{"text_format":"3","workbook":"xlsx","n_sheets":4,"sheets":["WY Expected WQ Meta Data V3.0","Consistency Outcomes","Template LAB_TAB, MDDNR","WYPOCs"],"not_rendered":{"comments":2},"read":"whole","date_system":"1900"}

{"sheet":"WY Expected WQ Meta Data V3.0","index":0,"n_rows":49,"n_cols":74,"rows_kept":49,"merged":[[0,10,0,11],[0,69,1,69],[1,1,1,5],[1,10,1,11],[1,68,3,68],[6,0,8,0],[6,66,8,66],[9,0,10,0],[9,1,10,1],[9,2,10,2],[9,3,10,3],[9,4,10,4],[9,5,10,5],[9,66,10,66],[9,67,10,67],[11,0,12,0],[11,56,12,56],[11,68,12,68],[11,69,12,69],[11,70,12,70],[11,71,12,71],[11,72,12,72],[11,73,12,73],[13,0,14,0],[13,27,14,27],[13,30,14,30],[13,35,14,35],[13,68,14,68],[13,69,14,69],[13,70,14,70],[13,71,14,71],[13,72,14,72],[13,73,14,73],[15,0,16,0],[15,22,16,22],[15,25,16,25],[15,26,16,26],[15,27,16,27],[15,29,16,29],[15,30,16,30],[15,35,16,35],[15,39,16,39],[15,42,16,42],[15,68,16,68],[15,69,16,69],[15,70,16,70],[15,71,16,71],[15,72,16,72],[15,73,16,73],[17,22,18,22],[17,24,18,24],[17,27,18,27],[17,28,18,28],[17,29,18,29],[17,30,18,30],[17,39,18,39],[17,42,18,42],[17,68,18,68],[17,69,18,69],[17,70,18,70],[17,71,18,71],[17,72,18,72],[17,73,18,73],[19,0,21,0],[19,22,21,22],[19,71,21,71],[19,73,21,73],[20,24,21,24],[20,27,21,27],[20,28,21,28],[20,29,21,29],[20,30,21,30],[20,39,21,39],[20,42,21,42],[20,68,21,68],[20,69,21,69],[22,0,23,0],[22,22,23,22],[22,25,23,25],[22,26,23,26],[22,27,23,27],[22,29,23,29],[22,30,23,30],[22,35,23,35],[22,38,23,38],[22,42,23,42],[22,68,23,68],[22,69,23,69],[22,70,23,70],[22,71,23,71],[22,72,23,72],[22,73,23,73],[24,22,25,22],[24,25,25,25],[24,26,25,26],[24,27,25,27],[24,29,25,29],[24,30,25,30],[24,35,25,35],[24,39,25,39],[24,42,25,42],[24,47,25,47],[24,54,25,54],[24,56,25,56],[24,68,25,68],[24,69,25,69],[24,70,25,70],[24,71,25,71],[24,72,25,72],[24,73,25,73],[26,22,27,22],[26,25,27,25],[26,26,27,26],[26,27,27,27],[26,29,27,29],[26,30,27,30],[26,35,27,35],[26,39,27,39],[26,42,27,42],[26,68,27,68],[26,69,27,69],[26,70,27,70],[26,71,27,71],[26,72,27,72],[26,73,27,73],[28,0,29,0],[28,23,29,23],[28,25,29,25],[28,26,29,26],[28,27,29,27],[28,29,29,29],[28,30,29,30],[28,39,29,39],[28,42,29,42],[28,48,29,48],[28,68,29,68],[28,69,29,69],[28,70,29,70],[28,71,29,71],[28,72,29,72],[28,73,29,73],[30,0,31,0],[30,23,31,23],[30,25,31,25],[30,26,31,26],[30,27,31,27],[30,29,31,29],[30,30,31,30],[30,39,31,39],[30,42,31,42],[30,48,31,48],[30,68,31,68],[30,70,31,70],[30,71,31,71],[30,72,31,72],[30,73,31,73],[32,0,33,0],[32,23,33,23],[32,25,33,25],[32,26,33,26],[32,27,33,27],[32,29,33,29],[32,30,33,30],[32,39,33,39],[32,42,33,42],[32,48,33,48],[32,68,33,68],[32,70,33,70],[32,71,33,71],[32,72,33,72],[34,0,35,0],[34,23,35,23],[34,25,35,25],[34,26,35,26],[34,27,35,27],[34,29,35,29],[34,30,35,30],[34,39,35,39],[34,42,35,42],[34,48,35,48],[34,68,35,68],[34,70,35,70],[34,71,35,71],[34,72,35,72],[34,73,35,73],[36,0,37,0],[36,22,37,22],[36,25,37,25],[36,26,37,26],[36,27,37,27],[36,29,37,29],[36,30,37,30],[36,35,37,35],[36,38,37,38],[36,42,37,42],[36,48,37,48],[36,68,37,68],[36,70,37,70],[36,71,37,71],[36,72,37,72],[36,73,37,73],[38,0,39,0],[38,26,39,26],[38,48,39,48],[38,68,39,68],[38,70,39,70],[38,71,39,71],[38,72,39,72],[38,73,39,73],[40,0,41,0],[40,48,41,48],[40,68,41,68],[40,70,41,70],[40,71,45,71],[40,72,41,72],[40,73,45,73],[42,0,43,0],[42,48,43,48],[42,68,43,68],[42,70,43,70],[42,72,43,72],[44,0,45,0],[44,48,45,48],[44,68,45,68],[44,70,45,70],[44,72,45,72],[46,71,48,71],[46,73,48,73]]}
["KEY                                                                                                                                                                                     X, ....                           Implies a WQ Parameter value will be provided by Data Provider (Agency) and Data  Collector (Source) for the specified sampling events (Event_Types) for WY2012;                                                      X (RSI and S only),  Implies WQ Parameter value will be provided by Data Provider (Agency) and Data Collector (Source) ONLY for the Event_Types specified in \"(    )\" for WY2012;                                                CBP, Calculated, ... Implies a WQ Parameter value generally will not be provided but must be calculated by DUET for all or selected Event_Types for WY2012, provided the WQ parameter values for the calculation are provided and data are of suitable quality;                                                                                                                           ---,                             Implies a WQ Parameter value will be neither provided nor calculated for selected or all Event_Types for the specified Agency x Source for WY2012;                                                                                Green Fill (Font),    Implies Agency and Source need to consider as it relates to ancillary (metadata) or WQ data that need to be provided to CBP Data Manager before or during DUET data uploads, particularly of new data;                                                                                                                                                                               Blue Fill (Font),       Implies CBP staff and VISTRONIX need to consider as it relates to DUET validation, verification, and or review requirements for uploaded data or the calculation of selected WQ Parameter values for a given Agency x Source to be conducted on new, or revised, data during the upload. or thereafter;                                        Red Font;                  Implies a special note generally to VISTRONIX related to DUET processing                                                                              [  ],                             Implies a WQ Parameter value for example, concentration, rather than the WQ Parameter name                                                                                                                                                                ","THIS PORTION OF DUET APPLIES TO ASSOCIATED M1 AND S1 WQPs ONLY                                                VISITRONIX: DUET must add on upload","VISITRONIX: DUET must add on upload","VISITRONIX: DUET must add on upload","VISITRONIX: DUET must add on upload","VISITRONIX: DUET must add on upload",null,null,"VISTRONIX: FOR THIS WORKSHEET and this part of QAC review: Primary, Primary_RIM, or Secondary stations only.",null,"VISTRONIX Add upon Data Upload ???? But can't use STATION as that is for Agency and CBP…but we need data linked to SOURCE STATION IDENTIFIERs as Source will not easily be able to interpret (non)fatal error messages from DUET, which they may get from Data Provider (Agency) to deal with if STATIONs are solely identified by Agency or CBP STATION Identifiers. Also Sources will want to pull data from CBP on basis of their SOURCE IDS not CBP Agency IDs.)",null,"VISTRONIX: Event_Types for this part of QAC Review: R (Routine), RSI (Routine storm impacted), OR S (Storm). SRBC also will identify B. Baseflow, and AS, Additional Storm events for selected stations in PA. (See below). Overall, Data Collector (SOURCE) defines and will provide Event_Type on basis of USGS streamgage flow conditions preceding and at time of sampling, not on basis of how they sampled or what data they collected. The latter will be addressed through new Event_Remark which DUET must recognize if Source didn't sample and provide data for the actual flow condition. For example, Source could code Event_Type as RSI but Event_Remark as ET1 which indicates they sampled and obtained data for R Event_Type--which means they did not sample for RSI flow conditions and likely didn't collect selected samples for those flow conditions (TSS and possibly SSC_Total).","VISTRONIX: Accepted values for this part of QAC Review: M1 or S1",{"$nulls":8},"VISITITRONIX: USGS VA WSC will provide measured [TN] values for their Primary_RIM stations, [TN] values also will be calculated for USGS VA WSC",{"$nulls":4},"VISTRONIX only calculated for selected Agency x Source combinations","VISTRONIX only calculated for selected Agency x Source combinations","VISTRONIX only calculated for selected Agency x Source combinations","VISTRONIX only calculated for selected Agency x Source combinations",{"$nulls":3},"MM: Do we delete as no one is measuring now as of WY2012 and it cannot be calculated for any Agency x Source",{"$nulls":3},"VISTRONIX: As in the case of [TN], USGS VA WSC will provide measured [TP] values for their Primary_RIM stations. [TP] also will be calculated for USGS VA WSC.",{"$nulls":3},"VISTRONIX only calculated for selected Agency x Source combinations","VISTRONIX: [HPO4F] and [PO4F] will both be provided only by USGS MD WSC for their RIM Stations. Selected WQ Parameters will be calculated using [HPO4F] and also again calculated using [PO4F] after data are uploaded to WQ_1",{"$nulls":12},"VISTRONIX only calculated for selected Agency x Source combinations",{"$nulls":9},"Check for Valid Coding (METADATA)","Check for Extreme Values (and Clerical Entry Errors)","CALCULATING WATER QUALITY PARAMETERS: Consistency check  A uniform approach is required in the conductance of these checks. It is premature to think any process can be finalized without initial discussions with Data Providers/Collectors and some determination of the effects of any adopted procedure on censoring and therefore discarding data. Ideally checks initially could be conducted by the Data Collectors' Laboratories. Samples run in a timely manner could be rerun before holding times are exceeded if significant (NQ Problem Code see below) inconsistencies arise in the initial data. However, inconsistencies also could arise because of differences in sampling techniques--for example, differences in the types of filters used between whole and dissolved constituent for the same nutrient. Inconsistencies also could arise because of other unrecognized biases in data, for example, the contamination of samples during field or laboratory processes.) See further discussion below on Consistency Checks.","Alternative Methods for calculating [TN]: If [TN] is an expected WQ Parameter (X), but null value is provided, or if the proposed method of calculating [TN] as described for a Given Agency x Source in Column W yields a null value, an attempt will be made to calculate [TN] using one or more of the equations below. Apply the equations below in the sequence they are listed. Whether or not an alternative method below is possible is indicated for each Agency x Source further below.                                                                                                                                  (1) [TN] = [PN] + [TDN]: See Equation 12\n(2) [TN] = [TKNW] + [NO23W]\n(3) [TN] = [TKNW] + [NO23F]; Assumption [NO23F] = [NO23W]; where calculation is hierarchal sequential process following the steps in the order listed...         \n(a) If either [TKNW] or [NO23F] is null, with Problem Code V or NQ, or if either is not null, but has Problem Code IQ, do not calculate [TN]. Assign [TN] a null value with Problem Code CC (Could not calculate given available data); otherwise continue ... \n(b) If neither [TKNW] or [NO23F] is null, and neither have Problem Code QQ, calculate [TN] (usp_CalculateTN2, as case 2 (null, nn, nn),  document calculation method (cims_TAB_Method codes, Method_ID, 130, 131, and 134, Method 1) and qualify (Qualifier Code possibly < or >); otherwise continue...\n(c) If neither [TKNW] or [NO23F] is null, but either has Problem Code QQ, [TN] is still calculated, documented, and qualified as noted above (b). [TN] should not be negative value (calculation doesn't involve subtraction).  ","WY2012 Expected DUPLICATE Samples M1 and Field Split (FS1 and FS2) OR Concurrent (S1 and S2) Sample Replicate Types…                                                                              Expected Water Quality Parameters, Consistency Checks, and Raw Data","WY2013 Expected DUPLICATE Samples Field Split (FS1 and FS2) OR Concurrent (S1 and S2) Sample Replicate Types…                                                      Proposed sampling design for each Data Collector                                                 ","WY2012 FIELD BLANK Sample Replicate Types…                                                                              Expected Water Quality Parameters, Identification of Sources for Contaminated Field Blanks, FB data above MDL, but Below PQL or RL included","WY2013 Expected FIELD BLANK Sample Replicate Types…                                                                              Expected Water Quality Parameters, Identification of Sources for Contaminated Field Blanks, FB data above MDL, but Below PQL or RL included"]
