-04-12T00:00:00Analysis omitted deliberately. Not neededPRR2CMG-1901561-02Coliform, Total2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Aluminum, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CRO1TE-72163Antimony, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901561-01Coliform, Fecal2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901561-01Coliform, Fecal2019-04-12T00:00:00Site insufficient flow or elevationPRR2CMG-1901561-02Coliform, Fecal2019-04-12T00:00:00Analysis omitted deliberately. Not neededCRO1TE-72163Arsenic, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.PRR2CMG-1901561-02Coliform, Fecal2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Barium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.PRR2CMG-1901561-02pH2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Beryllium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CROGHE-79056Nitrate/Nitrite (as N)1990-03-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2CMG-1901561-02Total Plankton2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Cadmium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CATALUME-37581Nitrate/Nitrite (as N)1990-06-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1901561-01Total Plankton2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offCRO1TE-72163Chromium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901561-01Total Plankton2019-04-12T00:00:00Site insufficient flow or elevationNRR2CMG-1901561-01Turbidity2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offCRO1TE-72163Copper, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901561-01Turbidity2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Turbidity2019-04-12T00:00:00Site insufficient flow or elevationPRR2CMG-1901561-02Turbidity2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Lead, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRCMG-1901561-04Coliform, Total2019-04-12T00:00:00Analysis omitted deliberately. Not neededRR1D-40402Phosphorus, Total (as P)1997-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1901561-02Scent Intensity2019-04-12T00:00:00Site insufficient flow or elevationPRR2CMG-1901561-02Specific Conductance2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Nickel, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901561-01Temperature2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offDEL10E-3455Nitrate/Nitrite (as N)1990-06-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1901561-01Temperature2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Temperature2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Total Plankton2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Selenium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CRO1TE-72163Silver, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1901561-03Scent Intensity2019-04-12T00:00:00Site insufficient flow or elevationPRR2CMG-1901561-02Scent Character2019-04-12T00:00:00Site insufficient flow or elevationCRO1TE-72163Thallium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CRO1TE-72163Zinc, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.DEL9E-33240Nitrate/Nitrite (as N)1990-06-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-31279Manganese, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.CRO1TE-72163Mercury, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CRO1TE-72163Calcium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CRO1TE-72163Magnesium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RDRRCMG-1901561-04Coliform, Fecal2019-04-12T00:00:00Analysis omitted deliberately. Not neededCRO1TE-72163Potassium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CRO1TE-72163Sodium, Dissolved (Undigested)2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.DEL17E-12006Aluminum, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Antimony, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Arsenic, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.CROGHE-79121Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-12006Barium, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Beryllium, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Cadmium, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.CRO9E-73508Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-12006Chromium, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-6536Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-12006Copper, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Lead, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.CATLEFFE-55463Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-12006Nickel, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Selenium, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Silver, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Thallium, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Zinc, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Iron, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL17E-12006Manganese, Total2008-05-06T00:00:00Samples were not analyzed within the acceptable holding time.DEL19E-31279Aluminum, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2CMG-1901561-01pH2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901561-01pH2019-04-12T00:00:00Site insufficient flow or elevationDEL19E-31279Antimony, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.DEL19E-24190Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2CMG-1901561-02Temperature2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03pH2019-04-12T00:00:00Site insufficient flow or elevationNRR2CMG-1901561-01Specific Conductance2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901561-01Specific Conductance2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Specific Conductance2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Scent Character2019-04-12T00:00:00Site insufficient flow or elevationDEL18E-14415Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2CMG-1901561-01Scent Intensity2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901561-01Scent Intensity2019-04-12T00:00:00Site insufficient flow or elevationNRR2CMG-1901561-01Scent Character2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901561-01Scent Character2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Coliform, Total2019-04-12T00:00:00Analysis omitted deliberately. Not neededWDTOCMG-1901561-03Coliform, Total2019-04-12T00:00:00Site insufficient flow or elevationCRO9E-73508Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2CMG-1901561-01Coliform, Total2019-04-12T00:00:00Site insufficient flow or elevation. Diversion offNRR2CMG-1901561-01Coliform, Total2019-04-12T00:00:00Site insufficient flow or elevationWDTOCMG-1901561-03Coliform, Fecal2019-04-12T00:00:00Analysis omitted deliberately. Not neededCROGHE-79121Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33240Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-31279Arsenic, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.WDTOCMG-1901561-03Coliform, Fecal2019-04-12T00:00:00Site insufficient flow or elevationDEL10E-3455Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45688Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1902210-03Coliform, Fecal2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onRDRRD-35569Phosphorus, Total Dissolved (as P)1997-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27559Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32626Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27559Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32626Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27559Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32626Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13542Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23333Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36741Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44898Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54613Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5686Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72724Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78297Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85681Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13542Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23333Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3309Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33091Total Plankton1987-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36741Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-44898Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54613Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5686Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72724Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78297Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85681Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13542Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23333Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3309Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33091Nitrate (as N)1987-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3309Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-11019Chloride1989-01-10T00:00:00These samples are associated with an uncertified method.DEL9E-33091Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36741Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-44898Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54613Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5686Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72724Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78297Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85681Phosphorus, Total (as P)1987-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13542Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23333Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3309Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33091Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36741Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44898Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54613Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5686Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72724Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78297Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85681Phosphorus, Total (as P)1987-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13542Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23333Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36741Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44898Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54613Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5686Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72724Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78297Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85681Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3309Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33091Chloride1987-01-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-31279Barium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.SRR1C-14504Nitrate (as N)1987-01-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1702Nitrate (as N)1987-01-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14504Iron, Total1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Copper, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Calcium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Magnesium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Potassium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Sodium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Total Plankton1987-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1702Total Plankton1987-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14504Iron, Total1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Copper, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Calcium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Magnesium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Potassium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14504Sodium, Total (Undigested)1987-01-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Iron, Total1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Copper, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Calcium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Magnesium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Potassium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Sodium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Iron, Total1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Copper, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Calcium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Magnesium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Potassium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1703Sodium, Total (Undigested)1987-01-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL9E-33092Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37581Chloride1990-06-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23338Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13547Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32631Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27564Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33092Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85686Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14647Chloride1989-02-28T00:00:00These samples are associated with an uncertified method.CROGHE-78302Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72729Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5691Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54618Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44903Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36746Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23338Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3310Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13547Chloride1987-01-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85686Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78302Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72729Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5691Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54618Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44903Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36746Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3310Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33092Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23338Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13547Phosphorus, Total (as P)1987-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85686Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78302Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72729Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5691Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54618Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-44903Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36746Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33092Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1902210-01Total Plankton2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onDEL10E-3310Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23338Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13547Phosphorus, Total (as P)1987-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85686Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78302Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17302Chloride1989-02-28T00:00:00These samples are associated with an uncertified method.NRR2CMG-1504027-01Specific Conductance2015-10-01T00:00:00Site insufficient flow or elevationCRO9E-72729Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5691Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54618Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-44903Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36746Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33092Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3310Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23338Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13547Nitrate (as N)1987-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85686Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3310Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78302Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72729Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5691Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54618Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44903Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36746Total Plankton1987-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14506Phosphorus, Total (as P)1987-01-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1707Phosphorus, Total (as P)1987-01-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1707Total Plankton1987-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14506Total Plankton1987-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14506Phosphorus, Total (as P)1987-01-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1707Phosphorus, Total (as P)1987-01-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1707Nitrate (as N)1987-01-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14506Nitrate (as N)1987-01-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37581Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PRR2D-27569Total Plankton1987-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32636Total Plankton1987-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13629Total Plankton1987-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13554Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14507Nitrate (as N)1987-01-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1711Nitrate (as N)1987-01-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1711Phosphorus, Total (as P)1987-01-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14507Phosphorus, Total (as P)1987-01-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14507Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1711Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1711Phosphorus, Total (as P)1987-01-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14507Phosphorus, Total (as P)1987-01-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36753Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44910Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54625Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5698Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72736Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78309Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85693Total Plankton1987-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13554Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36753Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44910Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54625Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5698Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72736Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78309Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85693Chloride1987-01-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78312Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5701Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54628Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44913Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36756Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23348Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13557Chloride1987-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78312Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44913Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54628Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5701Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78312Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13557Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23348Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36756Phosphorus, Total (as P)1987-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WDTOCMG-1504027-03Scent Character2015-10-01T00:00:00Site insufficient flow or elevationDEL18E-13557Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23348Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78312Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5701Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54628Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44913Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36756Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36756Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-44913Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54628Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5701Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78312Nitrate (as N)1987-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13557Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23348Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36756Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-44913Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54628Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5701Phosphorus, Total (as P)1987-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1715Calcium, Total (Undigested)1987-01-27T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1715Magnesium, Total (Undigested)1987-01-27T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1715Calcium, Total (Undigested)1987-01-27T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1715Magnesium, Total (Undigested)1987-01-27T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL18E-13557Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45688Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR1D-18446Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23348Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32641Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27574Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18454Total Plankton1987-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1716Total Plankton1987-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14508Total Plankton1987-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14508Calcium, Total (Undigested)1987-01-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14508Magnesium, Total (Undigested)1987-01-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14508Phosphorus, Total (as P)1987-01-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1716Phosphorus, Total (as P)1987-01-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14508Calcium, Total (Undigested)1987-01-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14508Magnesium, Total (Undigested)1987-01-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1716Nitrate (as N)1987-01-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14508Nitrate (as N)1987-01-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14508Phosphorus, Total (as P)1987-01-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1716Phosphorus, Total (as P)1987-01-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23352Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13561Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5705Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54632Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-44917Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36760Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23352Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33095Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33095Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78316Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5705Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54632Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-44917Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36760Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33095Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3313Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3313Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36760Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44917Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54632Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6635Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.DEL17E-5705Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78316Total Plankton1987-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23352Nitrate (as N)1987-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36760Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23352Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33095Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3313Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78316Phosphorus, Total (as P)1987-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5705Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54632Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44917Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78316Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23352Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36760Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44917Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54632Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5705Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78316Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33095Chloride1987-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3313Phosphorus, Total (as P)1987-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PRR2D-27579Total Plankton1987-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32646Total Plankton1987-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18456Total Plankton1987-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1721Total Plankton1987-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14510Nitrate (as N)1987-02-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1721Nitrate (as N)1987-02-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14510Total Plankton1987-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55463Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2D-18460Total Plankton1987-02-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13631Total Plankton1987-02-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13592Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RDRRD-32651Total Plankton1987-02-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27584Total Plankton1987-02-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13569Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23360Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1504027-01Coliform, Total2015-10-01T00:00:00Site insufficient flow or elevationSRR1C-14511Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1726Nitrate (as N)1987-02-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14511Nitrate (as N)1987-02-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1726Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78324Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5713Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54640Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44925Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36768Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23360Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13569Chloride1987-02-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78324Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5713Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54640Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44925Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36768Total Plankton1987-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36771Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44928Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54643Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5716Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78327Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23363Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13572Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36771Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-44928Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54643Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5716Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78327Nitrate (as N)1987-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78347Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23363Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13572Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36771Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CWB1.5B-1502117-01pH2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.CATEVE-44928Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54643Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5716Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13572Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78327Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44928Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54643Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5716Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78327Phosphorus, Total (as P)1987-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13572Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23363Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36771Phosphorus, Total (as P)1987-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23363Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36771Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44928Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54643Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5716Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78327Chloride1987-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23363Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13572Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR1D-18447Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27587Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32654Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18463Total Plankton1987-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1729Total Plankton1987-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14512Nitrate (as N)1987-02-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1729Nitrate (as N)1987-02-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14512Calcium, Total (Undigested)1987-02-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14512Magnesium, Total (Undigested)1987-02-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14512Potassium, Total (Undigested)1987-02-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14512Total Plankton1987-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14512Calcium, Total (Undigested)1987-02-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14512Magnesium, Total (Undigested)1987-02-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14512Potassium, Total (Undigested)1987-02-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Aluminum, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Calcium, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Magnesium, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Potassium, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Aluminum, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Calcium, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Magnesium, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1731Potassium, Total (Undigested)1987-02-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3316Total Plankton1987-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33098Chloride1987-02-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3316Chloride1987-02-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36776Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23368Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5721Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54648Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44933Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13577Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78332Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5721Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54648Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44933Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36776Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78332Chloride1987-02-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2CMG-1902210-01Scent Intensity2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onDEL19E-23368Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR1D-18448Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13577Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32659Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27592Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6473Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18468Total Plankton1987-02-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CWB1.5B-1502117-01Turbidity2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.EARC-1734Total Plankton1987-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14513Total Plankton1987-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2250Chloride1989-02-28T00:00:00These samples are associated with an uncertified method.DEL18E-13581Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23372Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3317Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78336Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33099Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36780Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44937Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54652Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5725Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78336Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72745Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33099Total Plankton1987-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13581Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44937Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54652Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5725Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72745Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23372Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36780Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3317Chloride1987-03-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR1D-18449Total Plankton1987-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6478Total Plankton1987-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27597Total Plankton1987-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32664Total Plankton1987-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18473Total Plankton1987-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14514Total Plankton1987-03-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5736Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14514Iron, Total1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Barium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Cadmium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Chromium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Copper, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14514Lead, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Selenium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Silver, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Manganese, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Calcium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Magnesium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Potassium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Sodium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Iron, Total1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Barium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Cadmium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Chromium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Copper, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Lead, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Selenium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Silver, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Manganese, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Calcium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL17E-6536Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1739Magnesium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Mercury, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Potassium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Sodium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Iron, Total1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Barium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Cadmium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Chromium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Copper, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Lead, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14514Selenium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Silver, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Manganese, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Calcium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Magnesium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Mercury, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Potassium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14514Sodium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Total Plankton1987-03-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1739Iron, Total1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Barium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Cadmium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Chromium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Copper, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Lead, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Selenium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Silver, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Manganese, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Calcium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Magnesium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Potassium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1739Sodium, Total (Undigested)1987-03-04T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL18E-13586Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3318Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23377Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3318Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36785Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23377Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33100Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5730Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54657Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44942Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13586Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78341Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33100Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5730Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54657Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44942Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36785Total Plankton1987-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78341Chloride1987-03-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR1D-18450Total Plankton1987-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32669Total Plankton1987-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27602Total Plankton1987-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6483Total Plankton1987-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1744Total Plankton1987-03-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1744Nitrate (as N)1987-03-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14515Nitrate (as N)1987-03-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14515Total Plankton1987-03-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3319Total Plankton1987-03-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33101Total Plankton1987-03-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33101Chloride1987-03-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3319Chloride1987-03-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36791Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23383Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44948Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54663Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5736Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54663Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44948Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36791Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23383Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14703Chloride1990-03-20T00:00:00These samples are associated with an uncertified method.DEL18E-13592Phosphorus, Total (as P)1987-03-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78347Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13592Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23383Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78347Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36791Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44948Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54663Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5736Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44948Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36791Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78347Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5736Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54663Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5736Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54663Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-44948Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36791Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13592Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23383Phosphorus, Total (as P)1987-03-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78347Chloride1987-03-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23383Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR1D-18451Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6488Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13592Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27607Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32674Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6488Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR1D-18451Nitrate (as N)1987-03-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27607Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32674Total Plankton1987-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1748Iron, Total1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Copper, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Manganese, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Calcium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Magnesium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Potassium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Sodium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Iron, Total1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Copper, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Manganese, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Calcium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Magnesium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Potassium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1748Sodium, Total (Undigested)1987-03-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1749Total Plankton1987-03-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14516Total Plankton1987-03-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14516Iron, Total1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Copper, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Manganese, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Calcium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Magnesium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Potassium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Sodium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Nitrate (as N)1987-03-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1749Nitrate (as N)1987-03-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14516Iron, Total1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL17E-5755Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14516Copper, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Manganese, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502167-03Turbidity2015-06-05T00:00:00Site insufficient flow or elevationSRR1C-14516Calcium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Magnesium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Potassium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14516Sodium, Total (Undigested)1987-03-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3320Total Plankton1987-03-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33102Total Plankton1987-03-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33102Chloride1987-03-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3320Chloride1987-03-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36796Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23388Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5741Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54668Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44953Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13597Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78352Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5741Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54668Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44953Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36796Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78352Chloride1987-03-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23388Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13597Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6493Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-14415Phosphorus, Total (as P)1990-06-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PR2D-23871Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32679Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39625Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27612Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13632Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32679Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39625Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27612Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2961Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CWB1.5B-1502117-01Coliform, Fecal2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.CR2D-11332Nitrate (as N)1987-03-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14214Chloride1990-03-20T00:00:00These samples are associated with an uncertified method.WDTOD-6493Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4850Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-9990Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17493Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14947Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16296Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22496Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23871Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25250Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26584Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13632Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12616Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1070Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11332Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17143Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1753Iron, Total1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Copper, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Manganese, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Calcium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-31279Beryllium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.EARC-1753Magnesium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Potassium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Sodium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10874Total Plankton1987-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1753Iron, Total1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Copper, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Manganese, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27840Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-1753Calcium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CWB1.5B-1502117-01Specific Conductance2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.EARC-1753Magnesium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1753Potassium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATEVE-46285Zinc, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.EARC-1753Sodium, Total (Undigested)1987-03-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1754Total Plankton1987-03-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14517Total Plankton1987-03-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14517Iron, Total1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Copper, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Manganese, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Calcium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Magnesium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Potassium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Sodium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Iron, Total1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Copper, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Manganese, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Calcium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Magnesium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Potassium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14517Sodium, Total (Undigested)1987-03-25T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL18E-13601Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23392Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3321Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78356Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36800Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44957Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54672Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5745Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78356Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33103Total Plankton1987-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13601Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44957Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54672Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5745Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23392Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33103Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36800Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3321Chloride1987-03-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR2D-23872Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4851Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6497Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13633Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27615Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32684Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-9991Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4851Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6497Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11333Nitrate (as N)1987-03-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2962Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27615Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39626Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32684Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11333Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1071Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12617Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13633Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26585Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23872Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22497Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16297Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14948Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36810Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR4D-17494Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17144Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10875Total Plankton1987-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14518Total Plankton1987-04-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1759Total Plankton1987-04-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3322Total Plankton1987-04-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3322Chloride1987-04-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33104Chloride1987-04-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33104Total Plankton1987-04-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78362Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5751Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54678Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44963Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36806Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36806Chloride1987-04-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5751Chloride1987-04-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54678Chloride1987-04-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44963Chloride1987-04-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13607Chloride1987-04-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78362Chloride1987-04-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR3D-25251Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR3D-16298Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13607Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32689Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39627Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32689Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39627Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2963Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11334Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4852Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-9992Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17495Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14949Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1504027-03Coliform, Total2015-10-01T00:00:00Site insufficient flow or elevationNR3D-16298Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22498Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23873Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26586Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25251Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13634Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12618Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1072Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11334Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1763Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10876Phosphorus, Total (as P)1987-04-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1763Iron, Total1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Copper, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Manganese, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Calcium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Magnesium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Potassium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Sodium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Phosphorus, Total (as P)1987-04-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37586Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17145Phosphorus, Total (as P)1987-04-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17145Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10876Total Plankton1987-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1763Phosphorus, Total (as P)1987-04-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1763Iron, Total1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Copper, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Manganese, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Calcium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Magnesium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Potassium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1763Sodium, Total (Undigested)1987-04-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17145Phosphorus, Total (as P)1987-04-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10876Phosphorus, Total (as P)1987-04-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1763Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-48156Aluminum, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.WMC-17145Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10876Nitrate (as N)1987-04-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14519Nitrate (as N)1987-04-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14519Phosphorus, Total (as P)1987-04-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14519Iron, Total1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Copper, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Manganese, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Calcium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Magnesium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Potassium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Sodium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Total Plankton1987-04-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14519Iron, Total1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Copper, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Manganese, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Calcium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATEVE-45693Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14519Magnesium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Potassium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Sodium, Total (Undigested)1987-04-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14519Phosphorus, Total (as P)1987-04-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13611Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3323Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23401Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85706Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13611Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44967Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54682Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3323Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1504027-03Coliform, Fecal2015-10-01T00:00:00Site insufficient flow or elevationDEL9E-33105Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-46285Manganese, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL19E-23401Chloride1987-04-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36810Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44967Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54682Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5755Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33105Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85706Total Plankton1987-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23874Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4853Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR2D-14950Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32694Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27617Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-9993Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4853Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11335Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2964Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27617Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39628Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32694Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11335Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1073Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12619Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13635Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25252Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26587Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23874Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22499Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16299Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14950Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CWB1.5B-1502117-01Coliform, Total2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.NR4D-17496Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1768Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17146Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10877Total Plankton1987-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10877Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17146Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1768Nitrate (as N)1987-04-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14521Total Plankton1987-04-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3324Total Plankton1987-04-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33106Total Plankton1987-04-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33106Chloride1987-04-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3324Chloride1987-04-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2D-27622Nitrate (as N)1987-04-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32699Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39629Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27622Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2965Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4854Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-9994Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1902210-03Scent Intensity2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onNR4D-17497Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14951Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16300Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22500Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23875Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26588Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25253Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13636Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12620Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1074Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11336Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17147Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10878Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1773Phosphorus, Total (as P)1987-04-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1773Nitrate (as N)1987-04-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17147Nitrate (as N)1987-04-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10878Nitrate (as N)1987-04-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10878Phosphorus, Total (as P)1987-04-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17147Phosphorus, Total (as P)1987-04-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1773Total Plankton1987-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10878Phosphorus, Total (as P)1987-04-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17147Phosphorus, Total (as P)1987-04-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1773Phosphorus, Total (as P)1987-04-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14523Phosphorus, Total (as P)1987-04-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14523Phosphorus, Total (as P)1987-04-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14523Nitrate (as N)1987-04-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14523Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23408Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13618Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36817Chloride1987-04-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23408Chloride1987-04-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5762Chloride1987-04-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54689Chloride1987-04-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44974Chloride1987-04-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13618Chloride1987-04-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5762Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54689Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44974Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36817Total Plankton1987-04-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33107Total Plankton1987-04-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33107Chloride1987-04-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3325Chloride1987-04-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3325Total Plankton1987-04-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16301Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6504Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32709Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27627Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22501Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32704Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39630Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-9995Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16301Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR4D-4855Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6504Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11337Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2966Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27627Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39630Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32704Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11337Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1075Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12621Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13637Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32704Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27627Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOCMG-1902210-03Scent Character2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onRR1D-39630Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6504Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR3D-25254Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26589Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23876Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22501Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16301Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14952Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17498Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17148Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1778Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10879Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10879Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17148Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1778Nitrate (as N)1987-04-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10879Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17148Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17148Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1778Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11337Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10879Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1778Total Plankton1987-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32704Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39630Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27627Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22501Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11337Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6504Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR3D-16301Phosphorus, Total (as P)1987-04-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22501Phosphorus, Total (as P)1987-04-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14524Phosphorus, Total (as P)1987-04-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14524Phosphorus, Total (as P)1987-04-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14524Nitrate (as N)1987-04-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14524Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13623Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23413Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36822Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23413Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44979Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54694Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5767Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13623Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78377Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36822Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44979Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54694Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5767Total Plankton1987-04-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22545Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CROGHE-78377Chloride1987-04-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33108Total Plankton1987-05-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33108Chloride1987-05-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3326Chloride1987-05-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3326Total Plankton1987-05-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6509Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39631Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32709Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22502Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13638Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27632Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32709Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39631Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27632Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2967Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11338Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18478Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1902210-03pH2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onWDTOD-6509Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4856Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-9996Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17499Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18478Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14953Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16302Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22502Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23877Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26590Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25255Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6509Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39631Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27632Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13638Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12622Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1076Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11338Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17149Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10880Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1783Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10880Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1783Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17149Nitrate (as N)1987-05-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10880Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17149Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17149Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1783Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11338Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13638Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18478Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1783Total Plankton1987-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10880Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22502Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18478Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6509Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13638Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11338Phosphorus, Total (as P)1987-05-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22502Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27632Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39631Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32709Phosphorus, Total (as P)1987-05-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14526Phosphorus, Total (as P)1987-05-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14526Phosphorus, Total (as P)1987-05-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14526Nitrate (as N)1987-05-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14526Total Plankton1987-05-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13630Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23420Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36829Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23420Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5774Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72758Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54701Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44986Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13630Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78384Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5774Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54701Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44986Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36829Total Plankton1987-05-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78384Chloride1987-05-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78385Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36830Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44987Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54702Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5775Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78385Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33109Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13631Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44987Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54702Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72759Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5775Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23421Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33109Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36830Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3327Chloride1987-05-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23421Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3327Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13631Total Plankton1987-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6514Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR2D-14954Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27637Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22503Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32714Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-9997Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11339Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11339Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12623Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13639Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32714Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27637Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6514Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR3D-25256Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26591Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23878Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22503Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16303Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14954Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17500Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17150Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1788Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10881Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1788Iron, Total1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Copper, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Manganese, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Calcium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Magnesium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Potassium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Sodium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10881Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17150Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1788Nitrate (as N)1987-05-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10881Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17150Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17150Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1788Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11339Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10881Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1788Total Plankton1987-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1788Iron, Total1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Copper, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Manganese, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Calcium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Magnesium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Potassium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1788Sodium, Total (Undigested)1987-05-12T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32714Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27637Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-31279Cadmium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.PR1D-22503Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11339Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6514Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR2D-14954Phosphorus, Total (as P)1987-05-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR2D-14954Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22503Phosphorus, Total (as P)1987-05-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39632Phosphorus, Total (as P)1987-05-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14527Phosphorus, Total (as P)1987-05-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14527Phosphorus, Total (as P)1987-05-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14527Iron, Total1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Copper, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Manganese, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Calcium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14527Magnesium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Potassium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Sodium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Nitrate (as N)1987-05-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14527Total Plankton1987-05-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14527Iron, Total1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Copper, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Manganese, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Calcium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Magnesium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Potassium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14527Sodium, Total (Undigested)1987-05-13T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39632Phosphorus, Total (as P)1987-05-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1077Total Plankton1987-05-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4857Total Plankton1987-05-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2968Total Plankton1987-05-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39632Total Plankton1987-05-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39632Nitrate (as N)1987-05-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13636Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3328Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23426Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3328Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36835Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33110Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23426Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5780Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54707Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-44992Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13636Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33110Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78390Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39677Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.DEL17E-5780Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54707Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44992Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36835Total Plankton1987-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78390Chloride1987-05-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6519Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39633Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32719Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22504Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13640Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27642Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39633Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32719Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2969Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27642Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4858Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-9998Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6519Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11340Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18487Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1078Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11340Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13640Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12624Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39633Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6519Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27642Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32719Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17501Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18487Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14955Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16304Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-46285Calcium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.PR1D-22504Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23879Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26592Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25257Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17151Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10882Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1793Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10882Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1793Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17151Nitrate (as N)1987-05-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10882Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17151Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17151Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1793Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11340Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18487Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13640Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1793Total Plankton1987-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10882Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39633Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32719Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22504Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27642Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22504Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18487Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6519Phosphorus, Total (as P)1987-05-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13640Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11340Phosphorus, Total (as P)1987-05-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14529Phosphorus, Total (as P)1987-05-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14529Phosphorus, Total (as P)1987-05-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14529Nitrate (as N)1987-05-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14529Total Plankton1987-05-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17152Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1797Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10883Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10883Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17152Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1797Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10883Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17152Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17152Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1797Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13641Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18490Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11341Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10883Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1797Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11341Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13641Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6523Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18490Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22505Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27646Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22505Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32723Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39634Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR3D-25258Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26593Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23880Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22505Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16305Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14956Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18490Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85858Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR4D-17502Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32723Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27646Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6523Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39634Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12625Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13641Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11341Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1079Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18490Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11341Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6523Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-9999Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4859Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27646Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2970Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32723Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39634Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27646Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13641Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22505Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32723Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39634Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6523Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13642Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23432Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78396Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85713Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36841Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-44997Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54712Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5786Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3361Phosphorus, Total (as P)1988-03-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78396Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72764Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85713Total Plankton1987-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23432Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13642Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23432Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13642Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85713Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36841Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-44997Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54712Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5786Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54712Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5786Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78396Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72764Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36841Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-44997Nitrate (as N)1987-05-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13642Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78396Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85713Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44997Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54712Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5786Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72764Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78396Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72764Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13642Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85713Phosphorus, Total (as P)1987-05-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23432Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36841Phosphorus, Total (as P)1987-05-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-44997Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54712Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54915Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5786Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72764Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23432Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36841Chloride1987-05-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14531Phosphorus, Total (as P)1987-05-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14531Phosphorus, Total (as P)1987-05-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14531Nitrate (as N)1987-05-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14531Total Plankton1987-05-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23436Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3330Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13646Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36845Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3330Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23436Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33112Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72768Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5790Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54717Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45001Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36845Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33112Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3330Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23436Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3330Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13646Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72768Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78400Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72768Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5790Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54717Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45001Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78400Phosphorus, Total (as P)1987-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13646Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45001Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36845Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33112Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3330Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72768Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78400Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5790Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54717Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5790Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54717Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45001Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36845Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13646Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23436Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33112Phosphorus, Total (as P)1987-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13646Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23436Nitrate (as N)1987-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33112Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72768Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78400Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5790Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54717Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45001Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36845Total Plankton1987-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78400Chloride1987-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6528Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39635Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32728Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22506Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13642Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27651Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39635Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32728Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2971Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27651Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4860Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6528Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11342Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18495Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1080Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11342Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13642Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12626Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39635Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6528Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10000Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27651Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32728Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17503Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18495Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14957Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16306Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22506Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3456Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR2D-23881Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26594Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25259Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17153Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10884Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1802Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10884Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1802Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17153Nitrate (as N)1987-06-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10884Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17153Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17153Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1802Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78554Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CR2D-11342Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18495Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13642Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1802Total Plankton1987-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10884Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39635Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32728Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22506Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27651Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22506Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18495Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6528Phosphorus, Total (as P)1987-06-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13642Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11342Phosphorus, Total (as P)1987-06-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14533Phosphorus, Total (as P)1987-06-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14533Phosphorus, Total (as P)1987-06-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14533Nitrate (as N)1987-06-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14533Total Plankton1987-06-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1902210-03Temperature2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onWMC-17154Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1807Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10885Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10885Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17154Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1807Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10885Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17154Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17154Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1807Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13643Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18500Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10885Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72930Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.EARC-1807Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13643Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18500Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12627Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22507Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27656Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22507Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32733Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39636Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR3D-25260Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26595Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23882Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22507Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16307Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14958Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18500Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17504Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32733Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27656Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10001Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39636Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12627Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13643Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11343Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1081Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18500Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4861Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12627Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27656Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2972Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32733Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39636Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27656Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13643Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22507Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32733Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39636Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13652Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3331Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23442Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78406Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85723Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CR3D-12627Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36851Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45007Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54723Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5796Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78406Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72774Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33113Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1902210-01Coliform, Total2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onCROGHCE-85723Total Plankton1987-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23442Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13652Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23442Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13652Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85723Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36851Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45007Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54723Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5796Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54723Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5796Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78406Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1504027-01Coliform, Fecal2015-10-01T00:00:00Site insufficient flow or elevationCRO9E-72774Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36851Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45007Nitrate (as N)1987-06-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13652Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78406Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85723Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45007Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54723Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5796Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72774Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78406Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72774Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13652Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85723Phosphorus, Total (as P)1987-06-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23442Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36851Phosphorus, Total (as P)1987-06-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45007Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54723Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5796Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72774Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33113Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23442Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3331Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36851Chloride1987-06-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14535Phosphorus, Total (as P)1987-06-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14535Phosphorus, Total (as P)1987-06-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14535Nitrate (as N)1987-06-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14535Total Plankton1987-06-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23446Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3332Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13656Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36855Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3332Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23446Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72778Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5800Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54727Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45011Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13656Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85727Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72778Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78410Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5800Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54727Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45011Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36855Total Plankton1987-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85727Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78410Chloride1987-06-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6529Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39637Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32738Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22508Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13644Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27661Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39637Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32738Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2973Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27661Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4862Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6529Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18505Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11344Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1082Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11344Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13644Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12628Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39637Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10002Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6529Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27661Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32738Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17505Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18505Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14959Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16308Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22508Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23883Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26596Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25261Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17155Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10886Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1812Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10886Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1812Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17155Nitrate (as N)1987-06-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10886Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17155Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17155Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1812Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18505Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13644Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11344Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1812Total Plankton1987-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10886Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39637Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32738Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22508Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27661Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22508Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18505Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13644Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6529Phosphorus, Total (as P)1987-06-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11344Phosphorus, Total (as P)1987-06-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14537Phosphorus, Total (as P)1987-06-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14537Phosphorus, Total (as P)1987-06-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14537Nitrate (as N)1987-06-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14537Total Plankton1987-06-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13661Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3333Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23451Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78415Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85732Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36860Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45016Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54732Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5805Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78415Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72783Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85732Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33114Total Plankton1987-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13661Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45016Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54732Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5805Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72783Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23451Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33114Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3333Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36860Chloride1987-06-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6534Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27666Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32743Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18510Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-46285Magnesium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.WDTOD-6534Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4863Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27666Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2974Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32743Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39638Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25262Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26597Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23884Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22509Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16309Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14960Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18510Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17506Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32743Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27666Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6534Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10003Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39638Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12629Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13645Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11345Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1083Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17156Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1817Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10887Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10887Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17156Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1817Nitrate (as N)1987-06-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10887Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17156Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17156Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5977Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1817Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11345Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18510Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10887Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1817Total Plankton1987-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11345Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6534Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18510Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14960Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14960Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22509Phosphorus, Total (as P)1987-06-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27666Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22509Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32743Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39638Phosphorus, Total (as P)1987-06-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3334Total Plankton1987-06-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3334Chloride1987-06-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33115Chloride1987-06-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3334Phosphorus, Total (as P)1987-06-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3334Phosphorus, Total (as P)1987-06-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33115Total Plankton1987-06-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3334Nitrate (as N)1987-06-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33115Nitrate (as N)1987-06-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33115Phosphorus, Total (as P)1987-06-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85738Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13667Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5811Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54738Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45022Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36866Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45022Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14541Phosphorus, Total (as P)1987-07-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36866Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72789Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78421Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5811Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54738Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85738Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13667Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72789Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78421Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5811Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54738Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45022Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36866Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36866Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85738Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13667Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72789Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78421Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13667Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85738Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78421Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72789Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5811Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54738Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45022Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36866Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72789Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5811Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54738Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45022Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85738Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78421Chloride1987-06-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6539Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78587Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13667Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32748Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39639Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27671Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13646Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22510Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39639Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32748Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2975Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27671Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4864Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6539Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18514Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11346Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1084Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11346Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13646Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12630Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39639Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10004Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6539Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27671Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32748Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17507Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18514Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14961Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16310Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22510Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23885Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26598Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25263Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39639Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32748Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22510Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27671Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22510Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18514Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6539Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13646Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11346Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-1821Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10888Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18514Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13646Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11346Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1821Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17157Phosphorus, Total (as P)1987-06-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17157Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10888Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1821Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17157Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1902210-03Coliform, Total2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onEMC-10888Nitrate (as N)1987-06-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10888Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1821Phosphorus, Total (as P)1987-06-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17157Total Plankton1987-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14539Total Plankton1987-07-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14539Nitrate (as N)1987-07-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14539Phosphorus, Total (as P)1987-07-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14539Phosphorus, Total (as P)1987-07-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13647Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18518Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13647Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6543Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18518Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CATEVE-46285Potassium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.PR1D-22511Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39642Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27675Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22511Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32752Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39640Phosphorus, Total (as P)1987-07-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR3D-25264Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26599Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23886Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22511Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16311Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14962Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18518Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17508Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32752Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27675Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6543Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39640Phosphorus, Total (as P)1987-07-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13647Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1902210-01Scent Character2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onRR2D-1085Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18518Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6543Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4865Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27675Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2976Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32752Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39640Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22511Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13647Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27675Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39640Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32752Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13670Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6543Nitrate (as N)1987-07-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3335Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78424Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85741Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45025Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54741Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5814Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72792Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36869Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3335Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33116Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13670Chloride1987-07-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36869Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45025Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54741Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5814Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78424Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72792Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85741Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33116Total Plankton1987-07-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17158Phosphorus, Total (as P)1987-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1825Phosphorus, Total (as P)1987-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10889Phosphorus, Total (as P)1987-07-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1825Total Plankton1987-07-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10889Phosphorus, Total (as P)1987-07-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17158Phosphorus, Total (as P)1987-07-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10889Nitrate (as N)1987-07-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17158Nitrate (as N)1987-07-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1825Nitrate (as N)1987-07-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17158Total Plankton1987-07-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1825Phosphorus, Total (as P)1987-07-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10889Total Plankton1987-07-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14541Total Plankton1987-07-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14541Nitrate (as N)1987-07-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1504027-01Turbidity2015-10-01T00:00:00Site insufficient flow or elevationSRR1C-14541Phosphorus, Total (as P)1987-07-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3336Total Plankton1987-07-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33117Total Plankton1987-07-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33117Chloride1987-07-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3336Chloride1987-07-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36875Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23463Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72798Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5820Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54747Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45031Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13676Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85747Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72798Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78430Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5820Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54747Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33241Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45031Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36875Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85747Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78430Chloride1987-07-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23463Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6548Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR4D-26600Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13676Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32757Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39641Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27680Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13648Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39641Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32757Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2977Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27680Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4866Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26600Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6548Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18523Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11347Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1086Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11347Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13648Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12631Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39641Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6548Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10005Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27680Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32757Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17509Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18523Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14963Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16312Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22512Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23887Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26600Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25265Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17159Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1830Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18523Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13648Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11347Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1830Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10890Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-48156Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.RR1D-39641Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32757Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27680Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18523Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR4D-26600Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6548Phosphorus, Total (as P)1987-07-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13648Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11347Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EMC-10890Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17159Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10890Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1830Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17159Nitrate (as N)1987-07-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17159Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10890Total Plankton1987-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1830Phosphorus, Total (as P)1987-07-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14543Total Plankton1987-07-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14543Nitrate (as N)1987-07-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14543Phosphorus, Total (as P)1987-07-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-31279Chromium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.SRR1C-14543Phosphorus, Total (as P)1987-07-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13680Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23466Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3337Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78434Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85751Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36879Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45035Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54751Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5824Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78434Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72802Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85751Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-46285Sodium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33118Total Plankton1987-07-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13680Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2CMG-1504012-02Scent Intensity2015-10-02T00:00:00Site insufficient flow or elevationDEL19E-23466Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54751Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5824Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78434Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72802Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36879Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45035Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33118Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3337Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36879Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45035Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54751Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5824Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13680Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85751Nitrate (as N)1987-07-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33118Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23466Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13680Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78434Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85751Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45035Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54751Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5824Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72802Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78434Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72802Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13680Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85751Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36879Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33118Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3337Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-56069Iron, Total1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3337Phosphorus, Total (as P)1987-07-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23466Phosphorus, Total (as P)1987-07-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45035Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54751Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5824Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72802Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23466Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33118Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36879Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3337Chloride1987-07-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6553Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13649Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22513Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27685Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39642Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32762Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11348Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18528Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6553Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4867Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27685Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2978Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32762Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39642Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25266Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26601Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23888Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22513Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16313Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14964Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18528Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17510Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32762Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27685Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10006Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6553Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12632Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13649Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11348Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1087Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1835Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17160Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11348Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13649Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18528Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10891Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1835Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11348Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13649Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6553Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18528Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22513Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27685Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22513Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32762Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39642Phosphorus, Total (as P)1987-07-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10891Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17160Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10891Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17160Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1835Nitrate (as N)1987-07-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17160Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1835Phosphorus, Total (as P)1987-07-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10891Total Plankton1987-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72966Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14545Total Plankton1987-07-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14545Nitrate (as N)1987-07-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14545Phosphorus, Total (as P)1987-07-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RDRRD-32767Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14545Phosphorus, Total (as P)1987-07-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13685Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3338Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23471Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3338Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36884Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33119Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23471Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72807Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5829Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54756Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45040Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23471Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3338Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3338Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33119Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36884Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13685Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72807Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78439Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72807Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5829Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54756Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45040Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78439Phosphorus, Total (as P)1987-07-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13685Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23471Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33119Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13685Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5829Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54756Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-56069Aluminum, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.CATEVE-45040Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36884Phosphorus, Total (as P)1987-07-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1504012-02Scent Intensity2015-10-02T00:00:00Site insufficient flow or elevationDEL10E-3338Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33119Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45040Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36884Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72807Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78439Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5829Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54756Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23471Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13685Nitrate (as N)1987-07-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33119Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72807Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78439Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5829Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-14420Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54756Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45040Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36884Total Plankton1987-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78439Chloride1987-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85757Chloride1987-07-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85757Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39643Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32767Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2979Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27690Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4868Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1088Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11349Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13650Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12633Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39643Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10007Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27690Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2CMG-1504012-02pH2015-10-02T00:00:00Site insufficient flow or elevationNR4D-17511Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18533Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14965Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16314Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22514Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23889Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26602Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25267Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17161Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1840Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18533Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13650Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1902210-01Turbidity2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onCR2D-11349Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1840Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10892Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17161Iron, Total1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Aluminum, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Arsenic, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Barium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Cadmium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Chromium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Copper, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Lead, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Nickel, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Selenium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Silver, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Zinc, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Manganese, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Calcium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Magnesium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Potassium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Sodium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Iron, Total1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Aluminum, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Arsenic, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Barium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Cadmium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Chromium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Copper, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Lead, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Nickel, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Selenium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Silver, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Zinc, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Manganese, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Calcium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Magnesium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Potassium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Sodium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39643Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32767Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22514Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27690Phosphorus, Total (as P)1987-07-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22514Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18533Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CATLEFFE-58083Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.NR1D-13650Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11349Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EMC-10892Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17161Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39644Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EMC-10892Nitrate (as N)1987-07-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1840Nitrate (as N)1987-07-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17161Nitrate (as N)1987-07-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17161Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10892Total Plankton1987-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1840Phosphorus, Total (as P)1987-07-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17161Iron, Total1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Aluminum, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Arsenic, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Barium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Cadmium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Chromium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Copper, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Lead, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Nickel, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Selenium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Silver, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Zinc, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Manganese, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Calcium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Magnesium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Mercury, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Potassium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17161Sodium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Iron, Total1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Aluminum, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Arsenic, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Barium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Cadmium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Chromium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Copper, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Lead, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Nickel, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Selenium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Silver, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Zinc, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Manganese, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Calcium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Magnesium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Mercury, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Potassium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1840Sodium, Total (Undigested)1987-07-28T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Total Plankton1987-07-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14546Iron, Total1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Aluminum, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Arsenic, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Barium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Cadmium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Chromium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Copper, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Lead, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Nickel, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Selenium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Silver, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Zinc, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL17E-5946Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14546Manganese, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Calcium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Magnesium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Potassium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Sodium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Nitrate (as N)1987-07-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14546Phosphorus, Total (as P)1987-07-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14546Iron, Total1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Aluminum, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Arsenic, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Barium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Cadmium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Chromium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Copper, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Lead, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-31279Copper, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.SRR1C-14546Nickel, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Selenium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Silver, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Zinc, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Manganese, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Calcium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Magnesium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Mercury, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Potassium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Sodium, Total (Undigested)1987-07-29T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14546Phosphorus, Total (as P)1987-07-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3339Total Plankton1987-08-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33120Total Plankton1987-08-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78445Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72813Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36890Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45046Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2CMG-1504012-02pH2015-10-02T00:00:00Site insufficient flow or elevationCATLEFFE-54762Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5835Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13691Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45046Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54762Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5835Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72813Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23476Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36890Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78445Chloride1987-08-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23476Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13691Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14966Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32772Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39644Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27695Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22515Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18536Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11350Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27695Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2980Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32772Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39644Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25268Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26603Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23890Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22515Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16315Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14966Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO143WE-65187Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.NR4D-17512Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32772Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27695Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10008Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12634Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13651Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11350Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1089Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11350Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18536Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1845Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11350Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18536Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14966Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14966Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22515Phosphorus, Total (as P)1987-08-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27695Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22515Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32772Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39644Phosphorus, Total (as P)1987-08-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10893Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17162Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1845Nitrate (as N)1987-08-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17162Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10893Total Plankton1987-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14548Total Plankton1987-08-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14548Nitrate (as N)1987-08-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6558Total Plankton1987-08-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3340Total Plankton1987-08-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3340Chloride1987-08-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33121Chloride1987-08-10T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33121Phosphorus, Total (as P)1987-08-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3340Phosphorus, Total (as P)1987-08-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3340Phosphorus, Total (as P)1987-08-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33121Total Plankton1987-08-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33121Nitrate (as N)1987-08-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2CMG-1504012-02Temperature2015-10-02T00:00:00Site insufficient flow or elevationDEL10E-3340Nitrate (as N)1987-08-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33121Phosphorus, Total (as P)1987-08-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23481Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13696Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85766Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36895Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54767Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5840Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36895Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54767Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5840Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78450Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72818Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85766Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13696Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23481Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72818Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78450Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5840Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54767Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36895Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23481Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36895Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78450Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72818Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13696Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85766Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13696Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78450Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85766Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54767Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5840Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72818Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23481Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36895Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72818Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5840Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54767Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78450Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85766Chloride1987-08-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23481Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6559Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13696Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22516Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13652Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27700Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39645Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32777Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6559Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11351Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18540Nitrate (as N)1987-08-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39645Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32777Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2981Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27700Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1090Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11351Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13652Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12635Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39645Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10009Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6559Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27700Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32777Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17513Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18540Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14967Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16316Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22516Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23891Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26604Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25269Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17163Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10894Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39645Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32777Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22516Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27700Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22516Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11351Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13652Phosphorus, Total (as P)1987-08-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6559Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1850Total Plankton1987-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13652Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11351Phosphorus, Total (as P)1987-08-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14550Total Plankton1987-08-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6561Total Plankton1987-08-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6563Total Plankton1987-08-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13700Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3341Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78454Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54771Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45052Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5843Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72822Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36898Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3341Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23484Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33122Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2CMG-1504012-02Temperature2015-10-02T00:00:00Site insufficient flow or elevationCRO9E-72822Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5843Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54771Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45052Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78454Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13700Chloride1987-08-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13700Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72822Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78454Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36898Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3341Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33122Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23484Phosphorus, Total (as P)1987-08-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3341Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36898Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45052Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54771Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5843Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78454Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72822Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23484Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13700Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33122Total Plankton1987-08-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72822Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78454Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5843Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54771Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36898Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45052Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3341Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33122Nitrate (as N)1987-08-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5843Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54771Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36898Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72832Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45052Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13700Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23484Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33122Phosphorus, Total (as P)1987-08-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6566Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32782Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39646Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27705Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13653Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22517Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6566Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18545Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11352Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27705Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32782Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39646Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25270Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26605Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23892Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22517Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16317Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14968Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18545Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32782Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27705Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6566Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10010Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO163WE-66646Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.RR1D-39646Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12636Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13653Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11352Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23493Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR2D-1091Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17164Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10895Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1855Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10895Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1855Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17164Nitrate (as N)1987-08-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10895Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17164Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CR2D-11352Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13653Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18545Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1902210-02Total Plankton2019-05-21T00:00:00Analysis omitted deliberatelyEARC-1855Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17164Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1855Total Plankton1987-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10895Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6566Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13653Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11352Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22517Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18545Phosphorus, Total (as P)1987-08-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27705Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22517Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32782Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39646Phosphorus, Total (as P)1987-08-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14551Phosphorus, Total (as P)1987-08-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14551Phosphorus, Total (as P)1987-08-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14551Nitrate (as N)1987-08-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO183WE-67736Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.SRR1C-14551Total Plankton1987-08-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6568Total Plankton1987-08-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6570Total Plankton1987-08-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33124Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3342Total Plankton1987-08-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33123Phosphorus, Total (as P)1987-08-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33123Nitrate (as N)1987-08-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3342Nitrate (as N)1987-08-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33123Total Plankton1987-08-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3342Phosphorus, Total (as P)1987-08-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33123Phosphorus, Total (as P)1987-08-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3342Phosphorus, Total (as P)1987-08-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33123Chloride1987-08-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3342Chloride1987-08-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36904Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23489Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1902210-03Total Plankton2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onCRO9E-72828Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5848Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45057Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54777Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36904Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23489Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78460Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72828Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13706Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85773Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13706Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78460Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85773Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54777Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5848Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72828Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85773Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13706Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23489Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17184Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72828Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78460Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2CMG-1504012-02Apparent Color2015-10-02T00:00:00Site insufficient flow or elevationDEL17E-5848Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54777Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45057Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36904Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36904Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54777Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5848Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78460Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72828Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23489Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13706Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-31279Lead, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CROGHCE-85773Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36904Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54777Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5848Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78460Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85773Chloride1987-08-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23489Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6573Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13706Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22518Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13654Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27710Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39647Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32787Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6573Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11353Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18550Nitrate (as N)1987-08-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39647Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37044Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RDRRD-32787Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27710Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2983Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1092Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11353Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13654Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39647Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10011Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6573Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27710Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32787Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18550Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14969Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16318Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22518Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23893Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25271Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17165Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10896Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13654Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11353Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1860Total Plankton1987-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39647Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32787Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22518Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27710Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22518Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11353Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13654Phosphorus, Total (as P)1987-08-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6573Phosphorus, Total (as P)1987-08-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14553Total Plankton1987-08-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54880Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13710Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23493Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5852Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54781Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36908Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45061Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13710Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23493Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33124Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72832Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5852Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54781Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19LABE-1902131-03Fluoride Residual2019-05-21T00:00:00Fluoride meter out of service.CATALUME-36908Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45061Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33124Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36908Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45061Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54781Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5852Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72832Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23493Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13710Nitrate (as N)1987-08-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33124Total Plankton1987-08-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72832Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5852Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54781Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45061Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13710Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13710Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72832Phosphorus, Total (as P)1987-08-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23493Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36908Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-56069Arsenic, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL9E-33124Phosphorus, Total (as P)1987-08-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54781Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45061Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5852Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36908Chloride1987-08-31T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6578Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32792Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39648Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13655Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22519Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2984Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27715Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32792Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39648Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18555Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11354Nitrate (as N)1987-09-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6578Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25272Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23894Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22519Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16319Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14970Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32792Phosphorus, Total (as P)1987-09-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27715Phosphorus, Total (as P)1987-09-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6578Phosphorus, Total (as P)1987-09-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10012Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39648Phosphorus, Total (as P)1987-09-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13655Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11354Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1093Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17166Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10897Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6578Phosphorus, Total (as P)1987-09-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13655Phosphorus, Total (as P)1987-09-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27715Phosphorus, Total (as P)1987-09-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32792Phosphorus, Total (as P)1987-09-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23502Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39648Phosphorus, Total (as P)1987-09-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1865Total Plankton1987-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13655Phosphorus, Total (as P)1987-09-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14555Total Plankton1987-09-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17167Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10898Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13656Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18559Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-24195Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CR2D-11355Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1869Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39649Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32796Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27719Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22520Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13656Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6582Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11355Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22520Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18559Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1094Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11355Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13656Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39649Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10013Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6582Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27719Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32796Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14971Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16320Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18559Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22520Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23895Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25273Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6582Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11355Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18559Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39649Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32796Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27719Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2985Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-31279Nickel, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.PR1D-22520Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13656Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27719Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39649Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32796Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6582Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13715Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23498Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36913Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23498Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72837Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5857Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45065Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54786Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36913Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72837Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78468Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13715Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13715Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78468Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45065Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54786Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5857Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72837Phosphorus, Total (as P)1987-09-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13715Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23498Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72837Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78468Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5857Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54786Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45065Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36913Total Plankton1987-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45065Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36913Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54786Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5857Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72837Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78468Nitrate (as N)1987-09-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13715Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45065Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36913Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54786Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5857Phosphorus, Total (as P)1987-09-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78468Chloride1987-09-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14557Total Plankton1987-09-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14557Nitrate (as N)1987-09-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23502Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3343Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13719Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78471Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85779Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5861Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54790Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36917Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45069Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13719Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CWB1.5B-1502117-01Scent Intensity2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.CROGHCE-85779Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14559Nitrate (as N)1987-09-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33125Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23502Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78471Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72841Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5861Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54790Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36917Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45069Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33125Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3343Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36917Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45069Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54790Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5861Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78471Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72841Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23502Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13719Nitrate (as N)1987-09-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33125Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85779Total Plankton1987-09-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72841Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5861Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54790Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45069Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78471Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85779Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13719Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13719Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85779Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78471Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72841Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1504012-02Apparent Color2015-10-02T00:00:00Site insufficient flow or elevationCATALUME-36917Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33125Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3343Phosphorus, Total (as P)1987-09-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3343Phosphorus, Total (as P)1987-09-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54790Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45069Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5861Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72841Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23502Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33125Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36917Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3343Chloride1987-09-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6587Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32801Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39650Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27724Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13657Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22521Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2986Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27724Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32801Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39650Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18563Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11356Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6587Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4869Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25274Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23896Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22521Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-56069Barium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.NRR2D-18563Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17514Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16321Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14972Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32801Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27724Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6587Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10014Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39650Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13657Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11356Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1095Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10899Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRCMG-1902210-04Total Plankton2019-05-21T00:00:00Analysis omitted deliberatelyWMC-17168Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1873Nitrate (as N)1987-09-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10899Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17168Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17168Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10899Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1873Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2D-18563Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22521Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11356Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6587Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13657Phosphorus, Total (as P)1987-09-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22521Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27724Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32801Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39650Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1873Total Plankton1987-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10899Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11356Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18563Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO1BE-67932Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.NR1D-13657Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17168Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1873Phosphorus, Total (as P)1987-09-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CWB1.5B-1502117-01Scent Character2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.SRR1C-14559Phosphorus, Total (as P)1987-09-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14559Total Plankton1987-09-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14559Phosphorus, Total (as P)1987-09-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3344Chloride1987-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33126Chloride1987-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.EMC-10900Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1878Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17169Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10900Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17169Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17169Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1878Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10900Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1878Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17169Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18567Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11357Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10900Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1878Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39651Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39652Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32806Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27729Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6592Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11357Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18567Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14973Phosphorus, Total (as P)1987-09-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR2D-14973Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1096Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11357Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39651Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39652Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10015Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6592Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27729Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32806Phosphorus, Total (as P)1987-09-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CRO9E-72849Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR2D-14973Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14974Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16322Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17515Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55468Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2D-18567Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23897Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25275Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26606Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4870Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6592Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11357Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18567Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39651Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39652Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32806Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27729Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2987Total Plankton1987-09-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27729Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39651Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39652Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32806Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6592Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR2D-14973Nitrate (as N)1987-09-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14561Phosphorus, Total (as P)1987-09-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37002Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14561Total Plankton1987-09-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14561Phosphorus, Total (as P)1987-09-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14561Nitrate (as N)1987-09-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13727Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23510Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23510Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36925Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5869Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45077Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54798Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13727Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13727Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23510Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72849Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5869Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54798Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45077Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36925Total Plankton1987-09-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45077Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36925Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54798Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5869Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72849Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78479Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85787Nitrate (as N)1987-09-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85787Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78479Chloride1987-09-24T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78481Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85789Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36927Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45078Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54800Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23589Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5871Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72851Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78481Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85789Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502167-03pH2015-06-05T00:00:00Site insufficient flow or elevationDEL9E-33127Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13729Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54800Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45078Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5871Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72851Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36927Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3345Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23512Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33127Chloride1987-09-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23512Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3345Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13729Total Plankton1987-09-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6596Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32811Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39653Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27734Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22522Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13658Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2988Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27734Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32811Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39653Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18569Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11358Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6596Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4871Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26607Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25276Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23898Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22522Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17516Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16323Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14975Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32811Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27734Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6596Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10016Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39653Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11358Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1097Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13658Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12637Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10901Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17170Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1883Nitrate (as N)1987-09-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10901Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17170Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17170Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10901Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1883Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17170Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1883Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11358Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18569Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13658Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1883Total Plankton1987-09-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10901Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18569Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22522Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11358Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6596Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13658Phosphorus, Total (as P)1987-09-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27734Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22522Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32811Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39653Phosphorus, Total (as P)1987-09-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14563Phosphorus, Total (as P)1987-09-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14563Total Plankton1987-09-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14563Phosphorus, Total (as P)1987-09-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14563Nitrate (as N)1987-09-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13734Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3346Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23517Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23517Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3346Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36932Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72856Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5876Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45083Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54805Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13734Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85794Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78486Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72856Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5876Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54805Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45083Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36932Total Plankton1987-10-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85794Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78486Chloride1987-10-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6601Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13659Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22523Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27739Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39654Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32816Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4872Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6601Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11359Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18574Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39654Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45091Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RDRRD-32816Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27739Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2989Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-31279Selenium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CR3D-12638Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13659Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1098Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11359Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39654Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10017Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6601Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27739Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32816Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14976Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16324Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17517Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18574Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22523Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23899Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25277Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26608Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10902Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1888Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17171Nitrate (as N)1987-10-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10902Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17171Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17171Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1888Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10902Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1888Iron, Total1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502167-03Temperature2015-06-05T00:00:00Site insufficient flow or elevationEARC-1888Copper, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Manganese, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Potassium, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATLEFFE-54814Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1888Sodium, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1902210-01pH2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onWMC-17171Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13659Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18574Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11359Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10902Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1888Total Plankton1987-10-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1888Iron, Total1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Copper, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Manganese, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Potassium, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1888Sodium, Total (Undigested)1987-10-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39654Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32816Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22523Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27739Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13659Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6601Phosphorus, Total (as P)1987-10-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11359Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22523Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18574Phosphorus, Total (as P)1987-10-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14564Phosphorus, Total (as P)1987-10-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14564Total Plankton1987-10-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14564Iron, Total1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Copper, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Manganese, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Potassium, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Sodium, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Phosphorus, Total (as P)1987-10-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14564Iron, Total1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Copper, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2CMG-1902210-01Coliform, Fecal2019-05-21T00:00:00Site insufficient flow or elevation. Diversion not onSRR1C-14564Manganese, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Potassium, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Sodium, Total (Undigested)1987-10-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14564Nitrate (as N)1987-10-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10903Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17172Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1892Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17172Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10903Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11360Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18578Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13660Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1892Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18578Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22524Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11360Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6605Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13660Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27743Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22524Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32820Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39655Phosphorus, Total (as P)1987-10-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR4D-26609Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25278Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23900Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22524Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18578Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17518Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16325Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14977Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32820Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27743Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6605Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10018Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39655Phosphorus, Total (as P)1987-10-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11360Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1099Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13660Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12639Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2990Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27743Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32820Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39655Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18578Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11360Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6605Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4873Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32820Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39655Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27743Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22524Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13660Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6605Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13739Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23522Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO1TE-70470Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.CROGHE-78491Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85799Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1502167-03Apparent Color2015-06-05T00:00:00Site insufficient flow or elevationCATALUME-36937Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45087Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54810Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5881Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72861Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78491Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85799Total Plankton1987-10-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23522Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13739Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85799Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78491Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72861Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5881Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54810Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36937Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45087Nitrate (as N)1987-10-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13739Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54810Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45087Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5881Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72861Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36937Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23522Chloride1987-10-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14566Total Plankton1987-10-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14566Nitrate (as N)1987-10-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23525Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3347Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13743Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23525Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33128Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36941Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3347Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72865Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5885Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45091Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54814Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13743Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85802Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78495Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5885Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72865Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3347Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23525Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3347Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33128Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36941Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72865Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78495Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85802Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13743Phosphorus, Total (as