["WY2012 Expected Stream Samples M1 and S1 Sample Replicate Types","DUET MUST ADD BEFORE UPLOAD TO WQ_1 DATABASE",{"$nulls":4},"EXPECTED METADATA TO BE PROVIDED BY DATA PROVIDER (AGENCY) AND DATA COLLECTOR (SOURCE) FOR EVERY WATER QUALITY SAMPLE COLLECTED FOR THE NTN ",{"$nulls":3},"DUET needs to add to the WQ Source Station Identifier and the associated USGS stream gage Identifier. ",null,"EXPECTED METADATA TO BE PROVIDED BY DATA PROVIDER (AGENCY) AND DATA COLLECTOR (SOURCE) FOR EVERY WATER QUALITY SAMPLE COLLECTED FOR THE NTN ",{"$nulls":3},"Expected Field Parameters, X implies DATA will be provided",{"$nulls":5},"Expected Nitrogen parameters, X implies data will be provided",{"$nulls":15},"Expected Phosphorus parameters, X implies data will be provided",{"$nulls":7},"Expected Sediment parameters, X implies will be provided ",{"$nulls":6},"Expected Carbon parameters, X implies will be provided",{"$nulls":4},"Other Expected Water Quality Parameters, X implies will be provided",{"$nulls":9},"Each Source (Data Collector) will perform consistency checks, including those checks needed for calculated Water Quality Parameters (WQPs), which will be generated by DEUT from their submitted (S1, X) WQP data.  For each consistency test conducted by a Source (Laboratory) for a given Agency x Source (see further below):                                                                                                      (a) If the expression being checked is true, SOURCE simply reports all relevant [WQP] values as initially received, and no further action is necessary;                                                                              (b) If the expression is not true, but difference in consistency equation being tested is within precision of analytical measurements, SOURCE simply reports all relevant [WQP] values involved in check as initially received with an assigned Problem Code set to QQ (PART EXCEEDS WHOLE VALUE YET DIFFERENCE IS WITHIN ANALYTICAL PRECISION);  however, the subsequently calculated [WQP] if it involves subtraction could be negative in value. If that occurs DUET will qualify the calculated [WQP] with an additional Problem Code NV (NEGATIVE CALCULATED VALUE IS VALID GIVEN PRECISION OF MEASURED WATER QUALITY PARAMETERS; ACTUAL CALCULATED CONCENTRATION LIKELY IS LOW, POSSIBLY LESS THAN PARAMETER QUANTIFICATION LEVELS OF MEASURED WATER QUALITY PARAMETERS).                                                                                                            (c) If the expression is not true, and difference is not within precision of analytical measurements, SOURCE can request its laboratory rerun of all relevant WQPs, and then recheck consistency results with rerun [WQP] concentration values. If the check again yields a similar inconsistent result, and the difference is still not within precision of measurements, SOURCE reports each rerun [WQP] value as a NULL VALUE with Problem Code NQ (PART EXCEEDS WHOLE VALUE AND DIFFERENCE IS NOT WITHIN ANALYTICAL PRECISION). If WQP analyses cannot be rerun because sample holding times have been exceeded, SOURCE reports each relevant [WQP] as a NULL VALUE  with the Problem Code NQ; OR                                                                         (d) If the expression simply cannot be determined as either true or false because of the initial [WQP] concentrations provided, SOURCE reports each relevant [WQP] value as initially received, with an assigned Problem Code IQ (CANNOT DETERMINE IF PART EXCEEDS WHOLE VALUE AND WHETHER OR NOT DIFFERENCE IS WITHIN ANALYTICAL PRECISION).                                                                                          "]
["VARIABLE NAMES FOR INTIAL Duet Data Upload ","PROGRAM AND PROJECT","DATA COLLECTION PERIOD","PROJECT COORDINATOR","PROJECT DATA MANAGER","PROJECT QUALITY ASSURANCE COORDINATOR","AGENCY","SOURCE","STATION_TYPE","STATION (ID for Water quality according to Data Provider (Agency) and CBP)","STATION_SOURCE","USGS_GAGE_STATION","EVENT_TYPE, also Event_Remark if needed","SAMPLE_REPLICATE_TYPE","SAMPLE_DATE","SAMPLE_TIME","WTEMP","SPCOND","DO","PH ","TURB_NTU, TURB_FTU, TURB_FNU, or TURB_NTRU","SALINITY","TN","PN","TDN","TKNF","TKNW","TON, for WY2012 not measured by any Data Collector, if possible, calculated","PON, for WY2012 not measured by any Data Collector, if possible, calculated","DON, for WY2012 not measured by any Data Collector, if possible, calculated","DIN, for WY2012 not measured by any Data Collector, if possible, calculated","NH4F","NH4W","NO2F","NO2W","NO3F","NO23F","NO23W","TP","PP","PIP","TDP","DOP, for WY2012 not measured by any Data Collector, if possible, calculated","HPO4F (NEW)","PO4F","PO4W","TSS","FSS ","VSS","SSC_TOTAL","SSC_SAND","SSC_FINE","SSC_%FINE","PC","TOC","DOC","POC,  for WY2012 not measured by any Data Collector, if possible, calculated","PIC","TALK","ALKF (NEW)","SIF","HARDNESS","CHLA","BOD5W","CLW","CLF (NEW)","QAC Action 1#: New and revised data uploads. DUET will verify that all Problem Codes are verifiable (defined in CBP Data Dictionary), check for consistency between Ancillary Metadata, M1, or S1 values and selected Codes, and check to determine whether selected S1 WQP concentrations and their associated Problem codes are compatible, valid, and verifiable in particular if they are used to calculate other S1 WQPs. ","QAC Action 2#: New and revised data uploads. Identify possible extreme values, Data Agency (Source) will need to check, and revise as needs be if clerical entry errors.",null,null,"Click in cell below to read all","Click in cell below to read all","Click in cell below to read all","Click in cell below to read all"]
["VARIABLE NAMES FOR Publishing Data linked to ESAR XML TAGS","ESAR WaterQualityProgramProjectWaterYear","ESAR           DataCollectionPeriod","ESAR ProjectCoordinatorPointOfContact(G), XML tag: IndividualIdentifier (A): ","ESAR ProjectDataManager(Client)PointOfContact(G), XML tag: IndividualIdentifier (A): ","ESAR ProjectQualityAnalyst(Client)PointOfContact(G), XML tag: IndividualIdentifier (A): ","ESAR ProjectDataProviderPointOfContact_State (G), XMLTag: OrganizationIdentifier (A): ","ESAR ProjectDataCollector#PointOfContact_State (G), XMLTag: OrganizationIdentifier (A): ","ESAR Tag to be provided","ESAR Tag to be provided","ESAR Tag to be provided","ESAR Tag to be provided","ESAR Tag to be provided","ESAR Tag to be provided","DATE: For DUET unload, Format is MM/DD/YYYY; e.g. 12/01/2012 ","TIME: For DUET unload, Format is 24-hr (military) HH:MM in Eastern Standard Time (EST); e.g., 14:20","WATER TEMPERATURE","CONDUCTIVITY ","DISSOLVED OXYGEN CONCENTRATION","pH ","TURBIDITY","SALINITY ","TOTAL NITROGEN","PARTICULATE NITROGEN","TOTAL DISSOLVED NITROGEN","TOTAL KJELDAHL NITROGEN (FILTERED)","TOTAL KJELDAHL NITROGEN (WHOLE)","TOTAL ORGANIC NITROGEN","PARTICULATE ORGANIC NITROGEN","DISSOLVED ORGANIC NITROGEN","DISSOLVED INORGANIC NITROGEN","AMMONIUM NITROGEN AS N (FILTERED)","AMMONIUM NITROGEN AS N (WHOLE) ","NITRITE NITROGEN AS N (FILTERED)","NITRITE NITROGEN AS N (WHOLE)","NITRATE NITROGEN AS N (FILTERED)","NITRATE PLUS NITRITE NITROGEN AS N (FILTERED)","NITRATE PLUS NITRITE NITROGEN AS N (WHOLE)","TOTAL PHOSPHORUS","PARTICULATE PHOSPHORUS","PARTICULATE INORGANIC PHOSPHORUS","TOTAL DISSOLVED PHOSPHORUS","DISSOLVED ORGANIC PHOSPHORUS","HYDROLYZABLE PHOSPHORUS PLUS ORTHOPHOSPHATE PHOSPHORUS","ORTHOPHOSPHATE PHOSPHORUS AS P (FILTERED)","ORTHOPHOSPHATE PHOSPHORUS AS P (WHOLE)","TOTAL SUSPENDED  SOLIDS (TOTAL NONFILTERABLE RESIDUE, includes both particulate and dissolved mineral and organic solids that are not highly volatile).","MINERAL SUSPENDED SOLIDS (FIXED NONFILTERABLE RESIDUE, or FIXED SUSPENDED SOLIDS) Suspended Solids), particulate and dissolved mainly mineral solids that are not volatile nor readily combustible)","VOLATILE SUSPENDED SOLIDS (LOSS ON IGNITION OF NONFILTERABLE RESIDUE, relatively volatile or combustible particulate and dissolved  solids)","TOTAL SUSPENDED SEDIMENT CONCENTRATION (USGS Kentucky Laboratory unless otherwise noted)","SUSPENDED SEDIMENT PARTICLES RETAINED ON A 0.062 MM SIEVE","SUSPENDED SEDIMENT PARTICLES PASSING THROUGH A 0.062 MM SIEVE","PERCENT FINE SAND","PARTICULATE CARBON ","TOTAL ORGANIC CARBON","DISSOLVED ORGANIC CARBON","PARTICULATE ORGANIC CARBON","PARTICULATE INORGANIC CARBON","TOTAL ALKALINITY AS CACO3","ALKALINITY AS CACO3","SILICA FILTERED OR DISSOLVED","HARDNESS (Dissolved Ca and Mg, in mmol/l)","CHLOROPHYLL A","BIOLOGICAL OXYGEN DEMAND, 5-day","CHLORIDE WHOLE","CHLORIDE FILTERED",{"$nulls":3},"For a given Data Collector, if TN is to be calculated, is there an alternative method to calculate TN if the planned method (Column W) cannot provide TN? See below Are there alternative methods to calcualte TN ","WY2012: WQ Parameters will be provided for Duplicate Sample as indicated below. On basis of data provided, a precision measurement (Relative Percent Difference) greater than 30 percent for particulate WQP concentrations, or greater than 20 percent for total and filtered (dissolved) WQP concentrations will be considered as indicating a relatively high imprecision in measurement, and result in DUET assigning both WQP measurements used in the determination of the RPD the Precision Problem Code HI (HIGH Relative Percent Difference)","WY2013 Design:                                                                                Number of duplicate samples (pairs) stratified on basis of WQ Station number as follows:                                                                                    Less than 10 Stations 4 pairs per WY                                                    From 10-15 Stations 6 pairs per WY                                                   Greater than 15 Stations 8 pairs per WY                                       Shared Primary Stations differ from above depending  on what sharing involves.                                                                                Event Types are randomly distributed through WY                                 Stations at which Duplicate samples are collected randomly chosen                                                                                                 Field split (FS1 and FS2) samples are taken when sample volume required for both duplicate samples can be placed in single churn; otherwise concurrent (S1 and S2) EWI interval samples are taken and placed in individual churns.                     WQ data from duplicate samples are reported as raw data ( with at least two insignificant figures). Consistency checks are performed on selected WQPs (see Column BQ) for each duplicate sample; and Problem Codes are assigned as needed. If Problem CODE NQ is assigned to a WQP concentration, the latter is not altered (nulled). ","WY2012: WQ Parameters will be provided for Field Blank samples as indicated below. For each FB WQP with measureable value (no < qualifier), source of contamination will be provided in relation to one of three Problem Codes for that WQP concentration:           UB [UNDETERMINED SOURCE OF BIAS UNDER INVESTIGATION, MEASUREABLE CONCENTRATION IN FIELD BLANK);                                                                                    BB [SPURIOS OR PERSISTENT CONTAMINATION (BIAS), SOURCE(S) APPEAR TO REFLECT BLANK BIAS ONLY, AND RELATED TO MANNER, EQUIPMENT, OR SUPPLIES USED TO OBTAIN OR ANALYZE BLANKS); OR                                                         CB (SPURIOUS OR PERSISTENT CONTAMINATION (BIAS), SOURCE(S) APPEAR TO REFLECT MANNER, EQUIPMENT, OR SUPPLIES USED TO OBTAIN OR ANALYZE BLANKS AND ASSOCIATED WATER QUALITY SAMPLES);                                                                                                In addition, as indicated in explanation below, a WQP concentration that is considered possibly positively biased by contamination will be assigned by the Data Collector in collaboration with the NTN QA Coordinator, the BIAS Problem Code BM (BIASED MEASUREMENT, CONCETRATIONCOULD REFLECT CONTAMINATION BIAS FOUND IN ASSOCIATED FIELD BLANK CONCENTRATIONS WHICH WERE WITHIN SAME ORDER OF MAGNITUDE AND EQUAL AT LEAST 10 PERCENT OF THE CONCENTRATION OF THIS WATER QUALITY PARAMETER) ","WY2013 Design:                                                                             Number of Field Blanks stratified on basis of WQ Station number as follows:                                                                                                         Less than 5 Stations, 4 FBs per WY                                                    From 5-9 Stations 6 pairs per WY                                                        From 10-15 Stations, 8 FBs per WY                                                                     Greater than 15 Stations, 12 FBs per WY                                                  Except as noted (see Column BU), FB data are submitted for all expected (X) WQPs, including WQP concentrations above MDL but below PQL or RL; with all measurable FB WQP concentrations (not null or with < qualifier) assigned the appropriate BIAS Problem Code (see Column BU).  "]
[null,"(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","Alphanumeric","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(Alphanumeric)","(DATE)","(TIME)","Degrees, Celsius ","Micromhos or microSiemens (1:1 conversion) per centimeter, temperature compensated,  @ 25 digrees Celsius ","Milligrams per Liter ","Standard units, temperature compensated, @ 25 degrees Celsius","Units Differ (NTU, FTU, FNU, or NTRU) depending on Sensor type","Parts per thousand or practical salinity units ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","N, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","P, milligrams per Liter ","Milligrams per Liter","Milligrams per Liter","Milligrams per Liter","Milligrams per Liter","Milligrams per Liter","Milligrams per Liter","percent","C, milligrams per Liter","C, milligrams per Liter","C, milligrams per Liter","C, milligrams per Liter","C, milligrams per Liter","Milligrams per Liter, as Calcium Carbonate","Milligrams per Liter, as Calcium Carbonate","Milligrams per Liter, as Silicon Dioxide","Milligrams per Liter as Calcium Carbonate","Milligrams per Liter","Milligrams per Liter","Milligrams per Liter","Milligrams per Liter"]
["(MM would not use the P codes as I get different codes from different Sources)",{"$nulls":15},"(P00010)","(P00095)","(P00300)"," (P00400)","(Varies: P63675, P?????, P63680, and P63676, respectively","(P00480)","(P00600)","(P00601)","(P00602)","(P00623) ","(P00625)","(P00605)","(P?????)","(P00607)","(Unknown)","(P00608)","(P00610)","(P00613)  ","(P00615)","(P00618)","(P00631)","(P00630)","(P00665)","(P00667)","(P?????)","(P00666)","(P00673)","(P00677)","(P00671)","(P00650)","(P00530)","(P00540)","(P00535)","(P80154)","(No parameter code) ","(No parameter code) ","(P70331)","(P00694)","(P00680)","(P00681)","(P00689)","(P00688)","(P00410)","(P39086)","(P00955)","(P00900)","(P32211)","(P00310)","(P00940)","P????????"]