P)1987-10-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45091Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36941Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3347Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33128Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54814Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5885Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72865Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78495Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85802Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13743Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23525Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33128Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45091Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36941Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13809Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54814Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5885Phosphorus, Total (as P)1987-10-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13743Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23525Nitrate (as N)1987-10-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85802Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33128Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78495Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72865Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5885Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54814Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45091Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36941Total Plankton1987-10-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85802Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78495Chloride1987-10-19T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR1D-13661Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22525Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27748Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39656Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32825Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4874Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4874Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17519Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11361Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18581Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39656Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32825Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27748Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2991Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12640Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13661Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1100Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11361Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39656Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10019Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27748Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32825Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14978Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16326Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17519Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18581Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22525Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23901Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25279Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26610Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10904Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1896Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17173Nitrate (as N)1987-10-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10904Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17173Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17173Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10904Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1896Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39656Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32825Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22525Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27748Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13661Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11361Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22525Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18581Phosphorus, Total (as P)1987-10-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR4D-4874Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR4D-17519Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1896Total Plankton1987-10-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10904Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13661Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18581Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11361Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17173Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1896Phosphorus, Total (as P)1987-10-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14568Phosphorus, Total (as P)1987-10-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14568Total Plankton1987-10-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14568Phosphorus, Total (as P)1987-10-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14568Nitrate (as N)1987-10-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13748Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23530Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78500Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85807Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36946Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45096Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54819Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5890Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72870Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78500Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33129Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85807Total Plankton1987-10-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23530Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13748Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5890Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54819Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36946Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45096Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33129Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23530Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13748Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85807Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78500Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72870Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5890Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54819Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33129Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36946Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45096Nitrate (as N)1987-10-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13748Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85884Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85807Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-31279Silver, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CROGHE-78500Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72870Phosphorus, Total (as P)1987-10-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36946Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33129Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23530Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72870Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5890Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54819Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45096Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78500Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85807Phosphorus, Total (as P)1987-10-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13748Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54819Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45096Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5890Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72870Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36946Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33129Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23530Chloride1987-10-26T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RDRRD-32830Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39657Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27753Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22526Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13662Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2992Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27753Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32830Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39657Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18586Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-10020Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR4D-26611Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25280Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23902Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22526Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18586Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1902232-01Coliform, Fecal2019-05-22T00:00:00Site insufficient flow or elevationNR4D-17520Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16327Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14979Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32830Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27753Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10020Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39657Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11362Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1101Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13662Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12641Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10905Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17174Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1902Nitrate (as N)1987-10-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10905Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17174Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17174Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1902Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10905Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1902Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17174Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11362Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18586Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13662Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-56069Cadmium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.EMC-10905Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1902Total Plankton1987-10-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502167-03Scent Character2015-06-05T00:00:00Site insufficient flow or elevationCR1D-10020Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18586Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22526Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11362Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13662Phosphorus, Total (as P)1987-10-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.DEL19E-23536Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2D-27753Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22526Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32830Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39657Phosphorus, Total (as P)1987-10-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14570Phosphorus, Total (as P)1987-10-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14570Total Plankton1987-10-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14570Phosphorus, Total (as P)1987-10-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14570Nitrate (as N)1987-10-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10906Nitrate (as N)1987-11-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1906Nitrate (as N)1987-11-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17175Nitrate (as N)1987-11-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10906Phosphorus, Total (as P)1987-11-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17175Phosphorus, Total (as P)1987-11-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17175Total Plankton1987-11-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10906Total Plankton1987-11-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1906Phosphorus, Total (as P)1987-11-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17175Phosphorus, Total (as P)1987-11-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1906Phosphorus, Total (as P)1987-11-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1906Total Plankton1987-11-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10906Phosphorus, Total (as P)1987-11-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33130Chloride1987-11-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3348Chloride1987-11-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3348Phosphorus, Total (as P)1987-11-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33130Phosphorus, Total (as P)1987-11-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3348Phosphorus, Total (as P)1987-11-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3348Nitrate (as N)1987-11-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33130Nitrate (as N)1987-11-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33130Phosphorus, Total (as P)1987-11-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85813Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78506Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45102Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36952Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54825Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5896Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72876Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78506Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85813Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13754Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23536Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45102Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36952Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54825Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5896Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13754Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23536Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85813Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78506Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72876Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5896Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54825Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45102Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36952Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36952Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23536Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72876Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78506Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85813Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13754Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13754Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85813Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78506Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45102Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54825Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5896Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72876Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36952Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72876Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5896Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45102Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54825Chloride1987-11-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14572Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13663Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11363Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39658Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32835Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27758Phosphorus, Total (as P)1987-11-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13663Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11363Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14572Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14572Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14572Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR3D-12642Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13663Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1102Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11363Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39658Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10021Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27758Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32835Phosphorus, Total (as P)1987-11-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-14980Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16328Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17521Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11363Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39658Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1504012-03Turbidity2015-10-02T00:00:00Site insufficient flow or elevationRDRRD-32835Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27758Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2993Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13663Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27758Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39658Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32835Nitrate (as N)1987-11-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23536Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13754Total Plankton1987-11-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13757Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23539Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3349Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32838Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39659Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27761Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13664Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22527Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27761Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32838Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39659Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11364Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18590Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-10022Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10022Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR4D-17522Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16329Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14981Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22527Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23903Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25281Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26612Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32838Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27761Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10022Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39659Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11364Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13664Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54828Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR3D-12643Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13664Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22527Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18590Phosphorus, Total (as P)1987-11-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10022Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27761Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22527Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32838Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39659Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13664Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18590Phosphorus, Total (as P)1987-11-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54828Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45105Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5899Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72879Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23539Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33131Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36955Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3349Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13757Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36955Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45105Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54828Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5899Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72879Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78509Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85816Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23539Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13757Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85816Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78509Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72879Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5899Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36955Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45105Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33131Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3349Nitrate (as N)1987-11-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33131Total Plankton1987-11-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78509Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85816Chloride1987-11-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.EARC-1911Phosphorus, Total (as P)1987-11-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17176Phosphorus, Total (as P)1987-11-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10907Phosphorus, Total (as P)1987-11-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1911Total Plankton1987-11-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10907Nitrate (as N)1987-11-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17176Nitrate (as N)1987-11-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1911Nitrate (as N)1987-11-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10907Phosphorus, Total (as P)1987-11-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17176Phosphorus, Total (as P)1987-11-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17176Total Plankton1987-11-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1911Phosphorus, Total (as P)1987-11-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10907Total Plankton1987-11-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10908Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1915Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17177Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17177Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10908Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1915Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17177Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10908Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1915Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10908Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17177Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1915Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18592Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13665Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11365Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39660Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32843Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22528Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27766Phosphorus, Total (as P)1987-11-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18592Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22528Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13665Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11365Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR3D-12644Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13665Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11365Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1104Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39660Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10023Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27766Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32843Phosphorus, Total (as P)1987-11-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR4D-26613Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25282Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23904Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22528Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14982Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16330Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17523Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78601Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2D-18592Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18592Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11365Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39660Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32843Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27766Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-31279Thallium, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.RR3D-2995Total Plankton1987-11-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45113Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR1D-22528Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13665Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27766Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39660Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32843Nitrate (as N)1987-11-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23545Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13763Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14574Phosphorus, Total (as P)1987-11-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14574Nitrate (as N)1987-11-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14574Phosphorus, Total (as P)1987-11-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14574Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85822Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78515Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72885Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5905Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54834Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45110Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36961Total Plankton1987-11-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36964Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45113Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54837Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5908Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72888Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78518Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85825Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13766Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23548Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33133Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3351Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-31279Zinc, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.DEL9E-33133Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45113Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2004Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36964Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54837Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5908Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72888Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78518Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85825Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13766Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23548Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5908Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54837Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36964Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45113Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13766Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78518Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85825Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72888Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5908Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54837Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45113Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13766Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85825Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78518Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72888Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23548Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33133Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3351Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1504012-01Turbidity2015-10-02T00:00:00Site insufficient flow or elevationCATALUME-36964Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3351Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3351Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36964Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-31279Mercury, Total2008-05-06T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.DEL9E-33133Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23548Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72888Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5908Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54837Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85825Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33133Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78518Chloride1987-11-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17178Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1919Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10909Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10909Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17178Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10909Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17178Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1919Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1919Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17178Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11366Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13666Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18596Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10909Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1919Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11366Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13666Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22529Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18596Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27770Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22529Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32847Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39661Phosphorus, Total (as P)1987-11-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13766Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23548Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3351Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32847Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27770Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13666Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22529Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-2996Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27770Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32847Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39661Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11366Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18596Nitrate (as N)1987-11-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18596Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17524Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16331Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14983Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22529Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23905Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25283Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26614Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32847Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27770Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10024Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39661Phosphorus, Total (as P)1987-11-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1105Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11366Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13666Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12645Total Plankton1987-11-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14576Total Plankton1987-11-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-56069Chromium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL10E-3352Total Plankton1987-11-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33134Phosphorus, Total (as P)1987-11-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33134Chloride1987-11-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3352Chloride1987-11-30T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3352Phosphorus, Total (as P)1987-11-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3352Phosphorus, Total (as P)1987-11-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33134Phosphorus, Total (as P)1987-11-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33134Nitrate (as N)1987-11-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3352Nitrate (as N)1987-11-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33134Total Plankton1987-11-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22530Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13667Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27775Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32852Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39662Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18601Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11367Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-10025Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-10025Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39662Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32852Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27775Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2997Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12646Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13667Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11367Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1106Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39662Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10025Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27775Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32852Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR4D-26615Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25284Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-56069Copper, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.PR2D-23906Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22530Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14984Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16332Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17525Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18601Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17179Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10910Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1925Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1925Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17179Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10910Nitrate (as N)1987-12-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17179Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10910Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39662Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32852Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22530Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27775Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18601Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10025Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22530Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13667Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11367Phosphorus, Total (as P)1987-12-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-1925Total Plankton1987-12-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10910Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18601Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13667Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11367Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17179Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1925Phosphorus, Total (as P)1987-12-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14578Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14578Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14578Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14578Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23554Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13772Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36970Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45117Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78524Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85909Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72894Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5914Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54843Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45117Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36970Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54843Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5914Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23554Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13772Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85831Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23554Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13772Nitrate (as N)1987-12-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85831Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78524Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72894Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5914Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54843Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45117Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36970Total Plankton1987-12-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23554Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36970Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72894Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78524Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85831Phosphorus, Total (as P)1987-12-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13772Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45117Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54843Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5914Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NRR2CMG-1902232-01Total Plankton2019-05-22T00:00:00Site insufficient flow or elevationCRO9E-72894Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85831Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78524Phosphorus, Total (as P)1987-12-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13772Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36970Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23554Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54843Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45117Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5914Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72894Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85831Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78524Chloride1987-12-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78527Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85834Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33135Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72897Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5917Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45119Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54846Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23557Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33135Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36973Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13775Chloride1987-12-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78527Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85834Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72897Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5917Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54846Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45119Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13775Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85834Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78527Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72897Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36973Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23557Phosphorus, Total (as P)1987-12-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33135Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36973Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6541Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45119Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54846Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5917Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72897Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78527Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85834Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13775Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23557Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85834Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13775Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23557Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5917Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54846Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36973Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45119Phosphorus, Total (as P)1987-12-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54846Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5917Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72897Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78527Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45119Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36973Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33135Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33135Nitrate (as N)1987-12-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13775Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23557Total Plankton1987-12-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2998Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27780Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32857Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-56069Lead, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.RR1D-39663Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16333Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-37017Alkalinity2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NRR2D-18606Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17526Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16333Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14985Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2049Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PR1D-22531Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23907Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25285Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26616Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32857Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27780Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10026Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39663Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1107Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11368Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13668Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12647Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17180Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1929Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10911Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10911Nitrate (as N)1987-12-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17180Nitrate (as N)1987-12-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1929Nitrate (as N)1987-12-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10911Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17180Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1929Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17180Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11368Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18606Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10911Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1929Total Plankton1987-12-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11368Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22531Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR3D-16333Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18606Phosphorus, Total (as P)1987-12-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27780Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22531Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22532Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32857Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39663Phosphorus, Total (as P)1987-12-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14580Phosphorus, Total (as P)1987-12-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14580Phosphorus, Total (as P)1987-12-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14580Nitrate (as N)1987-12-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14580Total Plankton1987-12-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23562Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3353Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13780Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33136Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3353Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33136Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36978Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45124Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78532Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72902Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5922Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54851Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45124Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36978Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54851Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5922Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23562Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13780Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CWB1.5B-1502117-01Apparent Color2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.CROGHCE-85839Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-75245Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.DEL19E-23562Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13780Nitrate (as N)1987-12-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85839Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78532Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72902Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3374Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5922Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54851Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45124Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36978Total Plankton1987-12-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33136Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3353Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23562Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36978Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3353Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72902Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78532Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85839Phosphorus, Total (as P)1987-12-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13780Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45124Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54851Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5922Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72902Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85839Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78532Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13780Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36978Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3353Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33136Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23562Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54851Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45124Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5922Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CWB1.5B-1502117-01Temperature2015-06-05T00:00:00Analysis omitted deliberately. Due to staffing issue sampling is done by Kensico Lab.CRO9E-72902Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2CMG-1902232-01Turbidity2019-05-22T00:00:00Site insufficient flow or elevationDEL9E-33136Phosphorus, Total (as P)1987-12-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85839Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78532Chloride1987-12-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6613Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39664Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32862Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27785Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13669Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6613Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11369Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18609Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39664Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32862Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27785Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-2999Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12648Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13669Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11369Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1108Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39664Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10027Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6613Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27785Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32862Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR4D-26617Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25286Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23908Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22532Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14986Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16334Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17527Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17181Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10912Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1934Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10912Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1934Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17181Nitrate (as N)1987-12-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10912Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17181Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17181Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1934Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18609Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13669Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11369Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1934Total Plankton1987-12-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10912Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39664Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32862Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22532Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27785Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18609Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22532Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11369Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13669Phosphorus, Total (as P)1987-12-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6613Phosphorus, Total (as P)1987-12-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14582Phosphorus, Total (as P)1987-12-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14582Phosphorus, Total (as P)1987-12-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14582Nitrate (as N)1987-12-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14582Total Plankton1987-12-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17182Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1938Phosphorus, Total (as P)1987-12-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10913Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10913Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17182Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1938Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10913Phosphorus, Total (as P)1987-12-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72933Chloride1988-02-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.EARC-1938Phosphorus, Total (as P)1987-12-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10913Phosphorus, Total (as P)1987-12-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1938Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13785Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3354Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23567Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78537Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72907Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5927Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45128Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54856Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23567Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33137Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3354Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36983Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13785Chloride1987-12-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36983Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45128Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54856Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5927Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72907Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78537Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13785Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23567Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54856Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5927Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72907Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78537Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45128Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36983Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33137Total Plankton1987-12-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502167-03Total Plankton2015-06-05T00:00:00Site insufficient flow or elevationDEL10E-3354Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1947Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33137Nitrate (as N)1987-12-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6618Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22533Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13670Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27790Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32867Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39665Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-3000Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27790Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32867Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39665Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18613Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11370Nitrate (as N)1987-12-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6618Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17528Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18613Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16335Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14987Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22533Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23909Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25287Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26618Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32867Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27790Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6618Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10028Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39665Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1109Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11370Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13670Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12649Total Plankton1987-12-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73513Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CR2D-11370Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-81324Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.NR1D-13670Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18613Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6618Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13670Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11370Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22533Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18613Phosphorus, Total (as P)1987-12-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27790Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22533Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32867Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39665Phosphorus, Total (as P)1987-12-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14584Total Plankton1987-12-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13790Chloride1987-12-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3355Chloride1987-12-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33138Chloride1987-12-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23573Chloride1987-12-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54862Chloride1987-12-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45133Chloride1987-12-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72913Chloride1987-12-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17183Total Plankton1987-12-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10914Total Plankton1987-12-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39666Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32871Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22534Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27794Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18616Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22534Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11371Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13671Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6622Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18616Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1504012-02Scent Character2015-10-02T00:00:00Site insufficient flow or elevationNR1D-13671Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10915Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CR2D-11371Phosphorus, Total (as P)1987-12-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1943Total Plankton1987-12-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39666Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6622Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27794Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32871Phosphorus, Total (as P)1987-12-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11371Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18616Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39666Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32871Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27794Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13671Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22534Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6622Nitrate (as N)1987-12-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14586Total Plankton1987-12-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17184Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10915Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Arsenic, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Nickel, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1504012-02Scent Character2015-10-02T00:00:00Site insufficient flow or elevationEMC-10915Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Mercury, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17184Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Arsenic, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Nickel, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Mercury, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Arsenic, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1504012-03Specific Conductance2015-10-02T00:00:00Site insufficient flow or elevationEARC-1947Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL17E-5991Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1947Nickel, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-23702Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1947Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Mercury, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17184Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1947Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10915Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Arsenic, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Nickel, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Arsenic, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Nickel, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17184Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Arsenic, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Nickel, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1947Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10915Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17184Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1947Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11372Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22535Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27798Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32875Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39667Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR4D-17530Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6626Phosphorus, Total (as P)1988-01-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11372Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR4D-17530Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22535Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27798Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32875Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39667Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11372Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2CMG-1504012-01Specific Conductance2015-10-02T00:00:00Site insufficient flow or elevationCR2D-11372Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATALUME-37011Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CR2D-11372Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11372Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13672Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22535Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27798Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19LABE-1502146-03Chlorine Residual, Free2015-06-06T00:00:00These samples are not associated with a duplicate analysis. The capture of the duplicate could not be associated with a sample.RDRRD-32875Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32875Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39667Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DELSFBLABE-1502146-04Chlorine Residual, Free2015-06-06T00:00:00These samples are not associated with a duplicate analysis. The capture of the duplicate could not be associated with a sample.RR1D-39667Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Iron, Total1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Aluminum, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Barium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Cadmium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Chromium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Copper, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Lead, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Selenium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Silver, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Zinc, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Manganese, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Calcium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Magnesium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Potassium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Sodium, Total (Undigested)1988-01-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6626Phosphorus, Total (as P)1988-01-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10030Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1111Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11372Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12651Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13672Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14989Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16337Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17530Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22535Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23911Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25289Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26620Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27798Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3002Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32875Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39667Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6626Total Plankton1988-01-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11372Copper, Total (Undigested)1988-01-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13672Copper, Total (Undigested)1988-01-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22535Copper, Total (Undigested)1988-01-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39667Copper, Total (Undigested)1988-01-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11372Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR4D-17530Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22535Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27798Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32875Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39667Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6626Nitrate (as N)1988-01-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23578Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13796Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18619Copper, Total (Undigested)1988-01-06T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CATALUME-36992Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45138Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54867Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5936Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72918Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85847Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18619Iron, Total1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Aluminum, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Barium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Cadmium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Chromium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Copper, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Lead, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Selenium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Silver, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Zinc, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Manganese, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Calcium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Magnesium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Potassium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18619Sodium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Phosphorus, Total (as P)1988-01-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14587Iron, Total1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHE-78721Phosphorus, Total (as P)1988-10-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14587Aluminum, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Arsenic, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Barium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Cadmium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Chromium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Copper, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Lead, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Nickel, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Selenium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Silver, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Zinc, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Manganese, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Calcium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Magnesium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Potassium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Sodium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Total Plankton1988-01-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14587Iron, Total1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Aluminum, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Arsenic, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Barium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Cadmium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Chromium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27803Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14587Copper, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Lead, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Nickel, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Selenium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Silver, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Zinc, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Manganese, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Calcium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Magnesium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Mercury, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Potassium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Sodium, Total (Undigested)1988-01-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14587Phosphorus, Total (as P)1988-01-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14587Nitrate (as N)1988-01-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13796Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23578Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36992Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45138Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54867Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5936Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72918Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85847Chloride1988-01-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.ESC-12584Total Plankton1988-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17185Total Plankton1988-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2CMG-1504012-02Total Plankton2015-10-02T00:00:00Site insufficient flow or elevationEMC-10916Total Plankton1988-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9311Total Plankton1988-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15583Total Plankton1988-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18886Total Plankton1988-01-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85849Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13799Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72921Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78548Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5938Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54870Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45141Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36994Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13799Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23581Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33139Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85849Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78548Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3356Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72921Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5938Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54870Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45141Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-36994Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33139Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23581Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13799Chloride1988-01-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23581Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3356Total Plankton1988-01-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33139Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36994Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45141Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54870Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5938Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72921Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78548Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85849Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3356Nitrate (as N)1988-01-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6631Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39668Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18623Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22536Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32880Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-8668Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.CR2D-11373Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13673Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6631Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4877Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39668Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32880Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3003Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27803Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18623Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25290Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23912Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22536Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17531Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16338Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14990Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13673Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12652Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11373Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1112Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10031Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6631Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-1952Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1504012-01Scent Character2015-10-02T00:00:00Site insufficient flow or elevationEMC-10917Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17186Total Plankton1988-01-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10917Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1952Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17186Nitrate (as N)1988-01-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17186Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10917Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1952Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10917Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39668Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32880Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27803Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22536Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11373Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13673Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1952Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17186Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39668Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32880Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27803Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22536Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18623Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13673Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11373Phosphorus, Total (as P)1988-01-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6631Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18623Phosphorus, Total (as P)1988-01-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14588Phosphorus, Total (as P)1988-01-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14588Phosphorus, Total (as P)1988-01-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14588Nitrate (as N)1988-01-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14588Total Plankton1988-01-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12586Total Plankton1988-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17187Total Plankton1988-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10918Total Plankton1988-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9313Total Plankton1988-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18888Total Plankton1988-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15585Total Plankton1988-01-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1956Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10919Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17188Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10919Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17188Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1956Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-56069Selenium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.NR1D-13674Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11374Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22537Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27807Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32884Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39669Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18627Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6635Phosphorus, Total (as P)1988-01-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11374Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13674Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18627Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22537Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27807Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32884Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39669Phosphorus, Total (as P)1988-01-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13674Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13674Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11374Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR1D-10032Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1113Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11374Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12653Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13674Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14991Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6635Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6635Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39669Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18627Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22537Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32884Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Iron, Total1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Aluminum, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Copper, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Manganese, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Calcium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Magnesium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Potassium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27807Sodium, Total (Undigested)1988-01-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR3D-16339Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17532Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22537Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23913Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25291Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18627Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27807Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3004Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32884Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39669Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4878Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6635Total Plankton1988-01-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13674Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11374Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39669Copper, Total (Undigested)1988-01-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22537Copper, Total (Undigested)1988-01-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13674Copper, Total (Undigested)1988-01-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11374Copper, Total (Undigested)1988-01-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PRR2D-27807Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32884Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22537Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18627Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18627Copper, Total (Undigested)1988-01-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39669Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6635Nitrate (as N)1988-01-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23586Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13804Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-36999Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45146Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54875Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5943Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72926Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13804Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85854Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-56069Silver, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.SRR1C-14589Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14589Total Plankton1988-01-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23586Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85854Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13804Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-36999Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45146Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54875Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5943Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72926Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5943Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54875Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45146Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-36999Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23586Nitrate (as N)1988-01-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13804Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23586Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85854Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36999Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54875Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5943Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72926Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CCCLABE-1502146-01Chlorine Residual, Free2015-06-06T00:00:00These samples are not associated with a duplicate analysis. The capture of the duplicate could not be associated with a sample.CRO9E-72926Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85854Phosphorus, Total (as P)1988-01-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13804Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23586Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-36999Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45146Phosphorus, Total (as P)1988-01-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45146Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54875Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5943Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72926Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85854Chloride1988-01-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.ESC-12588Total Plankton1988-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-56069Zinc, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.WMC-17189Total Plankton1988-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10920Total Plankton1988-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9315Total Plankton1988-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45163Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WBC-15587Total Plankton1988-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18890Total Plankton1988-01-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1963Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10921Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17190Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10921Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1963Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17190Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39670Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32889Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27812Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22538Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18630Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13675Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11375Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6640Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18630Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39670Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32889Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27812Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22538Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11375Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13675Phosphorus, Total (as P)1988-01-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39670Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6640Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18630Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22538Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32889Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27812Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11375Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13675Nitrate (as N)1988-01-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6640Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4879Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39670Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32889Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3005Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27812Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18630Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25292Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23914Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22538Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17533Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16340Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14992Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13675Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12654Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11375Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1114Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1502156-02Turbidity2015-06-08T00:00:00Site insufficient flow or elevationCR1D-10033Total Plankton1988-01-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6640Phosphorus, Total (as P)1988-01-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.DEL19E-23589Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13809Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85858Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13809Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72930Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78554Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5946Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54880Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37002Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14590Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14590Total Plankton1988-01-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85858Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72930Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73104Phosphorus, Total (as P)1988-10-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78554Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72930Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78554Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5946Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54880Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37002Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85858Phosphorus, Total (as P)1988-01-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23589Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13809Chloride1988-01-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23589Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37002Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54880Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5946Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72930Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78554Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5946Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54880Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1502156-02UV-2542015-06-08T00:00:00Site insufficient flow or elevationCATALUME-37002Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13809Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85858Nitrate (as N)1988-01-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23589Phosphorus, Total (as P)1988-01-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.ESC-12590Total Plankton1988-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17191Total Plankton1988-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10922Total Plankton1988-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9317Total Plankton1988-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18892Total Plankton1988-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15589Total Plankton1988-01-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78557Total Plankton1988-02-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85861Total Plankton1988-02-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78557Chloride1988-02-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85861Chloride1988-02-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72933Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39671Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6644Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27816Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32893Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22539Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18634Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18634Copper, Total (Undigested)1988-02-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR3D-16341Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17534Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22539Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23915Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25293Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18634Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27816Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3006Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32893Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39671Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4880Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6644Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13676Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11376Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11376Copper, Total (Undigested)1988-02-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13676Copper, Total (Undigested)1988-02-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22539Copper, Total (Undigested)1988-02-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39671Copper, Total (Undigested)1988-02-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.WDTOD-6644Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10034Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1115Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11376Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12655Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13676Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54899Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR2D-14993Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39671Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39671Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6644Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27816Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32893Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22539Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502158-01DRO2015-06-08T00:00:00Upon review of the chromatogram, the contract lab does not believe the spurious peaks are indicative of petroleum products.NRR2D-18634Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18634Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1967Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10923Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17192Total Plankton1988-02-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10923Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17192Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1967Nitrate (as N)1988-02-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17192Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10923Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1967Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54929Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.NR1D-13676Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11376Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17192Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1967Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22539Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27816Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32893Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39671Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10923Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18634Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6644Phosphorus, Total (as P)1988-02-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11376Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13676Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18634Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22539Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27816Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32893Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39671Phosphorus, Total (as P)1988-02-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11376Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11376Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Iron, Total1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Aluminum, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Copper, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Manganese, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Calcium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Magnesium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Potassium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13676Sodium, Total (Undigested)1988-02-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14591Phosphorus, Total (as P)1988-02-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14591Phosphorus, Total (as P)1988-02-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14591Nitrate (as N)1988-02-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14591Total Plankton1988-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23593Total Plankton1988-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13812Total Plankton1988-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54883Total Plankton1988-02-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54883Chloride1988-02-03T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13812Chloride1988-02-03T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23593Chloride1988-02-03T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37004Chloride1988-02-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.ESC-12592Total Plankton1988-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502156-04Organic Carbon, Dissolved2015-06-08T00:00:00Site insufficient flow or elevationWMC-17193Total Plankton1988-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10924Total Plankton1988-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9319Total Plankton1988-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15591Total Plankton1988-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18894Total Plankton1988-02-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1972Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10925Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17194Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17194Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10925Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-1972Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10925Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39672Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32894Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22540Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1972Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3358Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17194Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11377Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13677Phosphorus, Total (as P)1988-02-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39672Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32894Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22540Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13677Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11377Phosphorus, Total (as P)1988-02-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CATLEFFE-54887Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5949Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37007Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45151Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72938Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78559Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85867Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13815Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23597Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4881Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39672Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32894Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3007Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27817Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26621Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25294Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23916Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22540Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17535Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16342Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14994Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13677Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12656Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45198Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CR2D-11377Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1116Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10035Total Plankton1988-02-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37007Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23597Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13815Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54887Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45151Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72938Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5949Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85867Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78559Chloride1988-02-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14592Phosphorus, Total (as P)1988-02-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14592Phosphorus, Total (as P)1988-02-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14592Total Plankton1988-02-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-1502200-02Virus2015-06-08T00:00:00Flow exceeded 10 liters/minute at the start of sampling for approximately two to three minutes.ESC-12594Total Plankton1988-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17195Total Plankton1988-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10926Total Plankton1988-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9321Total Plankton1988-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18896Total Plankton1988-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15593Total Plankton1988-02-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1975Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10927Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17196Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17196Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10927Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10927Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1975Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17196Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1975Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10927Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13678Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11378Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-24790Calcium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.CROGHCE-85879Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17196Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1975Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22541Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27820Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32897Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39673Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11378Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18638Phosphorus, Total (as P)1988-02-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13678Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18638Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22541Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27820Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32897Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39673Phosphorus, Total (as P)1988-02-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13678Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13678Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11378Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR1D-10036Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1117Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11378Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12657Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13678Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14995Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39673Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39673Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39673Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39673Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39673Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39673Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2CMG-1502156-02Scent Character2015-06-08T00:00:00Site insufficient flow or elevationRR1D-39673Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39673Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18638Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22541Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32897Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Iron, Total1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Aluminum, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Copper, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Manganese, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Calcium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Magnesium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Potassium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27820Sodium, Total (Undigested)1988-02-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR3D-16343Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17536Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22541Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23917Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25295Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26622Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18638Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27820Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3008Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32897Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39673Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4882Total Plankton1988-02-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39673Copper, Total (Undigested)1988-02-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CROGHCE-87512Copper, Total (Undigested)1997-06-03T00:00:00Analyzed by ICP/MS.PR1D-22541Copper, Total (Undigested)1988-02-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13678Copper, Total (Undigested)1988-02-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11378Copper, Total (Undigested)1988-02-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11378Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13678Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39673Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18638Copper, Total (Undigested)1988-02-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NRR2D-18638Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22541Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32897Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27820Nitrate (as N)1988-02-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1502156-04Scent Intensity2015-06-08T00:00:00Site insufficient flow or elevationDEL18E-13819Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23601Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85871Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78562Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72942Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45155Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37011Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5953Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54891Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14593Phosphorus, Total (as P)1988-02-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14593Nitrate (as N)1988-02-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14593Phosphorus, Total (as P)1988-02-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14593Total Plankton1988-02-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78562Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85871Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5953Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72942Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45155Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54891Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13819Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23601Chloride1988-02-17T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-24790Magnesium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.ESC-12596Total Plankton1988-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17197Total Plankton1988-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10928Total Plankton1988-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9323Total Plankton1988-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15595Total Plankton1988-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18898Total Plankton1988-02-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54894Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5956Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37014Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45158Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2CMG-1502156-02Temperature2015-06-08T00:00:00Site insufficient flow or elevationCRO9E-72945Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78565Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85874Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13822Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23604Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13822Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37014Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85874Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23604Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13822Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54894Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5956Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78565Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72945Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78565Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72945Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85874Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13822Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23604Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37014Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45158Phosphorus, Total (as P)1988-02-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23604Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85874Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-75462Iron, Dissolved1998-01-06T00:00:00Analyzed at Ben Nesin Laboratory.DEL18E-13822Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37014Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45158Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54894Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5956Phosphorus, Total (as P)1988-02-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78565Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72945Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5956Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54894Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37014Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45158Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23604Nitrate (as N)1988-02-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3357Total Plankton1988-02-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54894Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45158Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72945Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5956Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85874Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78565Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3357Chloride1988-02-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39674Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27825Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32902Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22542Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13679Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11379Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4883Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39674Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32902Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3009Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27825Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26623Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78570Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR3D-25296Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23918Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22542Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17537Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16344Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14996Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13679Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12658Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11379Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1118Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10037Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1980Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10929Iron, Total1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Aluminum, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Copper, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Manganese, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Calcium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Magnesium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Potassium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Sodium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1980Iron, Total1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Aluminum, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Copper, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Manganese, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Calcium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Magnesium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Potassium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Sodium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHCE-85879Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17198Total Plankton1988-02-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17198Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10929Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10929Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17198Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1980Nitrate (as N)1988-02-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1980Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10929Iron, Total1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Aluminum, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Copper, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Manganese, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Calcium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Magnesium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Potassium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Sodium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Iron, Total1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Aluminum, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Copper, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Manganese, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Calcium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Magnesium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Potassium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Sodium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10929Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1980Iron, Total1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Aluminum, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Copper, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Manganese, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Calcium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Magnesium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL17E-5961Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.EARC-1980Potassium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1980Sodium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Iron, Total1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Aluminum, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Copper, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Manganese, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Calcium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Magnesium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Potassium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17198Sodium, Total (Undigested)1988-02-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39674Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32902Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27825Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22542Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1980Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17198Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11379Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13679Phosphorus, Total (as P)1988-02-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39674Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32902Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27825Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22542Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13679Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11379Phosphorus, Total (as P)1988-02-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14594Phosphorus, Total (as P)1988-02-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14594Iron, Total1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Aluminum, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Copper, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Manganese, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Calcium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CRO9E-72950Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14594Magnesium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Potassium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Sodium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Nitrate (as N)1988-02-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14594Phosphorus, Total (as P)1988-02-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14594Iron, Total1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Aluminum, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Copper, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Manganese, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502156-04Specific Conductance2015-06-08T00:00:00Site insufficient flow or elevationSRR1C-14594Calcium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Magnesium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Potassium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14594Sodium, Total (Undigested)1988-02-24T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EBC-9325Total Plankton1988-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18900Total Plankton1988-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15597Total Plankton1988-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17199Total Plankton1988-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12598Total Plankton1988-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10930Total Plankton1988-02-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13827Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23609Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33140Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13827Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85879Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78570Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72950Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45163Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37019Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5961Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54899Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3358Total Plankton1988-02-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33140Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23609Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45163Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37019Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54899Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5961Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72950Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78570Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5961Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54899Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45163Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37019Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13827Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85879Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23609Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3358Nitrate (as N)1988-02-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33140Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45163Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37019Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23609Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33140Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3358Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13827Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85879Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3358Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72950Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78570Phosphorus, Total (as P)1988-02-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72950Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78570Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5961Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54899Phosphorus, Total (as P)1988-02-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13827Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23609Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33140Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37019Chloride1988-02-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39675Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22543Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32907Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27830Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR3D-16345Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17538Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22543Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23919Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25297Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27830Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3010Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32907Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39675Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4884Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11380Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13680Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11380Copper, Total (Undigested)1988-03-01T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13680Copper, Total (Undigested)1988-03-01T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22543Copper, Total (Undigested)1988-03-01T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39675Copper, Total (Undigested)1988-03-01T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR1D-10038Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1119Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11380Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12659Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13680Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14997Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11382Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39675Iron, Total1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Aluminum, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Copper, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Manganese, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Calcium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Magnesium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Potassium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39675Sodium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Iron, Total1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Aluminum, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2CMG-1502156-02Apparent Color2015-06-08T00:00:00Site insufficient flow or elevationPRR2D-27830Copper, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Manganese, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Calcium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Magnesium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Potassium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27830Sodium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Iron, Total1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Aluminum, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Copper, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Manganese, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Calcium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Magnesium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Potassium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32907Sodium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Iron, Total1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Aluminum, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Copper, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Manganese, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Calcium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Magnesium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Potassium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22543Sodium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10931Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17200Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1985Total Plankton1988-03-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17200Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10931Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10931Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1985Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17200Nitrate (as N)1988-03-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1985Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10931Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13680Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11380Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17200Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1985Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22543Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27830Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32907Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39675Phosphorus, Total (as P)1988-03-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11380Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13680Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22543Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27830Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32907Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39675Phosphorus, Total (as P)1988-03-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11380Iron, Total1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11380Aluminum, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11380Copper, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11380Manganese, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11380Calcium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-24790Potassium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.CR2D-11380Magnesium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11380Potassium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11380Sodium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Iron, Total1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Aluminum, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Copper, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Manganese, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Calcium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Magnesium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502156-04Coliform, Total2015-06-08T00:00:00Site insufficient flow or elevationNR1D-13680Potassium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13680Sodium, Total (Undigested)1988-03-01T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14595Phosphorus, Total (as P)1988-03-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14595Nitrate (as N)1988-03-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14595Phosphorus, Total (as P)1988-03-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14595Total Plankton1988-03-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12600Total Plankton1988-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17201Total Plankton1988-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10932Total Plankton1988-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9327Total Plankton1988-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15599Total Plankton1988-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18902Total Plankton1988-03-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13832Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23614Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54904Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5966Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37024Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45168Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72955Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78575Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85884Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13832Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37024Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23614Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13832Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54904Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5966Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78575Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72955Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78575Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72955Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3359Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85884Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13832Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3359Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23614Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37024Phosphorus, Total (as P)1988-03-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3359Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23614Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85884Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13832Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37024Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54904Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5966Phosphorus, Total (as P)1988-03-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78575Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72955Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5966Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54904Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37024Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23614Nitrate (as N)1988-03-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3359Total Plankton1988-03-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54904Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45168Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72955Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-81546Iron, Dissolved1998-01-06T00:00:00Analyzed at Ben Nesin Laboratory.DEL17E-5966Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85884Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78575Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3359Chloride1988-03-07T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6651Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39676Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27835Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32912Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22544Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18641Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13681Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1502156-04Coliform, Fecal2015-06-08T00:00:00Site insufficient flow or elevationCR2D-11381Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4885Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6651Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39676Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32912Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3011Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27835Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25298Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18641Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23920Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22544Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17539Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16346Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27835Iron, Total1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27835Aluminum, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27835Copper, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27835Manganese, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27835Calcium, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27835Magnesium, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27835Potassium, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27835Sodium, Total (Undigested)1988-03-08T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR2D-14998Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13681Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12660Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11381Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1120Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10039Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6651Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-1990Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502156-04Total Plankton2015-06-08T00:00:00Site insufficient flow or elevationEMC-10933Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17202Total Plankton1988-03-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17202Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10933Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10933Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17202Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1990Nitrate (as N)1988-03-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1990Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10933Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39676Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32912Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27835Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22544Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1990Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17202Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11381Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13681Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39676Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32912Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27835Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22544Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13681Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18641Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11381Phosphorus, Total (as P)1988-03-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18641Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6651Phosphorus, Total (as P)1988-03-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14596Phosphorus, Total (as P)1988-03-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14596Nitrate (as N)1988-03-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14596Phosphorus, Total (as P)1988-03-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14596Total Plankton1988-03-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12602Total Plankton1988-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17203Total Plankton1988-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10934Total Plankton1988-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9329Total Plankton1988-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18904Total Plankton1988-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15601Total Plankton1988-03-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13837Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33141Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23619Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13837Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85889Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78581Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72960Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45173Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37029Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5971Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54909Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78581Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85889Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5971Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72960Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45173Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54909Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3360Total Plankton1988-03-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33141Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23619Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37029Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45173Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54909Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5971Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72960Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78581Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5971Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54909Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37029Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45173Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13837Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85889Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23619Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3360Nitrate (as N)1988-03-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33141Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37029Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45173Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23619Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3360Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33141Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13837Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85889Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3360Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72960Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78581Phosphorus, Total (as P)1988-03-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72960Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78581Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5971Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54909Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13837Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23619Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85889Phosphorus, Total (as