["Agency (and by default Source) must:",{"$nulls":5},"Provide in uploaded data","Provide in uploaded data","Provide in uploaded data. Found in Station Table:    FOR THIS WORKSHEET SCOPE Permitted NTN Station Types for monthly fixed interval or storm sampling are Primary, Primary_RIM, or Secondary stations.","Provide in uploaded data…Data Provider either ensures Source includes in upload file or add to Source file before data upload attempted","CBP (DUET) provides on upload but initially Data Source-CBP must work out common identifier so DUET can verify identifier when WY data uploads are attempted","CBP (DUET) provides on upload but initially Data Source-CBP must work out common identifier so DUET can verify identifier when WY data uploads are attempted","Provide in data upload: FOR THIS WORKSHEET SCOPE Permitted NTN values: R (Routine), RSI (Routine storm impacted), OR S (Storm). SRBC also will identify B. Baseflow, and AS, Additional Storm events, for selected stations in PA. SOURCE (Data Collector) defines on basis of USGS streamgage flow conditions preceding and at time of sampling. ","Provide in data upload:          FOR THIS WORKSHEET SCOPE Permitted NTN values are M1 (Field measurement); and S1 (Sample 1] for the expected (X) Water Quality Parameters),","Provide in data upload: ","Provide in data upload: ","Provide in data upload","Provide in data upload, if not measured in field, but in Laboratory, then use appropriate Laboratory Code ","Provide in data upload","Provide in data upload, if not measured in field, but in Laboratory, then provide appropriate Laboratory Code  ","Provide in data upload","Provide in data upload, if not measured in field, but in Laboratory, then appropriate Laboratory Code  ","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","Only calculated, by CBP (DUET)","Only calculated, by CBP (DUET)","Only calculated, by CBP (DUET)","Only calculated, by CBP (DUET)","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","Only calculated, by CBP (DUET)","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","Only calculated, by CBP (DUET)","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","If provided in data upload (X), must be preceded by NEW TAB_Detection Limit Table populated for this parameter","Quality review check and actions: Review is conducted to ensure expected (X) Field Measurements (M1) and S1 associated expected (X) Water Quality Parameters are accompanied by appropriate ancillary (meta) data. Agency (or Source) ensures each S1 associated and expected (X) Water Quality Parameter (WQPi') concentration value is accompanied by the metadata described in ROW 7.  This can be done in advance of any data upload via an expanded ancillary TAB_Lab Table. Also every expected (X) WQPi with a null data value field for the concentration must be accompanied by valid Problem Code (generally, V, possibly NQ). Any WQPi whose concentration value is below the MDL, and cannot be estimated, is assigned the MDL concentration value and is accompanied by the \"<\" Qualifier code.  Any expected (X) WQPi whose concentration value can be estimated by the Source Laboratory, and whose estimated value is between the MDL and PQL of that Source Laboratory needs to be accompanied by the Qualifier Code G, to signify the concentration is being reported by the Source Laboratory as greater than the MDL but less the PQL, and is to be considered estimated with generally higher than normal uncertainty.  Any WQPi whose concentration value cannot be estimated even with a higher than normal uncertainty between the MDL and PQL is reported the PQL with the \"<\" Qualifier Code. Beyond the above,  the Agency (Source) also is to ensure that selected expected (X) WQPi concentration values involved in consistency checks (see Column BQ), are checked, and if necessary further qualified using the appropriate Problem Codes on the basis of those consistency checks (See Column BQ). ","Quality review check and actions: DUET review is conducted to identify possible new measured Extreme Values; and verify these values are not clerical errors in data entry. DUET: identifies extreme (less than 1st or greater than 99th)  percentile values, if any, in newly uploaded data for each expected (X) WQ parameter in WY.  CBP DM or designee: Confirms with Agency (Source) that the identified extreme values either were or were not entered correctly; obvious clerical errors are corrected by the Source (Data collector),  and corrected data are resubmitted. VISITRONIX This QC review step must be done and corrections made before next step in QAC Review."," VISITRONIX: DUET will check to ensure each [WQP] with a null value has an appropriate valid and verifiable Problem Code (for example, V or NQ), and that each [WQP] with a nonnull value has either no, an IQ, or a QQ Problem Code. Any discrepancies result in fatal error message to Source that identifies the problem.  All [WQP] values and their related Problem Codes are archived in the WQ_1 database. The [WQP] values to be calculated for each Agency x Source by DUET will then be calculated in accordance with the [WQP] values and related problem codes (see Cols BR through CE).                                              "]
[{"$nulls":12},"If applicable, provide associated Event_Remark (TAB_EVENT_REMARK) Applicable when sampling location used differs from that location normally used (or) when sampling techniques and (or) samples collected differ from that which would be expected on basis of NTN sample collection guidance for the actual encountered flow conditions.",{"$nulls":3},"If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, usually V ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, usually V ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, usually V ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, usually V ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, usually V ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, usually V ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If concentration for this WQP is null value, it must be accompanied by valid and verifiable Problem Code, generally V. If parameter is to be calculated for your Agency x Source (check below), and parameters used to perform calculation appear in Consistency check for your Agency x Source (Column BQ), perform consistency check on those parameters indicated for your Agency x Source before attempting to upload data.  ","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.","If expected (X), but null value provided, null value must be accompanied by valid and verifiable Problem Code, generally V.",null,null,"NEW Added on July 24, 2012 after discussion with VISTRONIX: If DUET calculates a WQPi and the calculated [WQP] is a negative value but there are no QQ Problem Codes associated with any of the [WQP]s used to calculate [WQPi] then DUET will issue a fatal error message \"Calculated WQPi has a negative value but no QQ codes associated with the [WQP]s used to calcualte WQPi\" and DUET will assign [WQPi] the following Problem Code EQ (Error in Qualification, calculated concentration not qualified by precision check on water quality parameters used to  perform calculation).","Alternative Methods for calculating [TP]: If [TP] is an expected WQ Parameter (X), but null value is provided, OR if [TP] is preferentially calculated, but the result is a null value,  there are no alternative methods to calculate [TP].  Only in the case of USGS VA WSC Primary_RIM Stations is  [TP] measured and calculated, both values for [TP] are  desired. "]
[{"$nulls":22},"Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters. Checks are critical whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters. Checks are critical whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters. Checks are critical whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters. Checks are critical whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters. Checks are critical whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","Consistency checks are performed among selected WQ parameter to help establish the integrity of the data. In particular, these checks include WQ Parameters that are used by the CBP to calculate other WQ parameters. Checks are critical whenever that calculation involves subtraction, The Data Collector (Source) Laboratory is best equipped to perform consistency checks on all the WQ parameters involved in the subtraction; depending on outcome of consistency check, the Data Collector (Source) or its  Laboratory could revise concentration data and provide appropriate Problem Codes (See Column BQ). ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. ","No consistency checks will be performed for this parameter as it is not calculated for any Agency x Source. "]
["CBP Staff and VISTRONIX (and by default DUET) must:","ADD below to each record before WQ_1 upload","ADD below to each record before WQ_1 upload","ADD below to each record before WQ_1 upload","ADD below to each record before WQ_1 upload","ADD below to each record before WQ_1 upload","DUET must verify AGENCY provided is valid entry; if not fatal error","DUET must verify SOURCE provided is valid entry; if not fatal error","DUET must verify STATION TYPE provided is valid entry; if not fatal error…for this worksheet (which involves only M1 and S1 Replicate Sample Types) permitted values are Primary, Primary_RIM, or Secondary","DUET must verify STATION identifier provided is valid entry; if not fatal error","DUET must add STATION_ SOURCE when data are uploaded","DUET must add USGS_GAGE_ STATION that corresponds to STATION (Agency and CBP) when data are uploaded","DUET must verify Event_Type value, and, if provided,  Event_Remark value, are valid entrees; if not fatal error. Permitted NTN values for M1 and S1 Replicate Sample Types: R (Routine), RSI (Routine storm impacted), OR S (Storm). SRBC also will identify B. Baseflow, and AS, Additional Storm events, for selected stations in PA. Data Collector defines on basis of USGS streamgage flow conditions preceding and at time of sampling. ","DUET must verify Sample Replicate Type value is a valid entry; if not fatal error; for this worksheet M1 and S1 are the Replicate Sample Types","DUET must verify format is valid  and date is within the given WY; if not fatal error for WY data uploaded must have date between October 1, 2011 and September 30, 2012","DUET must verify format is valid and time is within 00:00 to 2400 hours, if not fatal error"," ","DUET must verify Laboratory Method Code value is valid entry"," ","DUET must verify  Laboratory Method Code value is valid entry; if not fatal error","DUET must verify Field Method Code value is valid entry; if not fatal error","DUET must verify Field (or Laboratory) Method Code value is valid entry; if not fatal error","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","Only calculated, by CBP (DUET)","Only calculated, by CBP (DUET)","Only calculated, by CBP (DUET)","Only calculated, by CBP (DUET)","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","Only calculated, by CBP (DUET)","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","Only calculated, by CBP (DUET)","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","If WQ parameter value is provided, DUET must verifies the (1) Analytical Method, (2) Source Laboratory ID, and that Laboratories MDL and PQL (MRL or LRL) are on file at CBP and appropriate for Date of Sample for this WQP. VISTRONIX: Failure to provide one or more of above is a fatal error. Issue error statement  specifying Agency, Source, Station, Replicate Sample Type, Sample Date, Sample Time and WQP at issue, indicate lack verifiable or time-appropriate Analytical Method, Source Laboratory, its MDL, or its PQL (MRL or LRL).                                                                   ","DUET checks that expected (X) M1 and S1 (WQPs) have their required ancillary and other metadata. Duet checks that any Problem, Qualifier, or other Codes are valid (defined by CBP Data Dictionary). DUET checks all expected (X) Field Measurements (M1 parameters) and S1 WQPs for every Agency (Source), Station, Sample Event Type, Sample Date, and Sample Time in the initial data upload, and reports out any missing codes for each expected M1 or S1 WQPi WQ Parameter. This QC review step must be done and corrections made by the Agency(Source) before next step in QAC Review. Among the specific checks performed are verification that any Event_Remark, Problem Code, or Qualifier Code is verifiable (defined at the CBP), that codes are valid for the value of M1 or S1--if null parameter should have appropriate verifiable Problem Code (V or NQ), AND VICE VERSA; if S1 WQP has Problem Code QQ or no Problem Code, corresponding WQP concentration cannot be null; if Qualifier Code \"<\" appears, the corresponding WQPi value is either the MDL or PQL for that WQPi; if Qualifier Code G appears the WQPi concentration value is between the MDL and PQL for specified analytical laboratory method and Source Laboratory ID. DUET also ensures that for each expected WQPi each S1 sample for that expected WQPi for a given Source Laboratory has sn associated Analytical Method Code. Laboratory ID, MDL, and PQL value for the S1 Sample Date (from TAB_Lab Table, including Begin and End Dates). VISTRONIX: Failure to have verifiable codes or appropriate codes in conjunction with Field Measurements (M1s) or S1 WQP values will be considered fatal errors--with an error message defining the problem. See Rows 9 and 10 for additional details on checks and error messages.  DUET should conduct all checks and issue all fatal errors associated with this step before terminating this QA Check.        ","DUET (VISTRONIX) All expected (X) Field Measurements (M1, X) and S1 WQPs which are not null values, are compared to their corresponding historical 1st and 99th percentile values. DUET will identify any submitted M1 or S1 value less than the 1st percentile value or greater than the 99th percentile value, is identified.                                          Agency-Source will verify these identified values are not obvious clerical errors in data entry. Although this review will not result in fatal errors, this review step, and any clerical corrections, should be completed for next QA Check to perform successfully.                                           VISTRONIX: NOTE For NEW Field Measurements (M1) or S1 WQPi's (first time collected and (or) calculated), there will be no historical data to compute percentiles, and check WY 2012 data for extreme values."]
[{"$nulls":22},"If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","If WQPi is CBP calculated by DUET, DUET performs calculation procedure as follows:                                                                    (1) Checks all WQPs, and their Problem codes, needed to perform calculation. If any WQP needed for the calculation has a null value, with Problem Code V or NQ, or a nonnull value with Problem Code IQ, the WQP to be calculated will not be calculated. Therefore, DUET checks to ensure that any WQP with a Problem Code V or NQ has a null value, and any WQP with Problem Code IQ has a nonnull value. VISTRONIX: If WQP concentration has an inappropriate Problem Code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and WQP(s) at issue and indicate invalid data entry--WQP X lacks has concentration value which lacks appropriate verifiable Problem Code.                                                                (2) If it appears all WQPs are available to perform calculation (none have null values), DUET performs the calculation. If the calculated WQP concentration value is a negative value, then at least one or more WQPs involved in the calculation should have a NQ code. VISTRONIX:  If WQP concentration is negative but none of the WQPs used in the calculation have a QQ code issue a fatal error...Specify Agency Source, Station, Replicate Sample Type, Sample Date Sample Time and indicate that at least one of the following WQP(s) X, Y, or Z,  should have a QQ code as the calculated WQP concentration is negative value. ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source ","WQP is not calculated by CBP for any Agency x Source "]
["DELAWARE: DENREC SOURCE","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","DEDNREC","DEDNREC","Primary","304191, 302031","304191, 302031","01487000, 01488500","R (IR)","M1 or S1","Yes","Yes","X","X","X","X","X,NTU","X","X","---","---","---","---","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","---","---","---","---","---","---","---","X","X","CBP, calculated, [POC]=[TOC]-[DOC]; Source performs consistency check, if S1 revises data, and provides Problem Code(s) as needs be ","---","X","---","---","X","X","X","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4F] ≤ [TN]; [NO23F] ≤ [TN]; [NH4F] + [NO23F] ≤ [TN]; [PO4F] ≤ [TP]; and [DOC] ≤ [TOC], which imply:                                                            0 ≤ [TN] - [NH4F],                                                                                                           0 ≤ [TN] - [NO23F],                                                                                                         0 ≤ [TN] - ([NH4F] + [NO23F])                                                                                       0 ≤ [TP] - [PO4F], and                                                                                                     0 ≤ [TOC] - [DOC], respectively.                                                                                                           For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if null, no other options to calculate [TN]","Except for  ???????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","WY2013: DENREC samples at two DE Stations Suggest modifying NTN Guidance to increase replicate sampling to  4 pairs of replicate samples from their Stations per WY, distributed throughout WY--for example 1 pair of FS samples per quarter. Randomly select whether R event type or RSI or S event type is done in first quarter, then alternate between R and RSI or S event types per successive quarters. For each WY Quarter, one of the two Stations is randomly selected to determine at which Station the FS sample will be collected during that Quarter. For each RSI or S Event_Type, DENREC would have three months during which this duplicate sample could be collected at the identified Station.","Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any and Field Blank WQP will be problem coded as either UB, BB, or CB","WY2013: DENREC samples at two DE Stations Suggest modifying NTN Guidance to obtain 4 FB samples from their Stations per WY, distributed throughout WY--one FB sample per WY quarter. Each WY Quarter randomly select Station from two Stations, to determine where FB is collected. For 1st WY Quarter randomly select whether FB is for R Event_Type or RSI or S Event_Type. Then alternate Event Types per remaining Quarters. If FB is contaminated, and source is not obviously BB, consider increasing FB sampling until it is determined whether or not source of contamination affects (positively biases) associated WQP data."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","DEDNREC","DEDNREC","Primary","304191, 302031","304191, 302031","01487000, 01488500","RSI (IRS), S (IAS)","M1 or S1","Yes","Yes","X","X","X","X","X, NTU","X","X","---","---","---","---","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","---","---","X","---","---","X","---","X","X",null,"---","X","---","---","X","X","X","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["WEST VIRGINIA: USGSWVAWSC SOURCE","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","USGSWVAWSC","USGSWVAWSC","Primary","01604500, 01608500, 01616500, 01613030, 01616400, 01611500, 01618100       ","01604500, 01608500, 01616500, 01613030, 01616400, 01611500, 01618100       ","01604500, 01608500, 01616500, 01613030, 01616400, 01611500, 01618100       ","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU","'---","X","'---","'---","---","---","CBP, calculated, [TON] = [TN] - [NH4F] - [NO23F], Source performs consistency check, if S1 revises data, and provides Problem Code(s) as needs be ","---","---","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","---","X","---","CBP, calculated, [NO3F] = [NO23F] - [NO2F], Source performs consistency check, if S1, revises data, and provides Problem Code(s) as needs be ","X","---","X","---","---","---","---","---","X, USGS I-2606-89 and I-2601-90 Method, with 0.45 micron pore size 47 mm diameter plate GFF filter for NTRU < 10 or similar pore size encapsulated pleated filter if NTRU > 10","---","X, USGS I-3765-89 Method, Residue at 105 oC, gravimetric","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NO23F] ≤ [TN]; [NH4F] ≤ [TN]; [NO23F] ≤ [TN]; [NH4F] + [NO23F] ≤ [TN]; [NO2F] ≤ [NO23F]; [PO4F] ≤ [TP]; which imply:                               0 ≤ [TN] - [NH4F],                                                                                                           0 ≤ [TN] - [NO23F],                                                                                                         0 ≤ [TN] - ([NH4F] + [NO23F]), and                                                                               0 ≤ [TP] - [PO4F], respectively.                                                                                        For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if null, no options to calculate [TN]","Except for  ???????????????????????????????????????????????????                all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSWVAWSC currently sampling at 7 Stations. For WY2013, recommend 4 pairs of replicate samples be collected, one pair every three months. Randomly select whether R event type or RSI or S event type is done in first quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter randomly select one Station from among the 7 Stations to determine at which Station the Duplicate R or (RSI or S) sample will be collected. For each RSI or S Event_Type duplicate sample, USGSWVAWSC would have three months during which this Duplicate sample could be collected at the Station identified.","Except for  ?????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSWVAWSC currently sampling at 7 Stations. For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among all Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","USGSWVAWSC","USGSWVAWSC","Primary","01604500, 1608500, 01616500, 01613030, 01616400, 01611500, 01618100  ","01604500, 1608500, 01616500, 01613030, 01616400, 01611500, 01618100  ","01604500, 01608500, 01616500, 01613030, 01616400, 01611500, 01618100       ","RSI (IRS), S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU","'---","X","'---","'---","---","---",null,"---","---",null,"X","---","X","---",null,"X","---","X","---","---","---","---","---","X, USGS I-2601-89,90 Method, with 0.45 micron pore size encapsulated pleated filter","---","X, USGS I-3765-89 Method, Residue at 105 oC, gravimetric","---","---","X","---","---","X","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["WEST VIRGINIA: USGSWVAWSC SOURCE, two new Stations but different WQP methods","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","USGSWVAWSC","USGSWVAWSC","Primary","01595300 (Sampling began 06/2012)                                 01614000 (Sampling began 06/2012))","01595300, 01614000","01595300, 01614000","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","CBP calculated, [TN] = [PN] + [TDN]","X","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [PN] + [TDN] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [PN] + [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","---","X, USGS I-2540-90 Method, with 0.45 micron pore size 47 mm diameter plate GFF filter for NTRU < 10 or similar pore size encapsulated pleated filter if NTRU > 10","---","CBP, calculated, [NO3F] = [NO23F] - [NO2F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","---","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","---","X","---","---","---","---","---","---","X","---","---","---","---","---","---","---","---","---","---","---","X\n","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NO23F] ≤ [TN]; [NH4F] ≤ [TN]; [NO23F] ≤ [TN]; [NH4F] + [NO23F] ≤ [TN]; [NO2F] ≤ [NO23F]; [PO4F] ≤ [TP]; which imply:                               0 ≤ [TDN] - [NO23F];                                                                                                      0 ≤  [TDN] - [NH4F];                                                                                                       0 ≤ [TDN] - ([NO23F] + [NH4F]);                                                                                   0 ≤ [NO23F]- [NO2F];                                                                                                     0 ≤  [TDP]- [PO4F]; and                                                                                                  0 ≤  [TP] - [TDP]; respectively; and                                                                                 if the Alternative Method is used to calculate [TN], also must assume [NO23F] = [NO23W] See Column BR Eqtn 3).                                                                              For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is not measured; (1) above [TN] = [PN] + [TDN] is planned priority method of calculating [TN]; if calculation yields null value, no other options to calculate [TN].","Except for  ???????????????????????????????????????????????????              all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSWVAWSC currently sampling at 2 additional Stations in WV and 1 Station in MD, but using a different WQP suite than that the WQP suite they collect at their other (7) WVA NTN Stations above. For example, the following WQPs are only being collected  at these three stations--PN, TDN, PC, and CLF; and are not collected from the 7 Stations above. For WY2013, recommend 4 pairs of duplicate samples be collected, one pair every three months. Randomly select whether R event type or RSI or S event type is done in first WY quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter USGSWVAWSC randomly selects one Station from among the 3 Stations to determine at which Station the Duplicate sample will be collected. For each RSI or S Event_Type,  USGSWVAWSC would have three months during which the Duplicate sample could be collected at the Station identified.","Except for  ?????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSWVAWSC currently sampling at 2 additional Stations in WV and 1 Station in MD, but using a different WQP suite than that the WQP suite they collect at their other (7) WVA NTN Stations above. For example, the following WQPs are only being collected  at these three stations--PN, TDN, PC, and CLF; and are not collected from the 7 Stations above. For WY2013, recommend 6 FB be collected one every two months from among these two Stations and the MD station (see USGSWVWSC Station in MD, below). For every two-month period, randomly select Station from among all Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","USGSWVAWSC","USGSWVAWSC","Primary","01595300 (Sampling began 06/2012)                                 01614000 (Sampling began 06/2012))","01595300, 01614000","01595300, 01614000","RSI (IRS), S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---",null,"X","X",{"$nulls":3},"---",null,null,"X","---","X, USGS I-2540-90, with 0.45 micron pore size encapsulated pleated filter","---",null,"X","---","X",null,"---","X",null,"---","X","---","X","---","---","X","---","---","---","X","---","---","---","---","---","---","---","---","---","---","---","X\n\n","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["NEW YORK: SRBC SOURCE","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","SRBC","SRBC ","Primary","01502500, 01503000, 01529500, 01511500 (Last station is new, w sampling beginning as of 01/01/2012)","01502500, 01503000, 01529500, 01511500","01502500, 01503000, 01529500, 01511500 ","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X FNU","'---","CBP, calculated, [TN] = [TKNW]+ [NO23W]","'---","CBP, calculated, [TDN]=[TKNF]+ [NO23F]","X","X","CBP, calculated, [TON] = =[TKNW] - [NH4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [PON] = [TKNW] - [TKNF], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DON] = [TKNF] - [NH4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F], ","X","X","---","---","---","X","X","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","---","X","---","---","X (SRBC Laboratory; Source will use SRBC Laboratory ID Code)","---","---","X (R and RSI only) (SRBC Laboratory)","---","X","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4F] ≤  [NH4W]; [NH4W] ≤ [TKNW]; [NH4F] ≤ [TKNF]; [NO2F] ≤ [NO23F];   [NO23F] ≤ [NO23W]; [TKNF] ≤ [TKNW]; [NH4F] + [NO23W] ≤ [TKNW] + [NO23W]; [TDP] ≤ [TP]; [PO4F] ≤ [TDP]; [NH4F] + [NO23F] ≤ [TN]; which imply                                                                                                                      0 ≤ [TN] - [NO23F];                                                                                                        0 ≤ [TN] - [NH4F];                                                                                                          0 ≤ [TN] - ([NO23F] + [NH4F]);                                                                                     0 ≤ [NH4W] - [NH4F];                                                                                                      0 ≤ [TKNW] - [NH4W];                                                                                                   0 ≤ [TKNF] - [NH4F];                                                                                                       0 ≤ [NO23F] - [NO2F];                                                                                                     0 ≤ [NO23W] - [NO23F];                                                                                                 0 ≤ [TKNW] - [TKNF];                                                                                                   0 ≤ [TKNW] + [NO23W] - ([NH4F] + [NO23W])                                                          0 ≤ [TP] - [TDP]; and                                                                                                     0 ≤  [TDP]- [PO4F];                                                                                                                      For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is not measured; (2) above [TN] = [TKNW] + [NO23W] planned priority method of calculating [TN]; if calculation yields null value try equation (3) above [TN] = TKNW + [NO23F], no other options.","Except for  ???????????????????????????????????????????????????            all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","SRBC currently sampling at 4 Stations. For WY2013, recommend 4 pairs of replicate samples be collected, one pair every quarter. Randomly select whether R event type or RSI or S event type is done in first WY quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter SRBC would randomly select one Station from among the 4 Stations to determine at which Station the Duplicate sample will be collected. For each RSI or S Event_Type, SRBC would have three months during which the Duplicate sample could be collected at the Station identified.","Except for  ?????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","SRBC currently sampling at 4 Stations. For WY2013,  For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among all Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","SRBC","SRBC ","Primary","01502500, 01503000, 01529500,  01511500 (Last station is new, w sampling beginning as of 01/01/2012)","01502500, 01503000, 01529500,  01511500","01502500, 01503000, 01529500,  01511500 ","RSI (IRS), S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU","'---",null,"'---",null,"X","X",{"$nulls":4},"X","X","---","---","---","X","X","X",null,"---","X",null,"---","X","---","X","---","---","X (USGS Kentucky Laboratory; on occasion could be done by SRBC laboratory","---","---","X (USGS Kentucky Laboratory; on occasion could be done by SRBC laboratory","---","X","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["NEW YORK: NYSDEC - SRBC SHARED PRIMARY STATION SOURCES (UNIQUE, NYSDEC DOES MONTHLY SAMPLING FOR 1ST HALF OF WY SRBC DOES MONTHLY SAMPLING FOR SECOND HALF OF WY AND ALL STORM SAMPLING THROUGHOUT THE WY)","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","SRBC","NYSDEC April 2012-September 2012 Note: NYSDEC samples all monthly fixed interval flows as Routine events regardless of flow conditions and provides reduced suite of WQ parameters for those events ","Primary","01515000, 01531000","01515000, 01531000","01515000, 01531000","R","M1 or S1 ","Yes","Yes","X","X","X","X","'---","'---","CBP, calculated, [TN] = [TKNW]+ [NO23W]; ","'---","'---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","---                                                                             (NOTE Required parameter not measured)","---","X","---","---","---","---","---","---","---","X","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TKNW]; which implies                                                 0 ≤ [TKNW] - [NH4W];                                                                                                        For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.                                                                                   NOTE: For RSI EVENT_TYPE flow conditions, NYSDEC could only be collecting and analyzing samples as if they were R EVENT_TYPE flow conditions; expect EVENT_REMARK_TAB \"ET1\"for any indicated RSI EVENT_TYPE. ","[TN] is not measured; (2) above [TN] = [TKNW] + [NO23W] planned priority method of calculating [TN]; if calculation yields null value, no other options, Source does not measure [NO23F].  ","NYSDEC: Except for  ???????????????????????????????????????????                                                                                                        all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","Two Sources (SRBC-NYSDEC) currently share sampling at two Stations; however, NYSDEC possibly samples and collects only R event type samples regardless of flow conditions for 1st 6 months of WY. In addition, NYSDEC collects far fewer WQPs than SRBC collects. In particular, NYSDEC is the only Data Collector  that does not collect PO4F samples--a required NTN WQP. Suggest NYSDEC collect RSI Event_Type samples if conditions warrant, and at least routinely include PO4F samples.                                                                   For WY2013, suggest NYSDEC and SRBC collectively obtain 4 pairs of Duplicate samples, one pair per WY quarter. Randomly select whether R event type or RSI or S event type is done in first WY quarter, then alternate R or RSI or S event types per quarter. For any R or RSI event type Duplicate samples to be taken in either the First or Second quarter of the WY, NYSDEC would randomly select a Station and collect this samples. SRBC would collect any R or RSI event type duplicate samples, randomly selecting the station at which each duplicate sample would be collected.  For each RSI or S Event_Type Duplicate sample, NYSDEC or SRBC would have three months during which to collect that sample at the Station identified for that event type.","Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","Two Sources (SRBC-NYSDEC) currently share sampling at two Stations; however, NYSDEC possibly samples and collects only R event type samples regardless of flow conditions for 1st 6 months of WY. In addition, NYSDEC collects far fewer WQPs than SRBC collects. In particular, NYSDEC is the only Data Collector  that does not collect PO4F samples--a required NTN WQP. Suggest NYSDEC collect RSI Event_Type samples if conditions warrant, and at least routinely include PO4F samples.                                            For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among two Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY. During 1st 6 months, NYSDEC will collect any R and RSI Event_Type FBs. SRBC will collect the S Event-Type FB. During last 6 months of WY SRBS collects all FBs. "]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","SRBC","SRBC October 2011-March 2012 ","Primary","01515000, 01531000","01515000, 01531000","01515000, 01531000","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU","'---",null,"'---","CBP, calculated, [TDN]=[TKNF]+ [NO23F]","X","X","CBP, calculated, [TON] = =[TKNW] - [NH4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [PON] = [TKNW] - [TKNF], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DON] = [TKNF] - [NH4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","X","---","---","---","X","X","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","---","X","---","---","X (R and RSI only) (SRBC Laboratory)","---","---","X (R and RSI only), ASTM D3977-97-B (SRBC Laboratory)","---","X","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4F] ≤  [NH4W]; [NH4W] ≤ [TKNW]; [NH4F] ≤ [TKNF]; [NO2F] ≤ [NO23F];   [NO23F] ≤ [NO23W]; [TKNF] ≤ [TKNW]; [NH4F] + [NO23W] ≤ [TKNW] + [NO23W]; [TDP] ≤ [TP]; [PO4F] ≤ [TDP]; [NH4F] + [NO23F] ≤ [TN]; which imply                                                                                                                      0 ≤ [TN] - [NO23F];                                                                                                        0 ≤ [TN] - [NH4F];                                                                                                          0 ≤ [TN] - ([NO23F] + [NH4F]);                                                                                     0 ≤ [NH4W] - [NH4F];                                                                                                      0 ≤ [TKNW] - [NH4W];                                                                                                   0 ≤ [TKNF] - [NH4F];                                                                                                       0 ≤ [NO23F] - [NO2F];                                                                                                     0 ≤ [NO23W] - [NO23F];                                                                                                 0 ≤ [TKNW] - [TKNF];                                                                                                   0 ≤ [TKNW] + [NO23W] - ([NH4F] + [NO23W])                                                          0 ≤ [TP] - [TDP]; and                                                                                                     0 ≤  [TDP]- [PO4F];                                                                                                                      For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is not measured; (2) above [TN] = [TKNW] + [NO23W] planned priority method of calculating [TN]; if calculation yields null value try equation (3) above [TN] = TKNW + [NO23F], no other options.  ","SRBC: Except for ???????????????????????????????????????????????                                                                                                     all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ",null,"Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB"]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","SRBC","SRBC ","Primary","01515000, 01531000","01515000, 01531000","01515000, 01531000","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU","'---",null,"'---",null,"X","X",{"$nulls":4},"X","X","---","---","---","X","X","X",null,"---","X",null,"---","X","---","X","---","---","X (USGS Kentucky Laboratory; on occasion could be done by SRBC laboratory","---","---","X, ASTM D3977-97-B (USGS Kentucky Laboratory; on occasion could be done by SRBC laboratory)","---","X","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,null,"Except for  ????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ",null,"Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB"]
["MARYLAND: MDDNR SOURCE ADDED TWO NEW STATIONS CVA0046 and WIL0065; VISTRONIX: Please note that as of WY2012 MDDNR and VADEQ (see below) are both sampling at the same site. MDDNR is both the Agency and Source for this site which they refer to as CVA0046. They treat this site as a Primary Station_Type and began collecting storm (S) and monthly (R, RSI) samples at this site  . VADEQ is the Agency and VADEQNRO the Source for this same site, which they refer to as 1ACAX004.57. They treat this site as a Secondary Station_Type and only collect monthly (most likely only R) samples at this site. Thus data for this site will be uploaded by two different Agencies. For the purposes of DUET (uploads, and the timeliness, completeness, expected metadata and WQ data, precision, and bias) treat the data from each Agency as if were coming from a unique station, which only they operate.","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","MDDNR","MDDNR","Primary   ","TUK0181, BEL0053, DER0015, GUN0258, NPA0165, GWN0115, PXT0972, TF1.2, GEO0009, WIL0013, ANT0047, CAC0148, MON0546,   New Stations                     LXT0200 (October 2011), MGN0062 (October 2011), NWA0016 (October 2011), WCK0001 (October 2011), MKB0016 (October 2011),  CVA0046 (April 23, 2012),            WIL0065 (April 18, 2012)","TUK0181, BEL0053, DER0015, GUN0258, NPA0165, GWN0115, PXT0972, TF1.2, GEO0009, WIL0013, ANT0047, CAC0148,  MON0546,                                   LXT0200                                 MGN0062                                 NWA0016                                 WCK0001                                   MKB0016                                    CVA0046                                   WIL0065","01491500, 01495000, 01580520, 01582500, 01586000, 01589300, 01591000, 01594526, 01599000, 01601100, 01619500, 01637500, 01639000\n01593500\n01493500\n01651000\n0158175320\n01486000\n01638480                                           \n01601100","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","CBP calculated, [TN] = [PN] + [TDN]","X","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [PN] + [TDN] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [PN] + [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","---","X","---","CBP, calculated, [NO3F] = [NO23F] - [NO2F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","---","CBP, calculated, [TP] = [PP] + [TDP]","X","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","---","X","---","---","---","---","---","---","X","---","X","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NO23F] ≤  [TDN]; [NH4F] ≤  [TDN], [NH4F] + [NO23F] ≤  [TDN]; [NH4F] + [NO23F] ≤ [PN] + [TDN]; [NO2F] ≤ [NO23F]; [PO4F] ≤ [TDP]; which imply,                                                                                                                     0 ≤  [TDN] - [NO23F];                                                                                                     0 ≤  [TDN] - [NH4F];                                                                                                        0 ≤  [TDN] - ([NH4F] + [NO23F]);                                                                                  0 ≤ [PN] + [TDN] - ([NH4F] + [NO23F]);                                                                        0 ≤ [NO23F] - [NO2F]; and                                                                                               0 ≤ [TDP] - [PO4F]; respectively.                                                                                         For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. Additional note: If DUET ultimately uses alternative method used to calculate [TN] assume [NO23F] = [NO23W].","[TN] is not measured; (1) above [TN] = [PN] + [TDN] is planned priority method of calculating [TN]; if calculation yields null value, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","MDDNR collects WQ samples at 20 Stations. For WY2013, suggest 8 pairs of replicate samples be collected for WY--2 pair per Quarter, one R Event_Type, and one RSI or S Event_Type. At beginning of each Quarter MDDNR would randomly select one Station from among the 20 Stations for the R Event_Type sample, and again randomly select a Station from among the same 20 Stations for the RSI or S event-Type sample. For each RSI or S Event_Type FS sample, MDDNR would have three months during which the duplicate sample would be collected at the Station identified.","Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                     all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","MDDNR collects WQ samples at 20 Stations. For WY2013, suggest 12 FBs be collected for WY--one per month. For each month randomly select Station from among all 20 Stations at which FB will be collected. For 1st month, randomly select whether R, RSI, or S  event type will be covered, for second month, randomly select from among the two remaining Event_Types, and for third month, take FB for remaining Event_Type. Repeat above process for second 4 month period, and then again for third 4 month period."