P)1988-03-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33141Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37029Chloride1988-03-14T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6655Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39677Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18644Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22545Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32917Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27840Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR3D-16347Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17540Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22545Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.Site 3E-1502202-01Giardia2015-06-08T00:00:00The spike analysis was not within the control limits.PR2D-23921Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18644Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25299Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27840Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3012Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32917Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39677Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6655Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4886Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11382Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13682Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39677Copper, Total (Undigested)1988-03-15T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22545Copper, Total (Undigested)1988-03-15T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13682Copper, Total (Undigested)1988-03-15T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11382Copper, Total (Undigested)1988-03-15T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.WDTOD-6655Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10040Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1121Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11382Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12661Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13682Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-14999Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39677Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHCE-85899Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39677Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39677Copper, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39677Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39677Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39677Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39677Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39677Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Copper, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6655Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Copper, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32917Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Copper, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22545Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18644Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1995Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10935Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17204Total Plankton1988-03-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17204Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10935Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10935Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1995Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17204Nitrate (as N)1988-03-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1995Phosphorus, Total (as P)1988-03-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10935Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13682Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11382Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17204Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1995Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22545Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27840Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32917Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39677Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6655Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18644Phosphorus, Total (as P)1988-03-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13682Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Copper, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13682Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Iron, Total1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Aluminum, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Copper, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Manganese, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Calcium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Magnesium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Potassium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11382Sodium, Total (Undigested)1988-03-15T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14597Phosphorus, Total (as P)1988-03-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14597Nitrate (as N)1988-03-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14597Phosphorus, Total (as P)1988-03-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14597Total Plankton1988-03-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12604Total Plankton1988-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17205Total Plankton1988-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10936Total Plankton1988-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9331Total Plankton1988-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15603Total Plankton1988-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18906Total Plankton1988-03-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33142Total Plankton1988-03-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33142Chloride1988-03-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3361Phosphorus, Total (as P)1988-03-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33142Phosphorus, Total (as P)1988-03-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33142Phosphorus, Total (as P)1988-03-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3361Nitrate (as N)1988-03-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33142Nitrate (as N)1988-03-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3361Total Plankton1988-03-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3361Chloride1988-03-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85895Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78587Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54915Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1502156-04Turbidity2015-06-08T00:00:00Site insufficient flow or elevationCATEVE-45179Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72966Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5977Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23625Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45179Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37035Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78587Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72966Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5977Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54915Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85895Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13843Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45179Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37035Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54915Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5977Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45179Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37035Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85895Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13843Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78587Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72966Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85895Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37035Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23625Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13843Chloride1988-03-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23625Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39678Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13843Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27845Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32922Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22546Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18647Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1502156-02Organic Carbon, Dissolved2015-06-08T00:00:00Site insufficient flow or elevationCATLEFFE-54915Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5977Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37035Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45179Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72966Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78587Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85895Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13843Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13683Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11383Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4887Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39678Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32922Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3013Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27845Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25300Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18647Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26624Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23922Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22546Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17541Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16348Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15000Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13683Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12662Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11383Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1122Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10041Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1999Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10937Iron, Total1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502156-04UV-2542015-06-08T00:00:00Site insufficient flow or elevationEMC-10937Aluminum, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Copper, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Manganese, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Calcium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Magnesium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Potassium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Sodium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-1999Iron, Total1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Aluminum, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Copper, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Manganese, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Calcium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Magnesium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Potassium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Sodium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Total Plankton1988-03-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17206Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10937Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10937Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17206Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1999Nitrate (as N)1988-03-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-1999Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10937Iron, Total1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Aluminum, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Copper, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Manganese, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Calcium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Magnesium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Potassium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502156-04Temperature2015-06-08T00:00:00Site insufficient flow or elevationEMC-10937Sodium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Iron, Total1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Aluminum, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Copper, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Manganese, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Calcium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Magnesium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Potassium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Sodium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10937Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17206Iron, Total1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Aluminum, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Copper, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Manganese, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Calcium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Magnesium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Potassium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17206Sodium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Iron, Total1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Aluminum, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Copper, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Manganese, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Calcium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Magnesium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Potassium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-1999Sodium, Total (Undigested)1988-03-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39678Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32922Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27845Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22546Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-1999Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17206Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11383Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13683Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39678Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32922Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27845Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22546Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13683Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18647Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11383Phosphorus, Total (as P)1988-03-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18647Phosphorus, Total (as P)1988-03-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14598Phosphorus, Total (as P)1988-03-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14598Iron, Total1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Aluminum, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Copper, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Manganese, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Calcium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Magnesium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Potassium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Sodium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Nitrate (as N)1988-03-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14598Phosphorus, Total (as P)1988-03-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14598Total Plankton1988-03-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14598Iron, Total1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATALUME-37054Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14598Aluminum, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Copper, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Manganese, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Calcium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Magnesium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Potassium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14598Sodium, Total (Undigested)1988-03-23T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EBC-9333Total Plankton1988-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18908Total Plankton1988-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15605Total Plankton1988-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12606Total Plankton1988-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17207Total Plankton1988-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10938Total Plankton1988-03-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13847Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85899Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78591Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72970Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45183Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37039Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5981Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54919Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13847Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23629Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33143Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72970Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78591Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5981Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54919Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13847Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23629Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37039Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85899Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33143Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72970Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78591Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13847Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85899Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1502156-02pH2015-06-08T00:00:00Site insufficient flow or elevationDEL10E-3362Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37039Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45183Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3362Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33143Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23629Phosphorus, Total (as P)1988-03-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5981Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54919Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37039Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45183Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13847Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85899Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3362Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33143Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23629Phosphorus, Total (as P)1988-03-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54919Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5981Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72970Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78591Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37039Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45183Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23629Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3362Total Plankton1988-03-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33143Nitrate (as N)1988-03-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5981Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72970Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45183Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54919Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78591Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3362Chloride1988-03-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39679Nitrate/Nitrite (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22547Nitrate/Nitrite (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32927Nitrate/Nitrite (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27850Nitrate/Nitrite (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR3D-16349Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17542Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22547Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23923Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26625Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25301Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27850Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3014Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32927Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39679Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4888Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11384Nitrate/Nitrite (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13684Nitrate/Nitrite (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR1D-10042Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1123Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11384Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12663Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13684Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15001Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10939Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17208Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2004Total Plankton1988-03-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17208Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10939Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10939Nitrate (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2004Nitrate (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17208Nitrate (as N)1988-03-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10939Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13684Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11384Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17208Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2004Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22547Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27850Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32927Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39679Phosphorus, Total (as P)1988-03-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11384Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13684Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22547Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27850Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32927Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39679Phosphorus, Total (as P)1988-03-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14599Phosphorus, Total (as P)1988-03-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14599Nitrate (as N)1988-03-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14599Phosphorus, Total (as P)1988-03-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14599Total Plankton1988-03-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12608Total Plankton1988-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17209Total Plankton1988-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10940Total Plankton1988-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9335Total Plankton1988-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15607Total Plankton1988-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18910Total Plankton1988-03-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33144Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23634Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54924Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5986Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37044Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45188Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33145Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72975Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78596Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85904Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3363Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2CMG-1502156-02Scent Intensity2015-06-08T00:00:00Site insufficient flow or elevationCROGHCE-85904Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78596Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54924Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45188Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72975Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5986Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33144Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3363Total Plankton1988-04-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23634Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45188Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37044Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78596Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72975Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5986Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54924Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23634Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33144Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3363Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85904Nitrate/Nitrite (as N)1988-04-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45188Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37044Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54924Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5986Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23634Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33144Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3363Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45188Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3363Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85904Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78596Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72975Phosphorus, Total (as P)1988-04-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33144Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85904Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37044Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23634Chloride1988-04-04T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54924Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5986Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78596Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72975Phosphorus, Total (as P)1988-04-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WDTOD-6661Nitrate/Nitrite (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39680Nitrate/Nitrite (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32932Nitrate/Nitrite (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22548Nitrate/Nitrite (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13685Nitrate/Nitrite (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11385Nitrate/Nitrite (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11385Copper, Total (Undigested)1988-04-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13685Copper, Total (Undigested)1988-04-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22548Copper, Total (Undigested)1988-04-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39680Copper, Total (Undigested)1988-04-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.WDTOD-6661Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6661Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502156-04Scent Character2015-06-08T00:00:00Site insufficient flow or elevationWDTOD-6661Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6661Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22548Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32932Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Total Plankton1988-04-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10941Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Total Plankton1988-04-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2009Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Mercury, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Total Plankton1988-04-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17210Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10941Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10941Nitrate (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17210Nitrate (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2009Nitrate (as N)1988-04-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2009Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10941Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Mercury, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-23635Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17210Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Mercury, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10941Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2009Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2009Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17210Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39680Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32932Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22548Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2009Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17210Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11385Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13685Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39680Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32932Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22548Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13685Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11385Phosphorus, Total (as P)1988-04-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.DEL19E-23640Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WDTOD-6661Phosphorus, Total (as P)1988-04-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11385Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502156-04Apparent Color2015-06-08T00:00:00Site insufficient flow or elevationWDTOCMG-1502156-04pH2015-06-08T00:00:00Site insufficient flow or elevationCR2D-11385Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11385Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Iron, Total1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Aluminum, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Arsenic, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Barium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Cadmium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Chromium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Copper, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Lead, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Selenium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Silver, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Zinc, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Manganese, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Calcium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Magnesium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Potassium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13685Sodium, Total (Undigested)1988-04-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Phosphorus, Total (as P)1988-04-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14600Iron, Total1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Aluminum, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Arsenic, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Barium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Cadmium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Chromium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Copper, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Lead, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Selenium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Silver, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Zinc, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Manganese, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Calcium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Magnesium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Mercury, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Potassium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Sodium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Nitrate (as N)1988-04-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14600Phosphorus, Total (as P)1988-04-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14600Total Plankton1988-04-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14600Iron, Total1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Aluminum, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Arsenic, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Barium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Cadmium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Chromium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Copper, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Lead, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Selenium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Silver, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Zinc, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Manganese, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Calcium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Magnesium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Potassium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14600Sodium, Total (Undigested)1988-04-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EBC-9337Total Plankton1988-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18912Total Plankton1988-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15609Total Plankton1988-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12610Total Plankton1988-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17211Total Plankton1988-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10942Total Plankton1988-04-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13857Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33145Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23635Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85909Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13857Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78601Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72980Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45193Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37049Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5991Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54929Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72980Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13857Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37049Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72980Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78601Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85909Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3364Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13857Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37049Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45193Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3364Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33145Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23635Phosphorus, Total (as P)1988-04-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5991Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54929Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37049Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45193Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85909Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13857Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3364Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33145Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23635Phosphorus, Total (as P)1988-04-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54929Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5991Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72980Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78601Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37049Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45193Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23635Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3364Total Plankton1988-04-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33145Nitrate/Nitrite (as N)1988-04-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5991Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72980Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45193Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54929Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78601Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85909Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3364Chloride1988-04-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2CMG-1502156-02Total Plankton2015-06-08T00:00:00Site insufficient flow or elevationWDTOD-6666Nitrate/Nitrite (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39681Nitrate/Nitrite (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22549Nitrate/Nitrite (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32937Nitrate/Nitrite (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11386Nitrate/Nitrite (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13686Nitrate/Nitrite (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4890Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6666Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39681Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32937Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3016Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25303Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26627Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23925Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22549Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17544Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16351Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6666Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11386Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1125Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10044Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15003Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13686Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12665Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10943Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17212Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2014Total Plankton1988-04-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17212Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10943Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10943Nitrate (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2014Nitrate (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17212Nitrate (as N)1988-04-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2014Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10943Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13686Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11386Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17212Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2014Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22549Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32937Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39681Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6666Phosphorus, Total (as P)1988-04-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11386Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13686Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22549Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32937Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39681Phosphorus, Total (as P)1988-04-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14601Phosphorus, Total (as P)1988-04-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14601Nitrate (as N)1988-04-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14601Phosphorus, Total (as P)1988-04-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14601Total Plankton1988-04-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12612Total Plankton1988-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17213Total Plankton1988-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10944Total Plankton1988-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9339Total Plankton1988-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15611Total Plankton1988-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18914Total Plankton1988-04-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13862Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3365Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23640Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54934Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-5996Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37054Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45198Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72984Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78606Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13862Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85915Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3365Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85915Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78606Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54934Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45198Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72984Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-5996Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3365Total Plankton1988-04-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23640Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45198Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37054Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78606Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72984Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-5996Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54934Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23640Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3365Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13862Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85915Nitrate/Nitrite (as N)1988-04-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45198Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37054Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54934Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-5996Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13862Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3365Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85915Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78606Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72984Phosphorus, Total (as P)1988-04-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85915Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37054Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13862Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23640Chloride1988-04-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54934Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-5996Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78606Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72984Phosphorus, Total (as P)1988-04-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WDTOD-6671Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39682Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32942Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27855Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22550Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18653Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18653Copper, Total (Undigested)1988-04-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR3D-16352Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17545Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22550Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23926Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26628Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18653Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25304Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3017Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27855Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32942Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39682Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6671Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85925Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR4D-4891Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13687Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11387Nitrate/Nitrite (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39682Copper, Total (Undigested)1988-04-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22550Copper, Total (Undigested)1988-04-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13687Copper, Total (Undigested)1988-04-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11387Copper, Total (Undigested)1988-04-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR3D-12666Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13687Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15004Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10045Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1126Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11387Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6671Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39682Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39682Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-24790Sodium, Total (Undigested)1992-04-21T00:00:00Metals analyses performed by Ben Nesin Laboratory.RR1D-39682Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATEVE-45208Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6671Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6671Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32942Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27855Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22550Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18653Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2019Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10945Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17214Total Plankton1988-04-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17214Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10945Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10945Nitrate (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17214Nitrate (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2019Nitrate (as N)1988-04-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2019Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10945Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39682Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2CMG-1502156-02Coliform, Fecal2015-06-08T00:00:00Site insufficient flow or elevationRDRRD-32942Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22550Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27855Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2019Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17214Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11387Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13687Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39682Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32942Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22550Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27855Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13687Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18653Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11387Phosphorus, Total (as P)1988-04-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6671Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18653Phosphorus, Total (as P)1988-04-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13687Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13687Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2CMG-1502156-02Coliform, Total2015-06-08T00:00:00Site insufficient flow or elevationNR1D-13687Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13687Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Iron, Total1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Aluminum, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Arsenic, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Barium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Cadmium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Chromium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Copper, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Lead, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Selenium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Silver, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Zinc, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Manganese, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Calcium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Magnesium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Potassium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11387Sodium, Total (Undigested)1988-04-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14602Phosphorus, Total (as P)1988-04-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14602Nitrate (as N)1988-04-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14602Phosphorus, Total (as P)1988-04-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14602Total Plankton1988-04-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12614Total Plankton1988-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17215Total Plankton1988-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10946Total Plankton1988-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9341Total Plankton1988-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27884Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WSC-18916Total Plankton1988-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15613Total Plankton1988-04-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13867Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23645Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85920Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13867Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78611Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72989Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45203Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37060Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6001Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54939Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72989Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78611Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6001Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54939Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23645Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13867Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37060Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85920Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33146Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72989Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78611Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85920Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3366Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13867Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37060Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45203Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3366Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33146Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23645Phosphorus, Total (as P)1988-04-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6001Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54939Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78616Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37060Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45203Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85920Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13867Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3366Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33146Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23645Phosphorus, Total (as P)1988-04-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54939Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6001Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72989Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78611Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37060Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45203Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23645Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3366Total Plankton1988-04-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33146Nitrate/Nitrite (as N)1988-04-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6001Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-72989Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45203Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54939Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78611Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85920Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3366Chloride1988-04-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR2D-15005Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1127Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6676Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22551Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27860Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32947Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11388Nitrate/Nitrite (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4892Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6676Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54944Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39683Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32947Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27860Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3018Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25305Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26629Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23927Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22551Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17546Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16353Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6676Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11388Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1127Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10046Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15005Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13688Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12667Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1127Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EARC-2024Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10947Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17216Total Plankton1988-04-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17216Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10947Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10947Nitrate (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2024Nitrate (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17216Nitrate (as N)1988-04-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2024Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10947Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11388Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17216Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2024Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27860Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72994Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR1D-22551Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32947Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6676Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11388Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1127Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR2D-15005Phosphorus, Total (as P)1988-04-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR2D-15005Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27860Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22551Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32947Phosphorus, Total (as P)1988-04-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14603Phosphorus, Total (as P)1988-04-27T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14603Nitrate (as N)1988-04-27T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14603Phosphorus, Total (as P)1988-04-27T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14603Total Plankton1988-04-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12616Total Plankton1988-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17217Total Plankton1988-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10948Total Plankton1988-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9343Total Plankton1988-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15615Total Plankton1988-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18918Total Plankton1988-04-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33147Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23650Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13872Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54944Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6006Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37064Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45208Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72994Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78616Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13872Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85925Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3367Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6006Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33147Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2CMG-1502156-02Specific Conductance2015-06-08T00:00:00Site insufficient flow or elevationDEL10E-3367Total Plankton1988-05-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23650Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45208Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37064Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78616Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72994Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6006Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54944Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23650Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33147Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3367Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13872Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85925Nitrate/Nitrite (as N)1988-05-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45208Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37064Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54944Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6006Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23650Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33147Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3367Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45208Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37064Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13872Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3367Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85925Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78616Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-72994Phosphorus, Total (as P)1988-05-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33147Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85925Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37064Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13872Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23650Chloride1988-05-02T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54944Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6006Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78616Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72994Phosphorus, Total (as P)1988-05-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39684Nitrate/Nitrite (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6681Nitrate/Nitrite (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32952Nitrate/Nitrite (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22552Nitrate/Nitrite (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR3D-16354Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17547Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22552Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23928Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26630Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25306Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3019Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32952Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39684Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6681Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4893Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11389Nitrate/Nitrite (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13689Nitrate/Nitrite (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11389Copper, Total (Undigested)1988-05-03T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13689Copper, Total (Undigested)1988-05-03T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22552Copper, Total (Undigested)1988-05-03T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39684Copper, Total (Undigested)1988-05-03T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR3D-12668Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13689Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15006Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10047Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1128Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33075Phosphorus, Total (as P)1988-10-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11389Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1902232-03Turbidity2019-05-22T00:00:00Site insufficient flow or elevationWDTOD-6681Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6681Iron, Total1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Aluminum, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Copper, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Manganese, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Calcium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Magnesium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Potassium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6681Sodium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Iron, Total1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Aluminum, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Copper, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Manganese, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Calcium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Magnesium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Potassium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39684Sodium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Iron, Total1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Aluminum, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Copper, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Manganese, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Calcium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Magnesium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Potassium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22552Sodium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32952Iron, Total1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32952Aluminum, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3623Barium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.RDRRD-32952Copper, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502226-03Scent Intensity2015-06-09T00:00:00Site insufficient flow or elevationRDRRD-32952Manganese, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32952Calcium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32952Magnesium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32952Potassium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32952Sodium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2029Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10949Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17218Total Plankton1988-05-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17218Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10949Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10949Nitrate (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17218Nitrate (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2029Nitrate (as N)1988-05-03T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2029Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10949Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32952Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39684Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22552Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2029Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17218Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11389Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13689Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32952Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39684Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22552Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13689Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11389Phosphorus, Total (as P)1988-05-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6681Phosphorus, Total (as P)1988-05-03T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11389Iron, Total1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Aluminum, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Copper, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Manganese, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Calcium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Magnesium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Potassium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11389Sodium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Iron, Total1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Aluminum, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Copper, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Manganese, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Calcium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Magnesium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Potassium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13689Sodium, Total (Undigested)1988-05-03T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14604Phosphorus, Total (as P)1988-05-04T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14604Nitrate (as N)1988-05-04T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14604Phosphorus, Total (as P)1988-05-04T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14604Total Plankton1988-05-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12618Total Plankton1988-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17219Total Plankton1988-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10950Total Plankton1988-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9345Total Plankton1988-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18920Total Plankton1988-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15617Total Plankton1988-05-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23655Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13877Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85930Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13877Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78621Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72999Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45213Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37069Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6011Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54949Total Plankton1988-05-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-72999Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78621Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6011Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54949Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23655Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13877Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37069Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85930Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-72999Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78621Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85930Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13877Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37069Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45213Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23655Phosphorus, Total (as P)1988-05-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6011Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54949Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37069Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45213Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85930Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13877Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23655Phosphorus, Total (as P)1988-05-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54949Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6011Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-72999Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78621Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37069Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45213Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23655Nitrate/Nitrite (as N)1988-05-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6011Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RDRRD-32985Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CRO9E-72999Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45213Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54949Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78621Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85930Chloride1988-05-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39685Nitrate/Nitrite (as N)1988-05-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6686Nitrate/Nitrite (as N)1988-05-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32957Nitrate/Nitrite (as N)1988-05-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27865Nitrate/Nitrite (as N)1988-05-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13690Nitrate/Nitrite (as N)1988-05-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11390Nitrate/Nitrite (as