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","MDDNR","MDDNR","Primary","TUK0181, BEL0053, DER0015, GUN0258, NPA0165, GWN0115, PXT0972, TF1.2, GEO0009, WIL0013, ANT0047, CAC0148, MON0546,                        LXT0200,  MGN0062, NWA0016, WCK0001, MKB0016, CVA0046, WIL0065","TUK0181, BEL0053, DER0015, GUN0258, NPA0165, GWN0115, PXT0972, TF1.2, GEO0009, WIL0013, ANT0047, CAC0148,  MON0546,                                   LXT0200, MGN0062, NWA0016, WCK0001, MKB0016, CVA0046, WIL0065","01491500, 01495000, 01580520, 01582500, 01586000, 01589300, 01591000, 01594526, 01599000, 01601100, 01619500, 01637500, 01639000\n01593500, 01493500, 01651000,\n0158175320, 01486000, 01638480,                                           \n01601100","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---",null,"X","X",{"$nulls":3},"---",null,null,"X","---","X","---",null,"X","---",null,"X","---","X",null,"---","X","---","X","---","---","X","---","---","X","X","---","X","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["MARYLAND USGS MDDEDCWSC SOURCE (Primary_RIM Stations)","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","MDDNR","USGSMDDEDCWSC","Primary_RIM","01491000, 01578310, 01594440, 01646580 (Assigned to meet Duet and ESAR requirements…MM)","01491000, 01578310, 01594440, 01646580 (Assigned to meet Duet and ESAR requirements…MM)","01491000, 01578310, 01594440, 01646500 (Note 01646500 is streamgage at Little Falls Pumping Station, Washington DC, used by USGS with WQ sampling at 01646580)","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","CBP calculated, [TN] = [PN] + [TDN]","X","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [PN] + [TDN] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [PN] + [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","---","X","---","CBP, calculated, [NO3F] = [NO23F] - [NO2F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","---","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], and USGS, calculated, [DOP] = [TDP] - ([HPO4F] + [PO4F]); CBP will calculate both; Source conducts consistency checks for both HPO4F and PO4F, revises data and provides appropriate codes as necessary;","X","X","---","X","CBP, calculated, FSS = [TSS] - [VSS], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","---","---","---","---","X","CBP, calculated, [TOC] = [PC] - [PIC] + [DOC], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","CBP, calculated, [POC] = [PC] - [PIC], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","---","X","X","---","X","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NO23F] ≤  [TDN]; [NH4F] ≤  [TDN], [NH4F] + [NO23F] ≤  [TDN]; [NH4F] + [NO23F] ≤  [TDN]  ≤ [PN] + [TDN]; [NO2F] ≤ [NO23F];  [TDP] ≤  [TP]; [PO4F] ≤ [TDP]; [HPO4F] ≤  [TDP]; [VSS] ≤  [TSS]; [PIC]  ≤ [TPC]; which imply,                                                                                                                             0 ≤  [TDN] - [NO23F];                                                                                                     0  ≤  [TDN] - [NH4F];                                                                                                      0 ≤  [TDN] - ([NH4F] + [NO23F]);                                                                                 0 ≤  [TDN] + [PN] - ([NH4F] + [NO23F]);                                                                      0 ≤ [NO23F] - [NO2F];                                                                                                    0 ≤  [TP] - [TDP];                                                                                                           0 ≤ [TDP] - [PO4F];                                                                                                       0 ≤  [TDP] - [HPO4F];                                                                                                   0 ≤  [TSS] - [VSS]; and                                                                                                     0 ≤ [PC] - [PIC]; respectively.                                                                                                For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. Additional note: If DUET ultimately uses alternative method used to calculate [TN] assume [NO23F] = [NO23W].                                                                                       ","[TN] is not measured; (1) above [TN] = [PN] + [TDN] is planned priority method of calculating [TN]; if calculation yields null value, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSMDDEDCWSC currently sampling at 4 Stations. For WY2013, recommend 4 pairs of replicate samples be collected, one pair every quarter. Randomly select whether R event type or RSI or S event type is done in first WY quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter, USGSMDDEDCWSC would randomly select one Station from among the 4 Stations to determine at which Station the Duplicate sample will be collected. For each RSI or S Event_Type, USGSMDDEDCWSC would have three months during which the Duplicate sample could be collected at the Station identified. NOTE: Because of stream size, USGSMDDEDCWSC generally would collect concurrent (S1 and S2) duplicate samples.","Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSMDDEDCWSC currently sampling at 4 Stations. For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among all Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","MDDNR","USGSMDDEDCWSC","Primary_RIM","01491000, 01578310, 01594440, 01646580 (Assigned to meet Duet and ESAR requirements…MM)","01491000, 01578310, 01594440, 01646580 (Assigned to meet Duet and ESAR requirements…MM)","01491000, 01578310, 01594440, 01646500 (Note streamgage gage at Little Falls Pumping Station, Washington DC ( 01646500 used by USGS with WQ sampling at 01646580)","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---",null,"X","X",{"$nulls":3},"---",null,null,"X","---","X","---",null,"X","---","X",null,"---","X",null,"X","X","---","X",null,"X","X","---","---","X","X",null,"X",null,"X","---","X","X","---","X","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["MARYLAND: USGSWVWSC SOURCE (New Source and Primary Station for MD) ","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","MDDNR","USGSWVAWSC","Primary","01636500 (Sampling began June 2012)","01636500","01636500","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","CBP calculated, [TN] = [PN] + [TDN]","X","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [PN] + [TDN] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [PN] + [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","---","X","---","CBP, calculated, [NO3F] = [NO23F] - [NO2F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X","---","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","---","X","---","X","---","---","---","---","---","---","X","---","---","---","---","---","---","---","---","---","---","---","X\n","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NO23F] ≤ [TN]; [NH4F] ≤ [TN]; [NO23F] ≤ [TN]; [NH4F] + [NO23F] ≤ [TN]; [NO2F] ≤ [NO23F]; [PO4F] ≤ [TP]; which imply:                                 0 ≤ [TDN] - [NO23F];                                                                                                       0 ≤  [TDN] - [NH4F];                                                                                                       0 ≤ [TDN] - ([NO23F] + [NH4F]);                                                                                   0 ≤ [NO23F]- [NO2F];                                                                                                       0 ≤  [TDP]- [PO4F]; and                                                                                                   0 ≤  [TP] - [TDP]; respectively; and                                                                                if the Alternative Method is used to calculate [TN], also must assume [NO23F] = [NO23W] See Expected Meta and WQ Data Worksheet Column CE Eqtn 3).                     For each consistency test above, SOURCE follows reporting outlined above for reporting consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is not measured; (1) above [TN] = [PN] + [TDN] is planned priority method of calculating [TN]; if calculation yields null value, no other options to calculate [TN].","Except for ????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSWVWSC … see WEST VIRGINIA ","Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSWVWSC … see WEST VIRGINIA "]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","MDDNR","USGSWVAWSC","Primary",1636500,"01636500","01636500","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---",null,"X","X",{"$nulls":3},"---",null,null,"X","---","X","---",null,"X","---","X",null,"---","X",null,"---","X","---","X","---","---","X","---","---","---","X","---","---","---","---","---","---","---","---","---","---","---","X\n\n","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["PENNSYLVANIA: SRBC SOURCE Primary Stations (BA, AS Event Types)","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","SRBC","Primary (SRBC Refers to as Primary Group A)","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401","01576000, 01567000, 01576754, 01540500, 01531500, 01553500\n","B","M1 or S1 ","Yes","Yes","X","X","X","X","X","---","X","CBP, calculated, [PN] = [TN] - [TDN]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [TN] - [NH4F] - [NO23F]. Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","X","---","---","---","X","X","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","X","X","X (**began measuring in Oct. 2010)","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X (SRBC Laboratory)","---","---","---","---","X","---","---","---","X","---","---","X ","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [TDN] ≤ [TN]; [NO23F] ≤ [TDN]; [NO23F] ≤ [NO23W]; [NO23W]  ≤ [TDN];  [NH4F]  ≤ [TDN]; [NH4F] + [NO23F] ≤ [TDN]; NO23W ≤ [TN];  [NH4F] + [NO23F] ≤ [TN]; [TDP] ≤  [TP]; [PO4F] ≤  [TDP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [TDN];                                                                                                           0 ≤ [TDN] - [NO23F];                                                                                                      0 ≤ [TDN] - [NH4F];                                                                                                        0 ≤ [TDN] - ([NH4F] + [NO23F]);                                                                                   0 ≤ [NO23W] - [NO23F];                                                                                                0 ≤ [TN] - [NH4F]                                                                                                           0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4F] + [NO23F]);                                                                                     0 ≤  [TP] - [TDP];                                                                                                            0 ≤  [TDP] - [PO4F];  and                                                                                                0 ≤ [TSS] - [VSS]; respectively.                                                                                            For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. Additional note: If DUET ultimately uses alternative method used to calculate [TN] assume [NO23F] = [NO23W].          ","[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","SRBC collecting additional Baseflow and Storm samples at 6 Stations, which also are used to collect R, RSI, and S Event_Type sample below. For WY2013, and this additional sampling, suggest 3 pairs of duplicate samples per WY--1 pair every four months, randomly selecting the sequential order of Event_Types (R, RSI, or S) for which FS samples are taken. Also at beginning of WY Quarter, SRBC would randomly select a Station from among 6 Stations to determine the Station at which the duplicate sample would be taken. For each RSI or S Event_Type duplicate sample, SRBC would have four months during which that duplicate sample would be collected at the Station identified.","Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","SRBC collecting additional Baseflow and Storm samples at 6 Stations, which also are used to collect R, RSI, and S Event_Type sample below. For WY2013, and this additional sampling, suggest 4 additional FB samples be taken per WY--1 FB every three month (quarterly) period. For each WY quarter randomly select the Station from among the 6 stations at which FB will be taken. For 1st WY quarter randomly select whether B or AS Event-Type will be blanked. Then alternate Event-Types for remaining quarters."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","SRBC","Primary (SRBC Refers to as Primary Group A)","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401","01576000, 01567000, 01576754, 01540500, 01531500, 01553500\n","SA","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU (As of July-August, All stations)","---","X",null,"X",{"$nulls":3},"---",null,null,"X","X","---","---","---","X","X","X",null,"---","X",null,"---","X","X","X","X (**began measuring in Oct. 2010)",null,"X (SRBC Laboratory)","---","---","---","---","X","---","---","---","X","---","---","X ","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)"]
["PENNSYLVANIA: SRBC SOURCE Primary Stations (R,RSI, S Event Types)","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","SRBC","Primary (SRBC refers to as Primary Group A and Primary Group B, respectively)","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401 and                                                                     WQN0204, WQN0210, WQN0223,  WQN0229, WQN0243, WQN0263, WQN0271, WQN0272, WQN0302, WQN0404, WQN0445, WQN0448, WQN0226, WQN0281, WQN0282 (Last 3 stations were added in Jan 2012. Also note  MD Station WQN0263 is sampled by SRBC and is among the Group B stations in above list.)","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401 and                                                                     WQN0204, WQN0210, WQN0223,  WQN0229, WQN0243, WQN0263, WQN0271, WQN0272, WQN0302, WQN0404, WQN0445, WQN0448, WQN0226, WQN0281, WQN0282 (Last 3 stations were added in Jan 2012. Also note  MD Station WQN0263 is sampled by SRBC and is among the Group B stations in above list.)","01576000, 01567000, 01576754, 01540500, 01531500, 01553500\nand                                              01576787, 01574000, 01562000, 01555000, 01568000, 01578475, 01570000, 01573560, 01536500, 01542500, 01548005, 01549760, 01555500, 01571000, 01565000                                                                             ","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU (As of July-August, All stations)","---","X","CBP, calculated, [PN] = [TN] - [TDN]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [TN] - [NH4F] - [NO23F]. Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP. calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","X","---","---","---","X","X","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","X","X","X, Began measuring in Oct. 2010)","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","X","---","---","X","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [TDN] ≤ [TN]; [NO23F] ≤ [TDN]; [NO23F] ≤ [NO23W]; [NO23W]  ≤ [TDN];  [NH4F]  ≤ [TDN]; [NH4F] + [NO23F] ≤ [TDN]; NO23W ≤ [TN];  [NH4F] + [NO23F] ≤ [TN]; [TDP] ≤  [TP]; [PO4F] ≤  [TDP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [TDN];                                                                                                           0 ≤ [TDN] - [NO23F];                                                                                                      0 ≤ [TDN] - [NH4F];                                                                                                        0 ≤ [TDN] - ([NH4F] + [NO23F]);                                                                                   0 ≤ [NO23W] - [NO23F];                                                                                                0 ≤ [TN] - [NH4F]                                                                                                            0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4F] + [NO23F]);                                                                                     0 ≤  [TP] - [TDP];                                                                                                           0 ≤  [TDP] - [PO4F];  and                                                                                               0 ≤ [TSS] - [VSS]; respectively.                                                                                              For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. Additional note: If DUET ultimately uses alternative method used to calculate [TN] assume [NO23F] = [NO23W].          ","[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN].","Except for ???????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","SRBC collecting WQ samples at 21 Stations. For WY2013, suggest 8 pairs of replicate samples per WY--2 pairs every WY Quarter, one R event Type and one either RSI or S event type per quarter. Randomly select Station from among 21 Stations for each R event Type; randomly select Station from among 21 Stations for each RSI or S event type. For each RSI or S Event_Type duplicate sample, SRBC would have three months during which that Duplicate sample would be collected at the Station identified.","Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","SRBC collecting WQ samples at 21 Stations. For WY2013, recommend monthly FB collection. For each month randomly select Station from among all 21 Stations at which FB will be collected. For 1st month, randomly select whether R, RSI, or S  event type will be covered, for second month, randomly select from among the two remaining Event_Types, and for third month, take FB for remaining Event_Type. Repeat above process for second 4 month period, and then again for third 4 month period."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","SRBC","Primary (SRBC refers to as Primary Group A and Primary Group B, respectively)","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401 and                                                                     WQN0204, WQN0210, WQN0223,  WQN0229, WQN0243, WQN0263, WQN0271, WQN0272, WQN0302, WQN0404, WQN0445, WQN0448, WQN0226, WQN0281, WQN0282 ","WQN0201, WQN0214, WQN0273, WQN0301, WQN0305, WQN0401 and                                                                     WQN0204, WQN0210, WQN0223,  WQN0229, WQN0243, WQN0263, WQN0271, WQN0272, WQN0302, WQN0404, WQN0445, WQN0448, WQN0226, WQN0281, WQN0282 (Last 3 stations were added in Jan 2012. Also note  MD Station WQN0263 is sampled by SRBC )","01576000, 01567000, 01576754, 01540500, 01531500, 01553500\nand                                              01576787, 01574000, 01562000, 01555000, 01568000, 01578475, 01570000, 01573560, 01536500, 01542500, 01548005, 01549760, 01555500, 01571000, 01565000  ","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU (As of July-August, All stations)","---","X",null,"X",{"$nulls":3},"---",null,null,"X","X","---","---","---","X","X","X",null,"---","X",null,"---","X","X","X","X, Began measuring in Oct. 2010)",null,"X (USGS Kentucky laboratory)","---","---","X (USGS Kentucky Laboratory)","---","X","---","---","---","X","---","---","X ","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN]."]
["PENNSYLVANIA: USGSPAWSC SOURCE PRIMARY STATIONS ","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","USGSPAWSC","Primary","WQN0317, WQN0410, WQN0224, WQN0217, WQN0212, WQN0269, WQN0278, WQN0280 (Last 3 stations new as of Nov 15, 2011)\n","01534000, 01549700, 01556000, 01558000, 01571500, 01573710, 01573695, 015765195 (Last 3 stations new as of Nov 15, 2011)\n","01534000, 01549700, 01556000, 01558000, 01571500, 01573710, 01573695, 015765195 ","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X (only for WQN0269, WQN0278, WQN0280)","---","X","CBP, calculated, [PN] = [TN] - [TDN]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [TN] - [NH4F] - [NO23F]. Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","X","---","---","---","X","X","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","X","X","X (Began measuring in Oct. 2010)","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","X","---","---","X ","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [TDN] ≤ [TN]; [NO23F] ≤ [TDN]; [NO23F] ≤ [NO23W]; [NO23W]  ≤ [TDN];  [NH4F]  ≤ [TDN]; [NH4F] + [NO23F] ≤ [TDN]; NO23W ≤ [TN];  [NH4F] + [NO23F] ≤ [TN]; [TDP] ≤  [TP]; [PO4F] ≤  [TDP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [TDN];                                                                                                           0 ≤ [TDN] - [NO23F];                                                                                                     0 ≤ [TDN] - [NH4F];                                                                                                       0 ≤ [TDN] - ([NH4F] + [NO23F]);                                                                                   0 ≤ [NO23W] - [NO23F];                                                                                                 0 ≤ [TN] - [NH4F]                                                                                                           0 ≤ [TN] - [NO23W];                                                                                                      0 ≤ [TN] - ([NH4F] + [NO23F]);                                                                                    0 ≤  [TP] - [TDP];                                                                                                          0 ≤  [TDP] - [PO4F];  and                                                                                               0 ≤ [TSS] - [VSS]; respectively.                                                                                                For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. Additional note: If DUET ultimately uses alternative method used to calculate [TN] assume [NO23F] = [NO23W].","[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSPAWSC currently sampling at 8 Stations. For WY2013, recommend 4 pairs of replicate samples be collected, one pair every three months. Randomly select whether R event type or RSI or S event type is done in first quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter, USGSPAWSC randomly selects one Station from among the 8 Stations to determine at which Station the Duplicate R or (RSI or S) sample will be collected. For each RSI or S Event_Type duplicate sample, USGSPAWSC would have three months during which this Duplicate sample could be collected at the Station identified.","Except for  ?????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSPAWSC currently sampling at 8 Stations. For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among all 8 Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","USGSPAWSC","Primary","WQN0317, WQN0410, WQN0224, WQN0217, WQN0212, WQN0269, WQN0278, WQN0280 (Last 3 stations new as of Nov 15, 2011)\n","WQN0317, WQN0410, WQN0224, WQN0217, WQN0212, WQN0269, WQN0278, WQN0280 (Last 3 stations new as of Nov 15, 2011)\n","WQ Station: WQN0317, WQN0410, WQN0224, WQN0217, WQN0212, WQN0269, WQN0278 WQN0280 (Last 3 stations new as of Nov 15, 2011)\n","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X (only for WQN0269, WQN0278, WQN0280)","---","X",null,"X",{"$nulls":3},"---",null,null,"X","X","---","---","---","X","X","X",null,"---","X",null,"---","X","X","X","X (Began measuring in Oct. 2010)",null,"X (USGS Kentucky laboratory)","---","---","X (USGS Kentucky Laboratory)","---","X","---","---","---","X","---","---","X","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN]."]
["PENNSYLVANIA: PADEP SOURCE PRIMARY STATIONS","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","PADEP","Primary","WQN0501, WQN0509, WQN0510,\nWQN0511, WQN0512, WQN0513","WQN0501, WQN0509, WQN0510,\nWQN0511, WQN0512, WQN0513","01614500, 01613525, 01613095,\n01619000, 01610155, 01609000\n","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","CBP, calculated, [PN] = [TN] - [TDN]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [TN] - [NH4F] - [NO23F]. Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","X","---","---","---","X","X","X","CBP, calculated, [PP] = [TP] - [TDP], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","X","X","X","X (Began measuring in Oct. 2010)","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","X","---","---","X ","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [TDN] ≤ [TN]; [NO23F] ≤ [TDN]; [NO23F] ≤ [NO23W]; [NO23W]  ≤ [TDN];  [NH4F]  ≤ [TDN]; [NH4F] + [NO23F] ≤ [TDN]; NO23W ≤ [TN];  [NH4F] + [NO23F] ≤ [TN]; [TDP] ≤  [TP]; [PO4F] ≤  [TDP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [TDN];                                                                                                            0 ≤ [TDN] - [NO23F];                                                                                                      0 ≤ [TDN] - [NH4F];                                                                                                       0 ≤ [TDN] - ([NH4F] + [NO23F]);                                                                                    0 ≤ [NO23W] - [NO23F];                                                                                                 0 ≤ [TN] - [NH4F]                                                                                                            0 ≤ [TN] - [NO23W];                                                                                                      0 ≤ [TN] - ([NH4F] + [NO23F]);                                                                                      0 ≤  [TP] - [TDP];                                                                                                            0 ≤  [TDP] - [PO4F];  and                                                                                               0 ≤ [TSS] - [VSS]; respectively.                                                                                         For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. Additional note: If DUET ultimately uses alternative method used to calculate [TN] assume [NO23F] = [NO23W].","[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","PADEP currently sampling at 6 Stations. For WY2013, recommend 4 pairs of replicate samples be collected, one pair every three months. Randomly select whether R event type or RSI or S event type is done in first quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter, PADEP randomly selects one Station from among the 6 Stations to determine at which Station the Duplicate R or (RSI or S) sample will be collected. For each RSI or S Event_Type duplicate sample, PADEP would have three months during which this Duplicate sample could be collected at the Station identified.","Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","PADEP currently sampling at 6 Stations.  For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among all 8 Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","PADEP","PADEP","Primary","WQN0501, WQN0509, WQN0510,\nWQN0511, WQN0512, WQN0513","WQN0501, WQN0509, WQN0510,\nWQN0511, WQN0512, WQN0513","01614500, 01613525, 01613095,\n01619000, 01610155, 01609000\n","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X",null,"X",{"$nulls":3},"---",null,null,"X","X","---","---","---","X","X","X",null,"---","X",null,"---","X","X","X","X (Began measuring in Oct. 2010)",null,"X (USGS Kentucky laboratory)","---","---","X (USGS Kentucky laboratory)","---","X","---","---","---","X","---","---","X ","---","---","X","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured; as is [TDN]; if [TN] is null, no other options to calculate [TN]."]
["VIRGINIA: USGSPAWSC (Primary_RIM Station Types)","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","USGSVAWSC","Primary_RIM (USGS refers to as Primary RIM Long Term)","TF5.0A, TF4.0P, TF5.0J, TF3.0, TF4.0M, 2-JSM113.20,  or alternately \n2-APP016.38, 8-PMK082.34, 2-JMS157.28, 3-RPP113.37, 8-MPN054.17, 2-JSM113.20              VADEQ will use short ID form for DUET uploads.  Note last station (2-JSM113.20) eventually could replace RIM station T5.01 or JMS157.28 (02035000), whereas streamgage remains the same (02037618).","02041650,  01673000, 02035000, 01668000, 01674500, 02037618","02041650,  01673000, 02035000, 01668000, 01674500, 02037618","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU (Continuous measurements at two stations: 02035000 and 01673000)","---","X , and CBP, calculated, [TN] = [PN] + [TDN], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","X","CBP, calculated, [TKNF] = [TDN] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","'CBP, calculated, [TKNW] = [PN] + [TDN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [TON] = [PN] + [TDN] - [NH4F] - [NO23F]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","CBP, calculated, [DON] = [TDN] - [NH4F] - [NO23F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","CBP, calculated, [DIN] = [NH4F] + [NO23F]","X","---","X","---","CBP, calculated, [NO3F] = [NO23F] - [NO2F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","X","---","X, and CBP, calculated, [TP] = [PP] + [TDP]   Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X","X","X","CBP, calculated, [DOP] = [TDP] - [PO4F], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X (USGS Kentucky laboratory)","---","---","X (Only submitted if reported by USGS Kentucky laboratory)","X","---","X","---","X","---","---","X","---","X","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [TDN] ≤ [TN]; [NO23F] ≤ [TDN]; [NH4F]  ≤ [TDN]; [NH4F] + [NO23F] ≤ [TDN]; NO23W ≤ [TN];  [NH4F] + [NO23F] ≤ [TN]; [TDP] ≤  [TP]; [PO4F] ≤  [TDP]; [VSS] ≤ [TSS], which imply                                                                   0 ≤ [TN] - [TDN];                                                                                                            0 ≤ [TDN] - [NO23F];                                                                                                      0 ≤ [TDN] - [NO23F];                                                                                                       0 ≤ [TDN] - [NH4F]                                                                                                          0 ≤ [TDN] - ([NH4F] + [NO23F]);                                                                                   0 ≤ [PN] + [TDN] - [NO23W]                                                                                           0 ≤ [NO23F] - [NO2F]                                                                                                       0 ≤  [TP] - [TDP];                                                                                                            0 ≤  [TDP] - [PO4F];  and                                                                                                0 ≤ [TSS] - [VSS]; respectively.                                                                                              For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET. VISTRONIX: Additional note: Both [TN] and [TP] are measured and also to be calculated.","[TN] is measured, and [TN] is preferentially calculated using (1) above [TN] = [PN] + [TDN], as both [PN] and [TDN] also are measured. Both [TN] measured and [TN] calculated are desired. If [TN] calculated using equation (1) above is null, no other options to calculate [TN]. NOTE: [TP] also is measured, and can be calculated [TP] = [PP] + [TDP]. Both [TP] measured and [TP] calculated are desired.     ","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSVAWSC currently sampling at 6 Stations. For WY2013, recommend 4 pairs of replicate samples be collected, one pair every quarter. Randomly select whether R event type or RSI or S event type is done in first WY quarter, then alternate between R and RSI or S event types per successive quarters. At the beginning of each WY quarter, USGSVAWSC would randomly select one Station from among the 6 Stations to determine at which Station the Duplicate sample will be collected. For each RSI or S Event_Type, USGSVAWSC would have three months during which the Duplicate sample could be collected at the Station identified. NOTE: Because of stream size, USGSVAWSC generally would collect concurrent (S1 and S2) duplicate samples.","Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSVAWSC currently sampling at 6 Stations.  For WY2013, recommend 6 FB samples be collected, one per every two months of WY. For every two-month period, randomly select Station from among all 8 Stations at which FB will be taken. For 1st two month period, randomly select whether R, RSI, or S  event type will be covered, for second two month period, randomly select from among the two remaining Event_Types, and for third two month period, take FB for remaining Event-Type. Repeat above process for second half of WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","USGSVAWSC","Primary_RIM (USGS refers to as Primary RIM Long Term)","TF5.0A, TF4.0P, TF5.0J, TF3.0, TF4.0M, 2-JSM113.20,  or alternately \n2-APP016.38, 8-PMK082.34, 2-JMS157.28, 3-RPP113.37, 8-MPN054.17, 2-JSM113.20             ","02041650,  01673000, 02035000, 01668000, 01674500, 02037618","02041650,  01673000, 02035000, 01668000, 01674500, 02037618","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X,  FNU (Continuous measurements at two stations: 02035000 and 01673000)","---",null,"X","X ",{"$nulls":3},"---",null,null,"X","---","X","---",null,"X","---",null,"X","X","X",null,"---","X","---","X","X",null,"X (USGS Kentucky laboratory)","---","---","X (USGS Kentucky Laboratory)","X","---","X","---","X","---","---","X","---","X","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured, and [TN] is calculated using (1) above [TN] = [PN] + [TDN], as both [PN] and [TDN] also are measured. Both [TN] measured and [TN] calculated are desired. If [TN] calculated using equation (1) above is null, no other options to calculate [TN]. NOTE: [TP] also is measured, and can be calculated [TP] = [PP] + [TDP]. Both [TP] measured and [TP] calculated are desired.     "]
["VIRGINIA: USGSPAWSC SOURCE (Primary  Stations)","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","USGSVAWSC","Primary (USGS refers to as Primary Short Term)","1BNFS010.34, 1BSMT004.60, 1BSSF003.56,  2-CHK035.26,       3-RAP030.21, 8-NAR005.42, 1BMDD005.81, 1ADIF000.86,     7-DRN010.48, 1ASOQ006.7 Last four stations are new PRIMARY short-term stations with sampling dates beginning as follows 1BMDD005.81 10/20/2011; 1ADIF000.86 07/13/2011;            7-DRN010.48 08/30/2011; 1ASOQ006.73 10/12/2011","01634000, 01632900, 01631000, 02042500, 01667500, 01671020, 01621050, 01646000, 01669520, 01658500 ","01634000, 01632900, 01631000, 02042500, 01667500, 01671020, 01621050, 01646000, 01669520, 01658500","R (IR)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU (Continuous measurements at one station 01632900","---","X","---","---","---","'CBP, calculated, [TKNW] = [PN] + [TDN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                    0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","USGSVAWSC currently sampling at 10 Stations. For WY2013, recommend 6 pairs of replicate samples be collected, one pair every two months during WY. Randomly select whether R, RSI, or S event type is done in first two months of WY, then select which of the two unselected Event-Types is done during the next two (3rd and 4th months of the WY, and collect duplicate sample for the unselected Event_Type in the next two (5th and 6th) months of the WY. Repeat above process for the last half of WY. For each two month period, USGSVA WSC would randomly select a Station at which the duplicate sample would be collected. For each RSI or S Event_Type, USGSVAWSC would have two months during which the Duplicate sample could be collected at the Station identified.","Except for ????????????????????????????????????????????????????????????????????????????                                                                                                     all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","USGSVAWSC currently sampling at 10 Stations. For WY2013, recommend 8 FB samples be collected, two FBs per WY Quarter. one during first six weeks of quarter other during second six weeks of quarter. Randomly select Station from among all 10 stations for each 6 week period. Randomly select whether R or RSI/S Event_Type will be selected for FB during 1st 6 week period of WY, the alternate Event Types for FB for remaining five six week periods in WY."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","USGSVAWSC","Primary (USGS refers to as Primary Short Term)","1BNFS010.34, 1BSMT004.60, 1BSSF003.56,  2-CHK035.26,  3-RAP030.21, 8-NAR005.42, 1BMDD005.81, 1ADIF000.86, 7-DRN010.48, 1ASOQ006.7 ","01634000, 01632900, 01631000, 02042500, 01667500, 01671020, 01621050, 01646000, 01669520, 01658500 ","01634000, 01632900, 01631000, 02042500, 01667500, 01671020, 01621050, 01646000, 01669520, 01658500","RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU (Continuous measurements at one station 01632900","---","X","---","---","---",null,"---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X",null,"X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured, if [TN] null, no other options to calculate [TN]."]
["VIRGINIA: USGS - VADEQSCRO SHARED PRIMARY STATION SOURCES","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQSCRO and USGSVAWSC ","Primary (USGS refers to as Primary Short Term)","2-JMS279.41, 2-APP110.93","2-JMS279.41, 2-APP110.93","2-JMS279.41, 2-APP110.93","R (but w possibly RSI  flows)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","---","---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                    0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for  ?????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","Three different VADEQ Regional Offices share sampling with USGS VA WSC at a total of 7 Stations. VADEQ Regional offices have collected Routine samples regardless of flow conditions, They should collect Routine or Routine Storm Impacted event-Type samples when conditions warrant. For WY2013, nine pairs of duplicate samples could be collected by the entire group-three pairs of duplicate samples per VADEQ Regional Office/USGSVAWSC. For each combination of VADEQ Regional Office, one pair of duplicate samples is collected every 4 months in WY at a randomly selected Station from among their WQ Stations. An Event_Type is randomly selected from among R, RSI and S Event_Types, during the First 4-month period; a second Event_Type from the remaining two unselected Event_Types is randomly selected for the second 4-month period, and remaining Event_Type is assigned to the final 4-month period. Depending upon the Event_Type selected, either the VADEQ Regional Office (if R or RSI) or USGSVAWSC (S) collects the duplicate sample at the selected Station for that 4-month period. For RSI or S Event_Types, the VADEQ-Regional Office or USGSVAWSC has a 4-month period during which to collect the Duplicate Sample.","Except for  ?????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","Three different VADEQ Regional Offices share sampling with USGS VA WSC at a total of 7 Stations. VADEQ Regional offices have collected Routine samples regardless of flow conditions, They should collect Routine or Routine Storm Impacted Event_Type samples when conditions warrant. For WY2013, recommend 4 FBs be collected by each VADEQ Regional Office/USGSVAWSC on quarterly basis. For each quarter of WY, each VADEQ Regional Office selects one WQ Station from among all their WQ stations for the FB. For the first quarter of WY, either a R or RSI/S Event_Type is randomly selected, and these Event_Types are alternated for the three remaining quarters of the WY. In the two cases where either an RSI or S Event Type is to be blanked, one or the other is then randomly selected. The VADEQ Regional Office collects the FBs for all R or RSI Event Types in the WY. The USGS collects the FB for any S event types in the WY. If FB is contaminated, and source is not obviously BB, VADEQ Regional Office and or USGSG should consider increasing FB sampling until it is determined whether or not source of contamination affects (positively biases) associated WQP data."]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQSCRO and USGSVAWSC","Primary (USGS refers to as Primary Short Term)","2-JMS279.41, 2-APP110.93","2-JMS279.41, 2-APP110.93","02024752, 02039500","S, RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU, 'Station(s) need to be specified","---","X","---","---","---","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X",null,"X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured, if [TN] null, no other options to calculate [TN]."]
["VIRGINIA: USGS - VADENRO SHARED PRIMARY STATION SOURCES","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQNRO And USGSVAWSC","Primary (USGS refers to as Primary Short Term)","1AACO014.57; 3-RPP147.49;  8-MPN094.94","1AACO014.57; 3-RPP147.49;  8-MPN094.94","1AACO014.57; 3-RPP147.49;  8-MPN094.94","R (but w possibly RSI  flows)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","---","---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                  0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for  ?????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ",null,"Except for ????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB"]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQNRO And USGSVAWSC","Primary (USGS refers to as Primary Short Term)","1AACO014.57; 3-RPP147.49;  8-MPN094.94","01654000, 01664000, 01674000","01654000, 01664000, 01674000","S, RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU, 'Station(s) need to be specified","---","X","---","---","---","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X",null,"X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured, if [TN] null, no other options to calculate [TN]."]