N)1988-05-10T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4894Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6686Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39685Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32957Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3020Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27865Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25307Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26631Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23929Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22553Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17548Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16355Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6686Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR2D-1129Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10048Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15007Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13690Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12669Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11390Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2034Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10951Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17220Total Plankton1988-05-10T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13690Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11390Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22553Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27865Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39685Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32957Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6686Phosphorus, Total (as P)1988-05-10T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11390Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13690Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22553Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27865Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39685Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32957Phosphorus, Total (as P)1988-05-10T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14605Total Plankton1988-05-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12620Total Plankton1988-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17221Total Plankton1988-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10952Total Plankton1988-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9347Total Plankton1988-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15619Total Plankton1988-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18922Total Plankton1988-05-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33148Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23660Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13882Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54954Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6016Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37074Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45218Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73004Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78626Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13882Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33149Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOCMG-1502226-03pH2015-06-09T00:00:00Site insufficient flow or elevationWDTOCMG-1502226-03Temperature2015-06-09T00:00:00Site insufficient flow or elevationCROGHCE-85935Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85935Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78626Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3368Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54954Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45218Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73004Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6016Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23660Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3368Total Plankton1988-05-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33148Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45218Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37074Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78626Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73004Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6016Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54954Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23660Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3368Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33148Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13882Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85935Nitrate/Nitrite (as N)1988-05-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45218Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37074Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54954Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6016Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23660Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3368Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33148Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45218Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37074Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13882Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85935Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85940Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3368Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78626Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73004Phosphorus, Total (as P)1988-05-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85935Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33148Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37074Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13882Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23660Chloride1988-05-16T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54954Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6016Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78626Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-73004Phosphorus, Total (as P)1988-05-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR4D-4895Nitrate/Nitrite (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6691Nitrate/Nitrite (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32961Nitrate/Nitrite (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22554Nitrate/Nitrite (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4895Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR3D-16356Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17549Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22554Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23930Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26632Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25308Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3021Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32961Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39686Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6691Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4895Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11391Nitrate/Nitrite (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13691Nitrate/Nitrite (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39686Copper, Total (Undigested)1988-05-17T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22554Copper, Total (Undigested)1988-05-17T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.EMC-10953Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Copper, Total (Undigested)1988-05-17T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11391Copper, Total (Undigested)1988-05-17T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11391Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12670Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13691Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15008Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10049Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1130Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6691Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39686Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39686Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22554Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10953Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502226-03Apparent Color2015-06-09T00:00:00Site insufficient flow or elevationEMC-10953Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.EMC-10953Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2039Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Total Plankton1988-05-17T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17222Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10953Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10953Nitrate (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2039Nitrate (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17222Nitrate (as N)1988-05-17T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2039Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10953Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10953Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL18E-13887Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17222Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32961Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22554Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13691Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR4D-4895Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11391Phosphorus, Total (as P)1988-05-17T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6691Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13691Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13691Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11391Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32961Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18DTE-1502236-03Soluble Reactive Phosphorus (as P)2015-06-09T00:00:00The end-of-run LOQ was not within 50-150%.PR1D-22554Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11391Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13691Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17222Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2039Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10953Phosphorus, Total (as P)1988-05-17T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17222Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17222Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Iron, Total1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Aluminum, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Copper, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Manganese, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Calcium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Magnesium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Potassium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2039Sodium, Total (Undigested)1988-05-17T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Phosphorus, Total (as P)1988-05-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14606Iron, Total1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Aluminum, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Copper, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Manganese, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Calcium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502226-02Apparent Color2015-06-09T00:00:00Site insufficient flow or elevationSRR1C-14606Magnesium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATALUME-37079Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14606Potassium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Sodium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Nitrate (as N)1988-05-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14606Phosphorus, Total (as P)1988-05-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14606Total Plankton1988-05-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14606Iron, Total1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Aluminum, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Copper, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Manganese, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Calcium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Magnesium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Potassium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14606Sodium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Iron, Total1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Aluminum, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Copper, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Manganese, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Calcium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Magnesium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Potassium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32962Sodium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Iron, Total1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Aluminum, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Copper, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Manganese, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Calcium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Magnesium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1502226-03Specific Conductance2015-06-09T00:00:00Site insufficient flow or elevationWDTOD-6692Potassium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6692Sodium, Total (Undigested)1988-05-18T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR2D-1131Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4896Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39687Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3022Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9349Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18924Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15621Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12622Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17223Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10954Total Plankton1988-05-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33149Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23665Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13887Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85940Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13887Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78631Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73009Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45223Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37079Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6021Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54959Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3369Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78631Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85940Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6021Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73009Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45223Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54959Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73009Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78631Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6021Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54959Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23665Chloride1988-05-23T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73009Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78631Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3369Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85940Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13887Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37079Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45223Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33149Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3369Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23665Phosphorus, Total (as P)1988-05-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6021Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54959Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37079Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45223Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85940Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13887Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33149Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3369Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23665Phosphorus, Total (as P)1988-05-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54959Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6021Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73009Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78631Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37079Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45223Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33149Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3369Total Plankton1988-05-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23665Nitrate/Nitrite (as N)1988-05-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39688Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6696Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18657Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22555Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32966Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-3023Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25309Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26633Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18657Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23931Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22555Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17550Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16357Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39688Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32966Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4897Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6696Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13692Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11392Nitrate/Nitrite (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR2D-1132Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10050Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6696Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15009Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13692Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12671Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11392Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10955Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17224Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2044Total Plankton1988-05-24T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17224Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10955Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10955Nitrate (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17224Nitrate (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2044Nitrate (as N)1988-05-24T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2044Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10955Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2044Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17224Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13692Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11392Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22555Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32966Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39688Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6696Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18657Phosphorus, Total (as P)1988-05-24T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11392Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18657Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13692Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22555Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32966Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39688Phosphorus, Total (as P)1988-05-24T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.SRR1C-14607Phosphorus, Total (as P)1988-05-25T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14607Nitrate (as N)1988-05-25T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14607Phosphorus, Total (as P)1988-05-25T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14607Total Plankton1988-05-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12624Total Plankton1988-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17225Total Plankton1988-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10956Total Plankton1988-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9351Total Plankton1988-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15623Total Plankton1988-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18926Total Plankton1988-05-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2049Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10957Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17226Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17226Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10957Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PRR2CMG-1502226-02Specific Conductance2015-06-09T00:00:00Site insufficient flow or elevationEMC-10957Nitrate (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2049Nitrate (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78649Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WMC-17226Nitrate (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10957Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39689Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32970Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22556Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11393Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13693Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17226Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2049Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39689Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32970Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22556Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13693Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18660Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11393Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18660Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6698Phosphorus, Total (as P)1988-05-31T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11393Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12672Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13693Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15010Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6698Phosphorus, Total (as P)1988-05-31T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10051Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1133Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11393Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13693Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6698Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4898Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32970Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESK-1902225-03Turbidity2019-05-22T00:00:00Analysis omitted deliberately. Not neededRR1D-39689Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16358Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17551Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22556Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23932Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18660Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26634Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25310Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3024Total Plankton1988-05-31T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32970Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22556Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18660Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6698Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39689Nitrate/Nitrite (as N)1988-05-31T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13892Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23671Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54965Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6026Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37085Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45229Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73015Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78636Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13892Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14608Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14608Nitrate (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14608Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14608Total Plankton1988-06-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23671Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45229Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37085Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78636Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOCMG-1502226-03Coliform, Fecal2015-06-09T00:00:00Site insufficient flow or elevationCRO9E-73015Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6026Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37105Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54965Nitrate/Nitrite (as N)1988-06-01T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23671Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13892Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45229Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37085Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54965Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6026Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23671Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45229Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37085Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL18E-13892Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78636Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73015Phosphorus, Total (as P)1988-06-01T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37085Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13892Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23671Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54965Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6026Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78636Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-73015Phosphorus, Total (as P)1988-06-01T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54965Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45229Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73015Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6026Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78636Chloride1988-06-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.ESC-12626Total Plankton1988-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17227Total Plankton1988-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10958Total Plankton1988-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9353Total Plankton1988-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18928Total Plankton1988-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15625Total Plankton1988-06-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13893Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78639Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3372Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73018Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45232Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37088Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6029Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54968Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23674Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33150Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13893Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78639Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3370Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6029Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73018Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45232Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54968Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73018Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78639Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6029Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54968Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23674Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13893Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37088Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33150Chloride1988-06-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73018Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78639Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13893Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3370Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37088Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45232Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23674Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3370Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33150Phosphorus, Total (as P)1988-06-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6029Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54968Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37088Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6038Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45232Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11394Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13893Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23674Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3370Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33150Phosphorus, Total (as P)1988-06-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54968Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6029Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73018Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78639Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37088Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45232Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23674Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3370Total Plankton1988-06-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33150Nitrate/Nitrite (as N)1988-06-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39690Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6700Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22557Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32975Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27874Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-3025Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27874Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25311Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26635Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23933Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22557Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17552Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16359Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39690Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32975Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4899Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6700Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13694Nitrate/Nitrite (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11394Copper, Total (Undigested)1988-06-07T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13694Copper, Total (Undigested)1988-06-07T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22557Copper, Total (Undigested)1988-06-07T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39690Copper, Total (Undigested)1988-06-07T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR2D-1134Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10052Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6700Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15011Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13694Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12673Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11394Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6700Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6700Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502226-02Coliform, Fecal2015-06-09T00:00:00Site insufficient flow or elevationRR1D-39690Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39690Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3623Cadmium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.RDRRD-32975Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CRO9E-73027Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RDRRD-32975Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32975Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32975Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32975Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32975Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32975Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32975Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27874Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22557Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOCMG-1504012-03Scent Character2015-10-02T00:00:00Site insufficient flow or elevationEARC-2054Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10959Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17228Total Plankton1988-06-07T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17228Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10959Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10959Nitrate (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17228Nitrate (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2054Nitrate (as N)1988-06-07T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2054Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10959Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2054Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17228Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13694Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11394Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22557Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27874Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32975Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39690Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6700Phosphorus, Total (as P)1988-06-07T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11394Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13694Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22557Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27874Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32975Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39690Phosphorus, Total (as P)1988-06-07T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11394Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11394Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Iron, Total1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Aluminum, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Copper, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Manganese, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3623Chromium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.CATEVE-45241Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NR1D-13694Calcium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Magnesium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Potassium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13694Sodium, Total (Undigested)1988-06-07T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14609Phosphorus, Total (as P)1988-06-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14609Nitrate (as N)1988-06-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14609Phosphorus, Total (as P)1988-06-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14609Total Plankton1988-06-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12628Total Plankton1988-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17229Total Plankton1988-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10960Total Plankton1988-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9355Total Plankton1988-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15627Total Plankton1988-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18930Total Plankton1988-06-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23679Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13898Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54972Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6033Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37094Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45237Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73023Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78644Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13898Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3371Total Plankton1988-06-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23679Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45237Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37094Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78644Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73023Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6033Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54972Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3371Nitrate/Nitrite (as N)1988-06-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23679Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13898Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45237Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37094Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54972Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6033Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3371Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23679Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45237Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37094Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3371Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13898Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78644Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73023Phosphorus, Total (as P)1988-06-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37094Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13898Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23679Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54972Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6033Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78644Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-73023Phosphorus, Total (as P)1988-06-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54972Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45237Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73023Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6033Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3371Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2CMG-1504012-02Specific Conductance2015-10-02T00:00:00Site insufficient flow or elevationCROGHE-78644Chloride1988-06-13T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39691Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27879Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32980Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22558Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18668Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11395Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13696Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13695Nitrate/Nitrite (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR4D-4900Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32980Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39691Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16360Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17553Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22558Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23934Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26636Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18668Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25312Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27879Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3026Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11395Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12674Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13695Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15012Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10053Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1135Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2059Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10961Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17230Total Plankton1988-06-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17230Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10961Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10961Nitrate (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2059Nitrate (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17230Nitrate (as N)1988-06-14T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2059Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10961Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39691Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32980Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3623Copper, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.PRR2D-27879Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22558Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11395Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13695Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17230Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2059Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39691Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32980Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27879Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22558Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13695Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18668Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11395Phosphorus, Total (as P)1988-06-14T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18668Phosphorus, Total (as P)1988-06-14T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14610Phosphorus, Total (as P)1988-06-15T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14610Nitrate (as N)1988-06-15T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14610Phosphorus, Total (as P)1988-06-15T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14610Total Plankton1988-06-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12630Total Plankton1988-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17231Total Plankton1988-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10962Total Plankton1988-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9357Total Plankton1988-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18932Total Plankton1988-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15629Total Plankton1988-06-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13903Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33151Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13903Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78649Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73027Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37099Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6038Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54977Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54977Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73027Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78649Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6038Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54977Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23684Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13903Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37099Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33151Chloride1988-06-20T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73027Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78649Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13903Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3372Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37099Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45241Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23684Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3372Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33151Phosphorus, Total (as P)1988-06-20T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6038Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54977Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37099Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45241Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13903Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23684Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3372Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33151Phosphorus, Total (as P)1988-06-20T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EBK-1902225-05Turbidity2019-05-22T00:00:00Analysis omitted deliberately. Not neededCATLEFFE-54977Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6038Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73027Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78649Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37099Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45241Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23684Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3372Total Plankton1988-06-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33151Nitrate/Nitrite (as N)1988-06-20T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6705Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39692Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22559Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32985Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27884Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR3D-3027Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27884Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25313Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26637Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23935Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22559Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17554Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16361Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39692Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32985Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4901Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6705Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13696Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11396Nitrate/Nitrite (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39692Copper, Total (Undigested)1988-06-21T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22559Copper, Total (Undigested)1988-06-21T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13696Copper, Total (Undigested)1988-06-21T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11396Copper, Total (Undigested)1988-06-21T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR2D-1136Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10054Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6705Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15013Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13696Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12675Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17236Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CR2D-11396Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39692Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39692Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6705Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10B-1502183-03Soluble Reactive Phosphorus (as P)2015-06-09T00:00:00The end-of-run LOQ was not within 50-150%.PR1D-22559Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22559Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27884Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32985Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10963Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2064Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17232Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10963Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14127Nitrate (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14127Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10963Nitrate (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17232Nitrate (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2064Nitrate (as N)1988-06-21T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2064Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14127Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Arsenic, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Cadmium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Chromium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Lead, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Nickel, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Selenium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Silver, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Zinc, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Mercury, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10963Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Total Plankton1988-06-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.HRPSC-14127Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10963Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14127Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Arsenic, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Cadmium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Chromium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Lead, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Nickel, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Selenium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Silver, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Zinc, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14127Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17232Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2064Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17232Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-1502237-07Soluble Reactive Phosphorus (as P)2015-06-09T00:00:00The end-of-run LOQ was not within 50-150%.NR1D-13696Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11396Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22559Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27884Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32985Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39692Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6705Phosphorus, Total (as P)1988-06-21T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11396Phosphorus, Total (as P)1988-06-21T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13696Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13696Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Iron, Total1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Aluminum, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Copper, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Manganese, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Calcium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Magnesium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Potassium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11396Sodium, Total (Undigested)1988-06-21T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Phosphorus, Total (as P)1988-06-22T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14611Iron, Total1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Aluminum, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Copper, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Manganese, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Calcium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Magnesium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Potassium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Sodium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Nitrate (as N)1988-06-22T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14611Phosphorus, Total (as P)1988-06-22T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14611Total Plankton1988-06-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14611Iron, Total1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3623Lead, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.SRR1C-14611Aluminum, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Copper, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Manganese, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Calcium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Magnesium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Potassium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14611Sodium, Total (Undigested)1988-06-22T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EBC-9359Total Plankton1988-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15631Total Plankton1988-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18934Total Plankton1988-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12632Total Plankton1988-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17233Total Plankton1988-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10964Total Plankton1988-06-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33152Total Plankton1988-06-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3373Total Plankton1988-06-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23690Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45244Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37105Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78654Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73033Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6044Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54983Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23690Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13909Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45244Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37105Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54983Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6044Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23690Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45244Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3623Selenium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.DEL18E-13909Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78654Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73033Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37105Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13909Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23690Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54983Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6044Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78654Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-73033Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54983Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45244Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73033Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6044Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78654Chloride1988-06-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6710Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23690Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39693Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13909Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27889Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32990Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22560Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18673Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-54983Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6044Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37105Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45244Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73033Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78654Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13909Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11397Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13697Nitrate/Nitrite (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6710Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4902Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10967Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RDRRD-32990Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39693Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16362Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17555Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22560Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23936Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26638Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18673Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25314Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27889Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3028Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11397Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12676Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13697Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15014Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6710Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10055Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1137Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10965Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17234Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2069Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17234Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14128Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14128Nitrate (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10965Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10965Nitrate (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2069Nitrate (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17234Nitrate (as N)1988-06-28T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2069Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14128Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14128Total Plankton1988-06-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10965Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39693Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32990Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27889Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22560Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11397Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13697Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17234Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2069Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39693Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32990Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27889Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22560Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13697Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18673Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11397Phosphorus, Total (as P)1988-06-28T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6710Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18673Phosphorus, Total (as P)1988-06-28T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14612Phosphorus, Total (as P)1988-06-29T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14612Nitrate (as N)1988-06-29T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14612Phosphorus, Total (as P)1988-06-29T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14612Total Plankton1988-06-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12634Total Plankton1988-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502226-03Turbidity2015-06-09T00:00:00Site insufficient flow or elevationWMC-17235Total Plankton1988-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10966Total Plankton1988-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9361Total Plankton1988-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18936Total Plankton1988-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15633Total Plankton1988-06-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2074Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10967Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17236Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14613Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14613Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14129Nitrate (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14129Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14613Nitrate (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10967Nitrate (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17236Nitrate (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2074Nitrate (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2074Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14613Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14129Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.HRPSC-14129Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10967Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2074Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17236Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13698Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11398Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22561Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27892Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32993Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39694Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18676Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-1502236-01Soluble Reactive Phosphorus (as P)2015-06-09T00:00:00The end-of-run LOQ was not within 50-150%.WDTOD-6713Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11398Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18676Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13698Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22561Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27892Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32993Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39694Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11398Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11398Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL9B-1502183-02Soluble Reactive Phosphorus (as P)2015-06-09T00:00:00The end-of-run LOQ was not within 50-150%.NR1D-13698Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13698Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR2D-1138Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10056Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6713Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15015Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13698Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12677Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11398Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6713Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502226-02Scent Intensity2015-06-09T00:00:00Site insufficient flow or elevationWDTOD-6713Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6713Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATEVE-45249Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39694Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39694Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-32993Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27892Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502226-02Scent Character2015-06-09T00:00:00Site insufficient flow or elevationPR1D-22561Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22561Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Iron, Total1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Aluminum, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Arsenic, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Barium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Cadmium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Chromium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Copper, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Lead, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Selenium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Silver, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Zinc, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Manganese, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Calcium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Magnesium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Potassium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18676Sodium, Total (Undigested)1988-07-05T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR3D-3029Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27892Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25315Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18676Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26639Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23937Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22561Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17556Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16363Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39694Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32993Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4903Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6713Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3623Silver, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.NR1D-13698Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11398Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11398Copper, Total (Undigested)1988-07-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13698Copper, Total (Undigested)1988-07-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22561Copper, Total (Undigested)1988-07-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39694Copper, Total (Undigested)1988-07-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.DEL18E-13912Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78657Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73036Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45246Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37108Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6047Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54986Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18676Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18676Copper, Total (Undigested)1988-07-05T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22561Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32993Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27892Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-1502237-01Temperature2015-06-09T00:00:00The duplicate analysis was not within the control limits.DEL18E-13912Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39694Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23693Total Plankton1988-07-05T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6713Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78657Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6047Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73036Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45246Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54986Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73036Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78657Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6047Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54986Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23693Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13912Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37108Chloride1988-07-05T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73036Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78657Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13912Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37108Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45246Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23693Phosphorus, Total (as P)1988-07-05T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6047Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54986Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37108Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45246Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13912Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23693Phosphorus, Total (as P)1988-07-05T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54986Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6047Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73036Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78657Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37108Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45246Nitrate/Nitrite (as N)1988-07-05T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23697Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33153Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85950Nitrate/Nitrite (as N)1988-07-11T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37111Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54990Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33154Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6051Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23697Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33153Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37111Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85950Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78661Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73040Phosphorus, Total (as P)1988-07-11T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37111Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33153Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85950Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23697Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54990Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6051Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78661Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-73040Phosphorus, Total (as P)1988-07-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54990Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73040Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6051Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78661Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85950Chloride1988-07-11T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2CMG-1502226-02pH2015-06-09T00:00:00Site