["VIRGINIA: USGS - VADEQVRO SHARED PRIMARY STATION SOURCES","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQVRO and USGSVAWSC","Primary (USGS refers to as Primary Short Term)","2-RVN015.97, 1BSSF100.10","2-RVN015.97, 1BSSF100.10","02034000; 01628500","R (but w possibly RSI  flows)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","---","---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                    0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                     all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ",null,"Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB"]
[null,"NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQVRO And USGSVAWSC","Primary (USGS refers to as Primary Short Term)","2-RVN015.97, 1BSSF100.10","2-RVN015.97, 1BSSF100.10","02034000, 01628500","S, RSI (IRSI) or S (IAS)","M1 or S1 ","Yes","Yes","X","X","X","X","X, FNU, 'Station(s) need to be specified","---","X","---","---","---","CBP, calculated, [TKNW] = [TN] - [NO23W], Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be ","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X",null,"X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","X (VA Con. Laboratories)","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)",null,"[TN] is measured, if [TN] null, no other options to calculate [TN]."]
["VIRGINIA: VADEQ (MULTI_REGIONAL) SECONDARY STATIONS: VADEQNRO SOURCE ADDED ONE NEW STATION (1ACAX004.57). VISTRONIX: Please note that as of WY2012 MDDNR (see above) and VADEQ are both sampling at the same general site. MDDNR is both the Agency and Source for this site which they refer to as CVA0046. They treat this site as a Primary Station_Type and began collecting storm (S) and monthly (R, RSI) samples at this site. VADEQ is the Agency and VADEQNRO the Source for this same site, which they refer to as 1ACAX004.57. They treat this site as a Secondary Station_Type and only collect monthly (R type only) samples at this site. Thus data for this site will be uploaded by two different Agencies. For the purposes of DUET (uploads, and the timeliness, completeness, expected metadata and WQ data, precision, and bias) treat the data from each Agency as if were coming from a unique station, which only they operate.","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQNRO","Secondary","3-RAP066.54, 3-ROB001.90,         8-POR008.97, 1ACAX004.57","3-RAP066.54, 3-ROB001.90,  8-POR008.97, 1ACAX004.57 ","01665500, 01666500, 01673800, 01638480\n","R (but w possibly RSI  flows)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","---","---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions:: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ","Three different VADEQ Regional Offices collectively sample at 12 Supplemental WQ Stations. VADEQ Regional offices have collected Routine samples regardless of flow conditions. However, they should collect samples using the sampling equipment designed for actual flow conditions to not low bias WQP data.                        For WY2013, nine pairs of duplicate samples could be collected by the entire group-three pairs of duplicate samples per VADEQ Regional Office. For each combination of VADEQ Regional Office, one pair of Routine Event_Type duplicate samples is collected every 4 months in WY at a randomly selected Station from among their WQ Stations.","Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB","Three different VADEQ Regional Offices collectively sample at 12 Supplemental WQ Stations. VADEQ Regional offices have collected Routine samples regardless of flow conditions. However, they should collect samples using the sampling equipment designed for actual flow conditions to not low bias WQP data.                                                                                                For WY2013, 12 FB samples could be collected by the entire group-four FBs  per VADEQ Regional Office, on quarterly basis. Each VADEQ Regional Office would randomly select Station from among all their Stations for each quarterly FB. If FB is contaminated, and source is not obviously BB, a VADEQ Regional Office should consider increasing FB sampling until it is determined whether or not source of contamination affects (positively biases) associated WQP data."]
["VIRGINIA: VADEQ (MULTI_REGIONAL) SECONDARY STATIONS: VADEQVRO SOURCE","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQVRO","Secondary","1BSTH027.85, 2-BCC004.71,          2-BLP000.79, 2-CFP004.67,             2-MCM005.12, 2-MRY014.78 ","1BSTH027.85, 2-BCC004.71, 2-BLP000.79, 2-CFP004.67, 2-MCM005.12, 2-MRY014.78"," '01626000, 02011500, 02015700, 02020500, 02031000, 02024000","R (but w possibly RSI  flows)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","---","---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X)Except for                                                                                                     all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ",null,"Except for ?????????????????????????????????????????????????????????????????????????????                                                                                                    all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB"]
["VIRGINIA: VADEQ (MULTI_REGIONAL) SECONDARY STATIONS: VADEQPRO SOURCE","NTWQM_NTN","Water Year 2012","Ms. Katherine L. Foreman ","Mr. Michael E. Mallonee","Mrs. Mary Ellen Ley","VADEQ","VADEQPRO","Secondary","8-LTL009.54, 2-DPC005.20","8-LTL009.54, 2-DPC005.20","01671100, 02041000","R (but w possibly RSI  flows)","M1 or S1 ","Yes","Yes","X","X","X","X","---","---","X","---","---","---","X","---","---","---","---","---","X","---","---","---","---","X","X","---","---","---","---","---","X","---","X","X","CBP, calculated, [VSS] = [TSS] - [FSS]; Source performs consistency check, if S1,  revises data, and provides Problem Code(s) as needs be","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","All submitted Field Measurements (M1, X) and WQ Parameters (S1, X)","Consistency checks to be performed for every R, possibly RSI, Event_Type and S1 Replicate_Sample_Type and expected (X) WQP concentrations identified in the following expressions: [NH4W] ≤ [TN]; [NO23W] ≤ [TN]; [NH4W] + [NO23W] ≤ [TN]; [PO4F] ≤  [TP]; [VSS] ≤ [TSS], which imply                                                                                                                                0 ≤ [TN] - [NH4W];                                                                                                          0 ≤ [TN] - [NO23W];                                                                                                       0 ≤ [TN] - ([NH4W] + [NO23W]);                                                                                   0 ≤ [TP] - [PO4F];  and                                                                                                    0 ≤ [TSS] - [VSS]; respectively.                                                                                       For each consistency test above, SOURCE follows reporting outlined above for consistency check results for WQPs' concentrations and associated Problem Codes before uploading data to DUET.","[TN] is measured, if [TN] null, no other options to calculate [TN].","Except for ?????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Perform similar consistency checks on selected WQPs listed in Column BQ; but do not null WQP(s) if consistency check results in NQ code; provide all WQP values in raw data form (to at least two insignificant figures ",null,"Except for  ????????????????????????????????????????????????????????????????????????????                                                                                                   all expected WQPs as indicated (X); Field Blank data above MDL but below RL will be reported; sources of contamination in any Field Blank WQP will be problem coded as either UB, BB, or CB"]

{"sheet":"Consistency Outcomes","index":1,"n_rows":32,"n_cols":20,"rows_kept":32,"merged":[[3,0,3,1],[13,0,13,2],[15,0,15,2],[16,0,16,2]]}
[]
["Given two expected parameters where the concentration of the first (P1) logically should be less than the concentration of the second (P2)….for example when computing [P3] = [P2] - [P1]  "]
[]
["Parameters values",null,"Consistency check 0 ≤ [P2] - [P1]"]
["P1","P2","Consistency result","Source QC steps and actions","DUET Check and action",{"$nulls":13},"Duet Report"]
["null","null","Indeterminate: No comparison possible; also Indeterminate, if either just P1 or P2 is null ","Indeterminate result, no action taken, leave the concentration values as they appear, Problem Code all as IQ (Indeterminate result for consistency check,  and ensure any parameter with null value also has verifiable Problem Code (such as V).","Check to verify any parameter with null value has verifiable Parameter Code (such as V). If code verified, P3 is not calculated, value for P3 is set to null, and assigned Problem Code CC (Cannot calculate given available data).",{"$nulls":13},"Provides report table for every logical expression whose final result is NQQ: "]
["< PQL","< PQL","Indeterminate: Regardless of [PQL]s for P1 and P2","Indeterminate result, no action taken, leave the concentration values as they appear, Problem Code all as IQ (Indeterminate result for consistency check,  and ensure any parameter with null value also has verifiable Problem Code (such as V).","Check to verify < PQL or < MDL is valid given Source Lab_TAB information for the WY (Source, Source Lab, Analytical Method, MDL and PQL (LRL, MRL); If verifiable, parameter is not calculated, value for parameter to be calculated is set to null, and assigned Problem Code CC (Cannot calculate given available data)."]
["Value","< PQL","Indeterminate: If [P1]  <  P2 [PQL]","Indeterminate result, no action taken, leave the concentration values as they appear, Problem Code all as IQ (Indeterminate result for consistency check,  and ensure any parameter with null value also has verifiable Problem Code (such as V).","Check to verify < PQL or < MDL is valid given Source Lab_TAB information for the WY (Source, Source Lab, Analytical Method, MDL and PQL (LRL, MRL); If verifiable, parameter is not calculated, value for parameter to be calculated is set to null, and assigned Problem Code CC (Cannot calculate given available data)."]
["Value","< PQL","Inconsistent: If [P1] > P2 [PQL]","Initial illogical result, check whether relation is valid given precision in measurements. If relation is valid given precision in measurements, assign [P1] and [P2] Problem Code QQ. If relation is not valid given precision in measurements, rerun sample analyses. If sample analysis cannot be rerun, or results of rerun analysis similar, reassign [P1] and [P2] as null values, with Problem Code NQ. Note: For Duplicate samples do not null WQP values if Problem Code NQ assigned.","Check to verify < PQL or < MDL is valid given Source Lab_TAB information for the WY (Source, Source Lab, Analytical Method, MDL and PQL (LRL, MRL); If verifiable, parameter is not calculated, value for parameter to be calculated is set to null, and assigned Problem Code CC (Cannot calcualte given available data)."]
["Value","Value","Inconsistent: If P1 > P2 [PQL]","Initial illogical result, check whether relation is valid given precision in measurements. If relation is valid given precision in measurements, assign [P1] and [P2] Problem Code QQ. If relation is not valid given precision in measurements, rerun sample analyses. If sample analysis cannot be rerun, or results of rerun analysis similar, reassign [P1] and [P2] as null values, with Problem Code NQ (Difference is not within precision of measurements]. Note: For Duplicate samples do not null WQP values if Problem Code NQ assigned.","Check to verify < PQL or < MDL is valid given Source Lab_TAB information for the WY (Source, Source Lab, Analytical Method, MDL and PQL (LRL, MRL); If verifiable, P3 parameter is calculated if [P1] and [P2] are not null with Problem Code QQ; OR , P3 is not calculated but given null value with Problem Code CC (Cannot calculate given available data) if [P1} and [P2] are set to null values with Problem Code NQ."]
["< PQL","Value","Consistent: If P1 [PQL] ≤ [P2]","No action required, passes check, submit data","Check to verify < PQL or < MDL is valid given Source Lab_TAB information for the WY (Source, Source Lab, Analytical Method, MDL and PQL (LRL, MRL); if verifiable, P3 parameter is calculated, documented, and qualified."]
["Value","Value","Consistent: If [P1] ≤  [P2]","No action required, passes check, submit data","P3 parameter is calculated, documented, and qualified."]
["Given three expected parameters where the sum of the first two logically should be less than the third. If logic relation holds, do nothing. If logical relation is either Indeterminate or Illogical, then action is required."]
["Parameters",null,null,"Given","Logical relation result","QC Action",{"$nulls":13},"QC Action"]
["P1","P2","P3","P1 + P2 <=P3","P1 + P2 ≤ P3","DURING UPLOAD OF NEW DATA",{"$nulls":13},"RESUBMISSION OF DATA"]
["Compare P1 to P3 then P2 to P3 as above first ???, then compare P1 and P2 to P3???"]
["If any parameter is a null value",null,null,"Impossible to determine given no values for any parameter","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No, null values should have Problem Code DNA, which means we already checked to ensure no value exists"]
["Value","Value","Value","If P3 value greater than or equal to sum of P1 value and P2 Value","Logical result","No action required, passes check",{"$nulls":13},"No"]
["Value","Value","Value","If P3 value less than sum of P2 value and P3 Value","Illogical result","Initial illogical result, check whether relation is valid given imprecision in measurements, if relation is valid given imprecision in measurements, Problem code as QQ ,otherwise Problem code as NQQ. Report out if either QQ or NQQ",{"$nulls":13},"Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["< x","Value","Value","P3 Value greater than or equal to x plus P2 Value","Logical result","Logical result",{"$nulls":13},"No"]
["< x","Value","Value","P3 Value less x plus P2 Value, but P1 impossible to determine","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["Value","< y","Value","P3 Value greater than or equal to y plus P1 Value","Logical result","No action required, passes check",{"$nulls":13},"No"]
["Value","< y","Value","P3 Value less than y plus P1 value, but P2 value is impossible to determine","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["Value","Value","< z","P1 Value plus P2 Value greater than z","Illogical result","Initial illogical result, check whether relation is valid given imprecision in measurements, if relation is valid given imprecision in measurements, Problem code as QQ ,otherwise Problem code as NQQ. Report out if either QQ or NQQ",{"$nulls":13},"Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["Value","Value","< z","P1 Value plus P2 Value less than or equal to z, but P3 value is impossible to determine ","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["< x","< y","Value","P3 greater than or equal to x plus y","Logical result","No action required, passes check",{"$nulls":13},"No"]
["< x","< y","Value","P3 less than x plus y, but P1 and P2 values are impossible to determine","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["< x","Value","< z","Impossible to determine given nature of P1 and P3","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["< x","Value","< z","Impossible to determine given nature of P1 and P3","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["Value","< y","< z","Impossible to determine given nature of P2 and P3","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["Value","< y","< z","Impossible to determine given nature of P2 and P3","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]
["< x","< y","< z","Impossible to determine given nature of P1, P2, and P3","Indeterminate","Indeterminate result, Problem Code both parameters as IND",{"$nulls":13},"No?, or Have data provider check both parameters for clerical errors, if no corrections, no further action required. If data corrected, resubmit data and rerun logic relation test."]

{"sheet":"Template LAB_TAB, MDDNR","index":2,"n_rows":20,"n_cols":15,"rows_kept":20,"merged":[[0,0,0,6],[3,3,3,14]]}
["Each Data Collector completes this template that describes the Laboratory, analyses being conducted, expected WQP, and the lab method, MDL and RL,  and their respective effective dates, the type of sample analyzed, for each expected WQP;  and provides this table to the CBP NTN Data Manager before WQ data are being collected for that WY. If the analytical methods or MDL or PQL/RL or sample type including filters if used, are changed during the course of the data collection within the WY, this Table must be updated and resubmitted during the course of the WY."]