insufficient flow or elevationDEL9E-33153Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23697Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54990Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6051Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37111Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73040Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78661Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85950Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6718Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32998Total Plankton1988-07-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-32999Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39695Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6719Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4904Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11399Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13699Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR3D-16364Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17557Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22562Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23938Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26640Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18681Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25316Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27897Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3030Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6719Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39695Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27897Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-32999Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22562Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18681Nitrate/Nitrite (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11399Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12678Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13699Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15016Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6719Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10057Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1139Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39695Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-32999Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27897Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22562Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13699Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18681Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11399Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6719Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18681Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3623Zinc, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.RR1D-39695Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-32999Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27897Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22562Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11399Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13699Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17238Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2079Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10969Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14130Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14130Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14614Phosphorus, Total (as P)1988-07-12T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2079Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-2079Nitrate (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17238Nitrate (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2CMG-1502226-02Temperature2015-06-09T00:00:00Site insufficient flow or elevationEMC-10969Nitrate (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14614Nitrate (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14130Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14130Nitrate (as N)1988-07-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10969Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17238Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14614Phosphorus, Total (as P)1988-07-12T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14614Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-1902144-03APhosphorus, Total Dissolved (as P)2019-05-22T00:00:00Possible contaminationWMC-17238Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10969Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2079Total Plankton1988-07-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6721Total Plankton1988-07-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33001Total Plankton1988-07-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33003Total Plankton1988-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6723Total Plankton1988-07-14T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6725Total Plankton1988-07-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3623Manganese, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.RDRRD-33005Total Plankton1988-07-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27901Total Plankton1988-07-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27903Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33007Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6727Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13920Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33154Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23702Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13920Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78666Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73045Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37115Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45249Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6056Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-54995Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78666Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3374Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6056Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73045Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-54995Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45249Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73045Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78666Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6056Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATLEFFE-54995Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23702Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13920Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33154Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37115Chloride1988-07-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73045Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHE-78666Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3374Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13920Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37115Phosphorus, Total (as P)1988-07-18T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL17E-6056Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54995Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37115Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45249Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13920Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33154Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3374Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23702Phosphorus, Total (as P)1988-07-18T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-54995Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6056Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73045Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78666Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37115Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45249Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33154Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3374Total Plankton1988-07-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23702Nitrate/Nitrite (as N)1988-07-18T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6728Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39696Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22563Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33008Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27904Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6728Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4905Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33008Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39696Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13700Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11400Nitrate/Nitrite (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39696Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Copper, Total (Undigested)1988-07-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11401Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22563Copper, Total (Undigested)1988-07-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13700Copper, Total (Undigested)1988-07-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11400Copper, Total (Undigested)1988-07-19T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PRR2D-27904Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3031Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25317Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26641Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23939Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22563Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17558Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16365Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10058Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6728Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15017Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502226-03Scent Character2015-06-09T00:00:00Site insufficient flow or elevationNR1D-13700Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12679Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1140Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11400Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39696Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHE-79126Chloride1990-06-18T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39696Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATALUME-37169Phosphorus, Total (as P)1988-10-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39696Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39696Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502226-02Turbidity2015-06-09T00:00:00Site insufficient flow or elevationWDTOD-6728Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-28299Nitrate/Nitrite (as N)1990-06-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6728Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6728Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22563Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27904Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33008Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2083Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10971Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17240Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14615Total Plankton1988-07-19T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14615Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17240Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10971Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14615Nitrate (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10971Nitrate (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17240Nitrate (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2083Nitrate (as N)1988-07-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2083Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14615Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10971Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2083Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17240Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13700Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11400Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22563Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14132Nitrate (as N)1988-08-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27904Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33008Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39696Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6728Phosphorus, Total (as P)1988-07-19T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11400Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13700Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22563Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27904Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33008Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39696Phosphorus, Total (as P)1988-07-19T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13700Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-37017Chlorophyll a2008-08-11T00:00:00Analyses performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.NR1D-13700Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13700Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Iron, Total1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Aluminum, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Arsenic, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Barium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Cadmium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Chromium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Copper, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Lead, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Selenium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Silver, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Zinc, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Manganese, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Calcium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Magnesium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Potassium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11400Sodium, Total (Undigested)1988-07-19T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.ESC-12640Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17241Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10972Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9367Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15639Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18942Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27907Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33011Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6731Total Plankton1988-07-21T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33155Total Plankton1988-07-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33155Chloride1988-07-25T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6734Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39697Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27910Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33014Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22564Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6734Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4906Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33014Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3623Calcium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.RR1D-39697Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13701Nitrate/Nitrite (as N)1988-07-26T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27910Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3032Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26642Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25318Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16366Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17559Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22564Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23940Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11401Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1141Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR3D-12680Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13701Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15018Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6734Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10059Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2088Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-84195Iron, Total2008-07-08T00:00:00Analyses, EXCEPT where SAMPTYPE=KSS, performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.EMC-10973Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17242Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14616Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10973Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14131Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17242Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14616Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39697Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33014Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27910Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22564Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13701Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11401Phosphorus, Total (as P)1988-07-26T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6734Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39697Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33014Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73091Chloride1988-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PRR2D-27910Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22564Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11401Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13701Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17242Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10973Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14616Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14131Total Plankton1988-07-26T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.HRPSC-14131Phosphorus, Total (as P)1988-07-26T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23709Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55002Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6063Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45255Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37123Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73052Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-84195Manganese, Total2008-07-08T00:00:00Analyses, EXCEPT where SAMPTYPE=KSS, performed by Kingston Laboratory, Kingston, NY, ELAP ID Number 10030.CROGHE-78673Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85960Total Plankton1988-07-27T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37123Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23709Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45255Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55002Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6063Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78673Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85960Chloride1988-07-27T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RDRRD-33017Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.ESC-12642Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17243Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10974Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9369Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18944Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15641Total Plankton1988-07-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85964Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78675Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73054Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37126Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45257Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6065Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55005Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23711Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33156Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13928Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85964Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78675Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3375Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6065Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73054Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55005Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45257Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23711Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13928Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33156Chloride1988-08-01T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3375Total Plankton1988-08-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33020Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39698Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4907Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6739Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11402Copper, Total (Undigested)1988-08-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13702Copper, Total (Undigested)1988-08-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR1D-22565Copper, Total (Undigested)1988-08-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39698Copper, Total (Undigested)1988-08-02T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR2D-23941Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10975Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PR1D-22565Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17560Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16367Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25319Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26643Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3033Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27915Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10060Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6739Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15019Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13702Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1142Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11402Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-1502237-01Soluble Reactive Phosphorus (as P)2015-06-09T00:00:00The end-of-run LOQ was not within 50-150%.WDTOD-6739Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6739Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39698Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33020Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502226-02Coliform, Total2015-06-09T00:00:00Site insufficient flow or elevationWDTOCMG-1502226-03Coliform, Total2015-06-09T00:00:00Site insufficient flow or elevationPRR2D-27915Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27915Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22565Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2093Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10975Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17244Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14617Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14617Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17244Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14132Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-2093Nitrate (as N)1988-08-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17244Nitrate (as N)1988-08-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10975Nitrate (as N)1988-08-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14617Nitrate (as N)1988-08-02T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2093Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14132Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14132Total Plankton1988-08-02T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14617Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10975Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17244Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2093Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13702Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11402Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22565Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33495Nitrate/Nitrite (as N)1990-06-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27915Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33020Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39698Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6739Phosphorus, Total (as P)1988-08-02T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11402Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13702Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22565Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27915Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33020Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39698Phosphorus, Total (as P)1988-08-02T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11402Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11402Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11402Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11402Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11402Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11402Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11402Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL17E-6071Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6101Chloride1988-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CR2D-11402Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Iron, Total1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Aluminum, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Copper, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Manganese, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Calcium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Magnesium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Potassium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13702Sodium, Total (Undigested)1988-08-02T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33022Total Plankton1988-08-03T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRCMG-1502255-04Turbidity2015-06-10T00:00:00Sample bottle switch supected, sample recollected.ESC-12644Total Plankton1988-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17245Total Plankton1988-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10976Total Plankton1988-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9371Total Plankton1988-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15643Total Plankton1988-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18946Total Plankton1988-08-04T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33026Total Plankton1988-08-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33157Total Plankton1988-08-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3376Total Plankton1988-08-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33157Nitrate/Nitrite (as N)1988-08-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL10E-3376Nitrate/Nitrite (as N)1988-08-08T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL9E-33157Phosphorus, Total (as P)1988-08-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL9E-33157Chloride1988-08-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3376Phosphorus, Total (as P)1988-08-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL9E-33157Phosphorus, Total (as P)1988-08-08T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL10E-3376Phosphorus, Total (as P)1988-08-08T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL10E-3376Chloride1988-08-08T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78680Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85970Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45263Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55011Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73060Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85970Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13934Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78680Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CRO9E-73060Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23717Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATEVE-45263Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37132Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHCE-85970Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CATALUME-37132Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13934Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23717Chloride1988-08-09T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55011Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.PRR2CMG-1502255-02Temperature2015-06-10T00:00:00Site insufficient flow or elevationDEL17E-6071Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CROGHE-78680Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.CRO9E-73060Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.DEL19E-23717Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL18E-13934Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CROGHCE-85970Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45263Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATALUME-37132Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATLEFFE-55011Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL17E-6071Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.DEL19E-23717Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45263Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37132Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78680Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73060Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6071Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-55011Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6744Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23717Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13934Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39699Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6744Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22566Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18689Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33027Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27920Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-55011Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6071Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45263Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37132Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73060Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78680Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85970Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13934Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33027Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39699Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6744Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4908Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13703Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11403Nitrate/Nitrite (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27920Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3034Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26644Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18689Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25320Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16368Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17561Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22566Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23942Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11403Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1143Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13703Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15020Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10061Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2098Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10977Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17246Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14618Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2098Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14618Nitrate (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10977Nitrate (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17246Nitrate (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2098Nitrate (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10977Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14133Nitrate (as N)1988-08-09T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14133Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17246Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14618Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39699Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33027Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27920Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22566Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13703Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18689Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11403Phosphorus, Total (as P)1988-08-09T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6744Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18689Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39699Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33027Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27920Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22566Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11403Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13703Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2098Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17246Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10977Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6749Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14618Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14133Total Plankton1988-08-09T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.HRPSC-14133Phosphorus, Total (as P)1988-08-09T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.ESC-12646Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17247Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10978Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9373Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18948Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15645Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33030Total Plankton1988-08-11T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85974Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78684Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73064Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37136Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45267Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6075Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55015Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13938Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23721Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33158Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3377Total Plankton1988-08-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23721Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13938Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37136Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33158Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6075Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73064Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55015Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45267Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85974Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78684Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL10E-3377Chloride1988-08-15T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39700Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27925Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33033Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22567Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33033Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39700Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4909Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6749Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11404Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13704Nitrate/Nitrite (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39700Copper, Total (Undigested)1988-08-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.EARC-2113Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Copper, Total (Undigested)1988-08-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13704Copper, Total (Undigested)1988-08-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.CR2D-11404Copper, Total (Undigested)1988-08-16T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.PR2D-23943Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22567Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17562Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16369Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25321Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26645Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3035Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27925Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10062Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6749Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR2D-15021Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13704Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1144Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11404Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39700Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39700Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3623Magnesium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.RR1D-39700Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39700Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39700Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39700Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39700Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39700Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WDTOD-6749Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22567Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27925Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33033Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2CMG-1502255-02Scent Character2015-06-10T00:00:00Site insufficient flow or elevationRDRRD-33033Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2103Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10979Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17248Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14619Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14619Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14134Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14134Nitrate (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10979Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-2103Nitrate (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17248Nitrate (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10979Nitrate (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14619Nitrate (as N)1988-08-16T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2103Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14134Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14134Total Plankton1988-08-16T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14619Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10979Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2103Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13704Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11404Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22567Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27925Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33033Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39700Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WDTOD-6749Phosphorus, Total (as P)1988-08-16T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11404Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13704Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22567Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27925Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33033Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39700Phosphorus, Total (as P)1988-08-16T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13704Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13704Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Iron, Total1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Aluminum, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Copper, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Manganese, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Calcium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Magnesium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Potassium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11404Sodium, Total (Undigested)1988-08-16T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.ESC-12648Total Plankton1988-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17249Total Plankton1988-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10980Total Plankton1988-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9375Total Plankton1988-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15647Total Plankton1988-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18950Total Plankton1988-08-18T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13943Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL9E-33159Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23726Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55021Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6080Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45272Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37140Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73069Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOCMG-1502255-03Scent Intensity2015-06-10T00:00:00Sample bottle switch supected, sample recollected.CROGHE-78689Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85979Total Plankton1988-08-22T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78689Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85979Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45272Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55021Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73069Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6080Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL9E-33159Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37140Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13943Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23726Chloride1988-08-22T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.WDTOD-6754Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39701Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22568Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18696Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33038Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27930Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27930Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3036Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26646Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18696Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25322Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16370Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17563Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22568Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23944Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13705Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11405Nitrate/Nitrite (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WDTOD-6754Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4910Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39701Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33038Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11405Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1145Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13705Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15022Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WDTOD-6754Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR1D-10063Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2108Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10981Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17250Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14620Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2108Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14620Nitrate (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10981Nitrate (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17250Nitrate (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2108Nitrate (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10981Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14135Nitrate (as N)1988-08-23T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14135Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14620Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17250Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39701Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33038Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27930Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22568Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13705Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18696Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11405Phosphorus, Total (as P)1988-08-23T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.WDTOD-6754Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18696Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39701Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33038Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27930Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22568Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11405Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRCMG-1502255-04Apparent Color2015-06-10T00:00:00Sample bottle switch supected, sample recollected.RR1D-39797Nitrate/Nitrite (as N)1990-06-19T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13705Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2108Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17250Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10981Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.SRR1C-14620Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14135Total Plankton1988-08-23T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.HRPSC-14135Phosphorus, Total (as P)1988-08-23T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.ESC-12650Total Plankton1988-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17251Total Plankton1988-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10982Total Plankton1988-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9377Total Plankton1988-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18952Total Plankton1988-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15649Total Plankton1988-08-25T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23733Total Plankton1988-08-28T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23733Chloride1988-08-28T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13948Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37145Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6085Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73075Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55024Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45276Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85982Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78694Chloride1988-08-29T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13948Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85982Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73075Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37145Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45276Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6085Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55024Total Plankton1988-08-29T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39702Nitrate/Nitrite (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRCMG-1502255-04Scent Intensity2015-06-10T00:00:00Sample bottle switch supected, sample recollected.PRR2D-27935Nitrate/Nitrite (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33043Nitrate/Nitrite (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22569Nitrate/Nitrite (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33043Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39702Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR4D-4911Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11406Nitrate/Nitrite (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13706Nitrate/Nitrite (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR2D-23945Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22569Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17564Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16371Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25323Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26647Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3037Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27935Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10064Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15023Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13706Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1146Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11406Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2113Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14621Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHE-78709Chloride1988-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.SRR1C-14621Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRCMG-1502255-04Scent Character2015-06-10T00:00:00Sample bottle switch supected, sample recollected.SRR1C-14621Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2113Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Nickel, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Mercury, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14621Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17252Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14621Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14136Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14136Nitrate (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10983Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-2113Nitrate (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17252Nitrate (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10983Nitrate (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14621Nitrate (as N)1988-08-30T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2113Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EMC-10983Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHE-1502258-03pH2015-06-10T00:00:00Analyzed by Jason SimmonsCROGHE-1502258-03Temperature2015-06-10T00:00:00Analyzed by Jason SimmonsEMC-10983Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Mercury, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10983Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATEVE-45299Phosphorus, Total (as P)1988-10-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14621Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Mercury, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14621Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Mercury, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14136Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14136Total Plankton1988-08-30T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14621Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10983Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17252Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Iron, Total1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Aluminum, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Arsenic, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Barium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Cadmium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Chromium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Copper, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Lead, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Nickel, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Selenium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Silver, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Zinc, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Manganese, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Calcium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Magnesium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Potassium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EARC-2113Sodium, Total (Undigested)1988-08-30T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.WMC-17252Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2113Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13706Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11406Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22569Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27935Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33043Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RR1D-39702Phosphorus, Total (as P)1988-08-30T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11406Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13706Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22569Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27935Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33043Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39702Phosphorus, Total (as P)1988-08-30T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.ESC-12652Total Plankton1988-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17253Total Plankton1988-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10984Total Plankton1988-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9379Total Plankton1988-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15651Total Plankton1988-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18954Total Plankton1988-09-01T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2116Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10985Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17254Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14622Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2116Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14137Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Arsenic, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL19E-23757Phosphorus, Total (as P)1988-10-03T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14137Barium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Cadmium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Chromium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Lead, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Selenium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Silver, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Zinc, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Mercury, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14622Nitrate (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10985Nitrate (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17254Nitrate (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2116Nitrate (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10985Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14137Nitrate (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.HRPSC-14137Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14622Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.WMC-17254Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.RR1D-39703Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33046Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27938Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22570Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13707Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18703Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.CR2D-11407Phosphorus, Total (as P)1988-09-06T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18703Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11407Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11407Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.DEL10E-3623Potassium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.CR2D-11407Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11407Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11407Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11407Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11407Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CR2D-11407Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NR1D-13707Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33046Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27938Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PR1D-22570Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11407Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13707Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2116Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17254Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10985Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14137Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Arsenic, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Barium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Cadmium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATALUME-37174Phosphorus, Total (as P)1988-10-11T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14137Chromium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Lead, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Selenium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Silver, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Zinc, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.HRPSC-14137Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14622Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14137Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.HRPSC-14137Phosphorus, Total (as P)1988-09-06T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11407Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1147Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13707Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15024Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR1D-10065Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39703Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RR1D-39703Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.RDRRD-33046Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PR1D-22570Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Iron, Total1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Aluminum, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Copper, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Manganese, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Calcium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Magnesium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.NRR2D-18703Potassium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CROGHCE-85997Chloride1988-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.NRR2D-18703Sodium, Total (Undigested)1988-09-06T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.PRR2D-27938Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3038Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR4D-26648Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18703Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR3D-25324Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16372Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17565Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22570Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR2D-23946Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13707Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11407Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CR2D-11407Copper, Total (Undigested)1988-09-06T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.NR1D-13707Copper, Total (Undigested)1988-09-06T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39703Copper, Total (Undigested)1988-09-06T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RR1D-39703Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RDRRD-33046Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22570Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18703Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18703Copper, Total (Undigested)1988-09-06T00:00:00RR1,RR2,RR3,RR4,NR1,NR2,NR3,NR4,NRR2,PR1,PR2,PR3,PR4,CR1,CR2,CR3: Samples pass through copper containing plumbing lines in the applicable tunnel outlet, release or effluent chamber building.RDRRD-33046Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27938Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RR1D-39703Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL18E-13951Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23737Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55028Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6089Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45280Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37149Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73079Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78698Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85986Total Plankton1988-09-06T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13951Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78698Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85986Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45280Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55028Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73079Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6089Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37149Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13951Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23737Chloride1988-09-06T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL19E-23737Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37149Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45280Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-55028Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6089Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73079Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78698Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85986Nitrate/Nitrite (as N)1988-09-06T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.ESC-12654Total Plankton1988-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17255Total Plankton1988-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10986Total Plankton1988-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9381Total Plankton1988-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18956Total Plankton1988-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15653Total Plankton1988-09-08T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13955Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHCE-85990Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHE-78702Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CRO9E-73083Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATALUME-37153Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATEVE-45284Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL17E-6093Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CATLEFFE-55032Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL19E-23741Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL18E-13955Total Plankton1988-09-12T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CROGHCE-85990Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CROGHE-78702Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CRO9E-73083Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL17E-6093Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATLEFFE-55032Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATEVE-45284Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.CATALUME-37153Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23741Nitrate/Nitrite (as N)1988-09-12T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.DEL19E-23741Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL18E-13955Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATALUME-37153Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.DEL17E-6093Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CRO9E-73083Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATLEFFE-55032Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CATEVE-45284Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHCE-85990Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.CROGHE-78702Chloride1988-09-12T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.RR1D-39704Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PRR2D-27943Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33051Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NRR2D-18708Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR1D-22571Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.RDRRD-33051Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR1D-39704Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11408Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.NR1D-13708Nitrate/Nitrite (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.PR2D-23947Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PR1D-22571Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR4D-17566Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR3D-16373Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.DEL10E-3623Sodium, Total (Undigested)1992-04-23T00:00:00Metals analyses performed by Ben Nesin Laboratory.PR3D-25325Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NRR2D-18708Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR3D-3039Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2D-27943Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.PRR2CMG-1502255-02Coliform, Fecal2015-06-10T00:00:00Site insufficient flow or elevationCR1D-10066Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR2D-15025Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.NR1D-13708Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.RR2D-1148Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.CR2D-11408Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2121Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10987Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17256Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14623Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17256Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.SRR1C-14623Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14138Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14138Nitrate (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10987Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.EARC-2121Nitrate (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.WMC-17256Nitrate (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EMC-10987Nitrate (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.SRR1C-14623Nitrate (as N)1988-09-13T00:00:00Samples with pH beyond method requirements (5-9 SU) have not been checked and adjusted prior to analysis as required by the method.EARC-2121Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries of <100%.HRPSC-14138Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.HRPSC-14138Total Plankton1988-09-13T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.SRR1C-14623Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EMC-10987Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.WMC-17256Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.EARC-2121Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NR1D-13708Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11408Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CATEVE-45292Chloride1988-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.PR1D-22571Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2D-27943Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.RDRRD-33051Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.PRR2CMG-1502255-02Total Plankton2015-06-10T00:00:00Site insufficient flow or elevationRR1D-39704Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.NRR2D-18708Phosphorus, Total (as P)1988-09-13T00:00:00Digestion described in The Simultaneous Analysis of TN & TP in Natural Waters, Marine Chemistry, 10(1981), pp. 109-122, followed by automated ascorbic acid analysis, SM18 4500-P, F.CR2D-11408Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NRR2D-18708Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.NR1D-13708Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PR1D-22571Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.PRR2D-27943Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RDRRD-33051Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.RR1D-39704Phosphorus, Total (as P)1988-09-13T00:00:00TP data with turbidity >100 NTU may present phosphorus recoveries <100%.ESC-12656Total Plankton1988-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WMC-17257Total Plankton1988-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10988Total Plankton1988-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EBC-9383Total Plankton1988-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WBC-15655Total Plankton1988-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.WSC-18958Total Plankton1988-09-15T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EARC-2126Total Plankton1988-09-20T00:00:00Data were produced using a 7x7mm Whipple grid. As a result, values are at least two times higher than if the data were produced using a standard 10x10mm Whipple grid.EMC-10989Iron, Total1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Aluminum, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Copper, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Manganese, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Calcium, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Magnesium, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Potassium, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.EMC-10989Sodium, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14624Iron, Total1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14624Aluminum, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14624Copper, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.SRR1C-14624Manganese, Total (Undigested)1988-09-20T00:00:00Metal samples are acidified to pH<2 with nitric acid but are not digested. Therefore, samples with turbidity >1.49 NTU do not meet ELAP's criteria for total metals.CATLEFFE-55039Chloride1988-09-21T00:00:00Samples analyzed using a non-ELAP approved method. All proficiencies were passed. Results may be slightly affected.