[null,"PROGRAM","PROJECT","SOURCE","LAB","PARAMETER (expected)","CIMS METHOD CODE","LAB METHOD","MDL","MDL START_DATE","MDL END_DATE","Reporting Level","Reporting Level START_DATE","Reporting Level END_DATE","Specify if particulate (filter), or dissolved (filtered) and provide description of filter type (plate or pleated), if plate, diameter, if pleated, surface area, and pore size"]
[null,"(Acronym)","(Acronym)","(Acronym)","(Acronym)","(Short Name)","From cims_TAB_Method Table","From Source, in format indicated","Provide value with units of measure e.g., 0.05 mg/L","mm/dd/yyyy","mm/dd/yyyy","Provide value with units of measure e.g., 0.05 mg/L","mm/dd/yyyy","mm/dd/yyyy"]
[{"$nulls":3},"To Be Populated (TBP) on basis of planned data collection and submission for WY; even if selected WQPs not collected at every WQ station   "]
[null,"NTWQM","NTN","MDDNR","MDHMH","TDN","L01","APHA 2005.  STANDARD METHODS FOR THE EXAMINATION OF WATER AND WASTEWATER (21ST OR CURRENT EDITION) Method 4500-N C.  ALK. PERSULFATE DIGESTION + EPA 353.2","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample, 0.7 micron pore size 25 mm diameter GF/F plate filter"]
[null,"NTWQM","NTN","MDDNR","MDHMH","PN","L01","EPA 1997. METHOD 440.0 DETERMINATION OF CARBON & NITROGEN IN SEDIMENTS AND PARTICULATES OF ESTUARINE/COASTAL WATERS USING ELEMENTAL ANALYSISMETHODS FOR THE DETERMINATION OF CHEMICAL SUBSTANCES IN MARINE AND ESTUARINE MATRICES - 2ND EDITION.  EPA/600/R-97/072.  ","TBP","TBP","TBP","TBP","TBP","TBP","Filter sample, 0.7 micron pore size 47 mm diameter GF plate filter"]
[null,"NTWQM","NTN","MDDNR","MDHMH","NO23F","L01","EPA 353.2 (1993) AUTOMATED CADMIUM REDUCTION","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample,  0.7 micron pore size 47 mm diameter GF plate filter"]
[null,"NTWQM","NTN","MDDNR","MDHMH","NO2F","L01","AUTOMATED; COLORIMETRIC; DIAZOTIZATION","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample, 0.7 micron pore size 47 mm diameter GF plate filter "]
[null,"NTWQM","NTN","MDDNR","MDHMH","NH4F","L01","COLORIMETRIC; AUTOMATED PHENATE (INDOPHENOL)","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample,  0.7 micron pore size 47 mm diameter GF plate filter"]
[null,"NTWQM","NTN","MDDNR","MDHMH","PP","none","1)APHA 2005. Method 4500-P E.  Standard Methods for the Examination of Water and Wastewater, 21st Edition and  2)EPA 1993. Method 365.1, Methods for the Determination of Inorganic Substances in Environmental Samples.","TBP","TBP","TBP","TBP","TBP","TBP","Filter sample, 0.7 micron pore size 47 mm diameter GF plate filter "]
[null,"NTWQM","NTN","MDDNR","MDHMH","TDP","L01","1)APHA 2005. Method 4500-P E.  Standard Methods for the Examination of Water and Wastewater, 21st Edition and  2)EPA 1993. Method 365.1, Methods for the Determination of Inorganic Substances in Environmental Samples.","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample, 0.7 micron pore size 47 mm diameter GF plate filter "]
[null,"NTWQM","NTN","MDDNR","MDHMH","PO4F","L01","EPA 1993. Method 365.1, Methods for the Determination of Inorganic Substances in Environmental Samples.","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample, 0.7 micron pore size 47 mm diameter GF plate filter  "]
[null,"NTWQM","NTN","MDDNR","MDHMH","PC","L01","EPA 1997. METHOD 440.0 DETERMINATION OF CARBON & NITROGEN IN SEDIMENTS AND PARTICULATES OF ESTUARINE/COASTAL WATERS USING ELEMENTAL ANALYSISMETHODS FOR THE DETERMINATION OF CHEMICAL SUBSTANCES IN MARINE AND ESTUARINE MATRICES - 2ND EDITION.  EPA/600/R-97/072.  ","TBP","TBP","TBP","TBP","TBP","TBP","Filter sample, 0.7 micron pore size 25 mm diameter GF plate filter  "]
[null,"NTWQM","NTN","MDDNR","MDHMH","DOC","L01","APHA, 2005.  Method 5310 B. High Temperature Combustion Method, Standard Methods for the Examination of Water and Wastewater, 21st edition.","TBP","TBP","TBP","TBP","TBP","TBP","Filtered sample, 0.7 micron pore size 47 mm diameter GF plate filter  "]
[null,"NTWQM","NTN","MDDNR","MDHMH","TSS","L01","APHA, 2005.  Method 2540 D. Total Suspended Solids Dried @ 103 - 105 °C, Standard Methods for the Examination of Water and Wastewater, 21st edition. ","TBP","TBP","TBP","TBP","TBP","TBP","Filter sample,  1.5 micron 47 mm diameter GF plate filter "]
[null,"NTWQM","NTN","MDDNR","USGSKYSL","SSC_TOTAL","L01","GRAVIMETRIC FILTRATION METHOD; DRIED AT 90-105 °C.  ASTM 2002. D3977-97(B); STANDARD TEST METHODS FOR DETERMINING SEDIMENT CONCENTRATION IN WATER SAMPLES.","TBP","TBP","TBP","TBP","TBP","TBP"]
[null,"NTWQM","NTN","MDDNR","USGSKYSL","SSC_TOTAL","L02a","SUSPENDED SEDIMENT CONCENTRATION IS CALCULATED FROM SEPARATELY ANALYZED SAND AND FINE FRACTIONS.  [SSC_TOTAL] = [SSC_SAND] + [SSC _FINE].   ASTM 2002. D3977-97(C) STANDARD TEST METHODS FOR DETERMINING SEDIMENT CONCENTRATION IN WATER SAMPLES.","TBP","TBP","TBP","TBP","TBP","TBP"]
[null,"NTWQM","NTN","MDDNR","USGSKYSL","SSC_%FINE","L01","Percent of Suspended Sediment Particles Passing Through a 62 µm Sieve.  ASTM 2002. D3977-97(C); STANDARD TEST METHODS FOR DETERMINING SEDIMENT CONCENTRATION IN WATER SAMPLES.","TBP","TBP","TBP","TBP","TBP","TBP","Screened sample, 62 µm Sieve"]
[]
[null,"a Used when SSC_%FINES is determined in conjunction with SSC_TOTAL"]

{"sheet":"WYPOCs","index":3,"n_rows":549,"n_cols":15,"rows_kept":549,"merged":[[1,2,1,3],[1,4,1,5],[17,2,17,3],[17,4,17,5],[32,2,32,3],[32,4,32,5],[48,2,48,3],[48,4,48,5],[56,2,56,3],[56,4,56,5],[71,2,71,3],[71,4,71,5],[87,2,87,3],[87,4,87,5],[95,2,95,3],[95,4,95,5],[99,1,102,1],[110,2,110,3],[110,4,110,5],[130,2,130,3],[130,4,130,5],[138,2,138,3],[138,4,138,5],[153,2,153,3],[153,4,153,5],[169,2,169,3],[169,4,169,5],[177,2,177,3],[177,4,177,5],[192,2,192,3],[192,4,192,5],[208,2,208,3],[208,4,208,5],[217,2,217,3],[217,4,217,5],[232,2,232,3],[232,4,232,5],[248,2,248,3],[248,4,248,5],[256,2,256,3],[256,4,256,5],[271,2,271,3],[271,4,271,5],[287,2,287,3],[287,4,287,5],[295,2,295,3],[295,4,295,5],[310,2,310,3],[310,4,310,5],[330,2,330,3],[330,4,330,5],[339,2,339,3],[339,4,339,5],[354,2,354,3],[354,4,354,5],[374,2,374,3],[374,4,374,5],[382,2,382,3],[382,4,382,5],[397,2,397,3],[397,4,397,5],[417,2,417,3],[417,4,417,5],[425,2,425,3],[425,4,425,5],[440,2,440,3],[440,4,440,5],[460,2,460,3],[460,4,460,5],[468,2,468,3],[468,4,468,5],[483,2,483,3],[483,4,483,5],[502,2,502,3],[502,4,502,5],[510,2,510,3],[510,4,510,5],[525,2,525,3],[525,4,525,5],[541,2,541,3],[541,4,541,5]]}
["WY2012 POC Information ",{"$nulls":13},"CBP calculates and therefore provides selected  water quality parameters; How to standardize ????? "]
["USEPA ESAR Standard: Contact Information Data Standard No. EX000019.2, January 6, 2006 for Program: Nontidal Water Quality Monitoring Program Project: Nontidal Network (NTN) and WY 2012 Data","Point of Contact (POC) Information cited in ESAR Project Standards for ","Standard elements",null,"XML Tag",null,"Format","METADATA CATALOG","Delaware","West Virginia","New York","Maryland","Pennsylvania","Virginia","Chesapeake Bay Program"]
[null,"Project Coordinator",{"v":1,"d":"1.0"},"Point of Contact",null,"ProjectCoordinatorPointOfContact","G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network Project","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network Project","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A","Ms.","Ms.","Ms.","Ms.","Ms.","Ms.","Ms."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A","UMCES","UMCES","UMCES","UMCES","UMCES","UMCES","UMCES"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A","Active","Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,"Project Data Manager (Client)","1.0  Point of Contact",null,"ProjectDataManager(Client)PointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project","Project Data Manager (Client) for Chesapeake Bay Program Nontidal Network Project"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager "]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A","Mr.","Mr.","Mr.","Mr.","Mr.","Mr.","Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A","ICPRB","ICPRB","ICPRB","ICPRB","ICPRB","ICPRB","ICPRB"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A","Active","Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A","MD","MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",21403,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A","US","US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A","MD","MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",21403,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A","US","US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A","1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A","Office","Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A","Email","Email","Email","Email","Email","Email","Email"]
[null,"Project Quality Assurance Coordinator ","1.0  Point of Contact",null,"ProjectQualityAssuranceCoordinatortPointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project","Project Quality Assurance Coordinator for Chesapeake Bay Program Nontidal Network Project"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A","Hydrologist","Hydrologist","Hydrologist","Hydrologist","Hydrologist","Hydrologist","Hydrologist"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A","Mrs.","Mrs.","Mrs.","Mrs.","Mrs.","Mrs.","Mrs."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A","Mary Ellen Ley","Mary Ellen Ley","Mary Ellen Ley","Mary Ellen Ley","Mary Ellen Ley","Mary Ellen Ley","Mary Ellen Ley"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A","USGSMDDEDCWSC","USGSMDDEDCWSC","USGSMDDEDCWSC","USGSMDDEDCWSC","USGSMDDEDCWSC","USGSMDDEDCWSC","USGSMDDEDCWSC"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A","U.S. Geological Survey, MD-DE-DC Water Science Center ","U.S. Geological Survey, MD-DE-DC Water Science Center ","U.S. Geological Survey, MD-DE-DC Water Science Center ","U.S. Geological Survey, MD-DE-DC Water Science Center ","U.S. Geological Survey, MD-DE-DC Water Science Center ","U.S. Geological Survey, MD-DE-DC Water Science Center ","U.S. Geological Survey, MD-DE-DC Water Science Center "]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A","Active","Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A","MD","MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",21403,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A","US","US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A","MD","MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",21403,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A","US","US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A","1 410 267 5750","1 410 267 5750","1 410 267 5750","1 410 267 5750","1 410 267 5750","1 410 267 5750","1 410 267 5750"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A","Office","Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A","mley@chesapeakebay.net","mley@chesapeakebay.net","mley@chesapeakebay.net","mley@chesapeakebay.net","mley@chesapeakebay.net","mley@chesapeakebay.net","mley@chesapeakebay.net"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A","Email","Email","Email","Email","Email","Email","Email"]
[null,"Project Water-Quality Data Provider, one per state","1.0  Point of Contact",null,"ProjectDataProviderPointOfContactState",null,"G","ProjectDataProviderPointOfContactDelaware","ProjectDataProviderPointOfContactDelaware","ProjectDataProviderPointOfContactWestVirginia","ProjectDataProviderPointOfContactNewYork","ProjectDataProviderPointOfContactMaryland","ProjectDataProviderPointOfContactPennsylvania","ProjectDataProviderPointOfContactVirginia"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A","FROM HERE ON BREAKS DOWN BY STATE (DATA PROVIDER)","Data provider point of contact, for Primary Stations, in Delaware, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Data provider point of contact, for Primary Stations, in West Virginia, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Data provider point of contact, for Primary Stations, in New York, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Data provider point of contact, for Primary Stations, in Maryland, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Data provider point of contact, for Primary Stations, in Pennsylvania, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Data provider point of contact, Primary and Secondary Stations, in Virginia, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Data provider point of contact, all Primary and Secondary Stations, for calculated water-quality parameters, for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",null,"Laboratory Manager II","Biologist/Water Quality Specialist","Environmental Scientist II","Program Chief Water-Quality Informatics","Water Pollution Biologist II ","Environmental Specialist II","Data Manager"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",null,"Ms.","Mr.","Mr.","Mr.","Mrs.","Mrs.","Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",null,"Kathy A. Knowles","Douglas B. Chambers","Kevin H. McGonigal","T. Mark Trice","Molly M. Pulket","Cindy S. Johnson","Michael E. Mallonee"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",null,"DEDNREC","USGSWVWSC","SRBC","MDDNR","PADEP","VADEQ","ICPRB"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water","U.S. Geological Survey                      West Virginia Water Science Center","Susquehanna River Basin Commission","Maryland Department of Natural Resources","Pennsylvania Department of Environmental Protection ","Virginia Department of Environmental Quality","Interstate Commission on the Potomac River Basin"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",null,"Water-quality data, from Primary Stations, in Delaware, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Water-quality data, from Primary Stations, in West Virginia, Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Water-quality data, from Primary Stations, in New York, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Water-quality data, from Primary Stations, in Maryland, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Water-quality data, from Primary Stations, in Pennsylvania, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Water-quality data, from Primary Stations, in Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",null,"2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",null,"2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",null,"Active","Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",null,"2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water                                     89 Kings Highway","U.S. Geological Survey                      West Virginia Water Science Center       11 Dunbar Street\n     ","Susquehanna River Basin Commission                                1721 North Front Street","Maryland Department of Natural Resources Tawes State Office Building, Building D2                         580 Taylor Avenue","Pennsylvania Department of Environmental Protection                Rachel Carson State Office Building         400 Market Street","Virginia Department of Environmental Quality                                                   P.O. Box 1105","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",null,"Dover","Charleston","Harrisburg","Annapolis","Harrisburg","Richmond","Annapolis"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",null,"DE","WV","PA","MDDNR","PA","VA","MD"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",null,19901,25301,17102,21041,17101,23240,21403]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",null,"US","US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water                                     89 Kings Highway","U.S. Geological Survey                      West Virginia Water Science Center       11 Dunbar Street\n     ",null,"Maryland Department of Natural Resources Tawes State Office, Building D2                     580 Taylor Avenue","Pennsylvania Department of Environmental Protection                Rachel Carson State Office Building         400 Market Street","Virginia Department of Environmental Quality                                                      629 East Main Street","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",null,"Dover","Charleston",null,"Annapolis","Harrisburg","Richmond","Annapolis"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",null,"DE","WV",null,"MDDNR","PA","VA","MD"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",null,19901,25301,null,21041,17101,23218,21403]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",null,"US","US",null,"US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",null,"Kent","Kanawha",null,"Anne Arundel","Dauphin","---"]
[]
[]
[]
[]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",null,"1 302 739 9942","1 304 347 5130","1 717 476 7206"," 1 410 260 8649","1 717 783 2949","1 804 698 4385","1 410 267 5785"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",null,"Office","Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A",null,null,231,null,null,231]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",null,"kathy.knowles@state.de.us","dbchambe@usgs.gov","kmcgonigal@srbc.net","mtrice@dnr.state.md.us","mpulket@pa.gov","cindy.johnson@deq.virginia.gov","mmallone@chesapeakebay.net"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",null,"Email","Email","Email","Email","Email","Email","Email"]
["Multiple data collectors per selected states","Water-Quality Data Collector 1","1.0  Point of Contact",null,"DataCollector1PointOfContactState",null,"G",null,"DataCollector1PointOfContactDelaware","DataCollector1PointOfContactWestVirginia","DataCollector1PointOfContactNewYork","DataCollector1PointOfContactMaryland","DataCollector1PointOfContactPennsylvania","DataCollector1PointOfContactVirginia"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",null,"Data and sample collection point of contact, for  Primary Stations, in Delaware, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for Primary Stations, in West Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for Primary Stations, in New York, at selected times, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected Primary Stations, in Maryland, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected Primary Stations, in Pennsylvania,  for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for Primary and Secondary Stations, in Piedmont Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",null,"Laboratory Manager II","Hydrologic Technician","Environmental Scientist II","Natural Resources Biologist, Chief Field Monitoring Program","Environmental Scientist","Environmental Manger I"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",null,"Ms.","Mr.","Mr.","Mrs.","Mr.","Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",null,"Kathy A. Knowles","Jeremy S. White","Kevin H. McGonigal","Sara A. Bowen","Kevin H.  McGonigal","Louis D. Seivard"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",null,"DEDNREC","USGSWVWSC","SRBC","MDDNRMANTA","SRBC","VADEQPRO"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water","U.S. Geological Survey                      West Virginia Water Science Center","Susquehanna River Basin Commission","Maryland Department of Natural Resources Monitoring and Non-Tidal Assessment (MANTA) Division, Annapolis Field Office ","Susquehanna River Basin Commission ","Virginia Department of Environmental Quality, Piedmont Regional Office"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",null,"Data and sample collection, at Primary Stations, in Delaware, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at Primary Stations, in West Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at Primary Stations, in New York, at selected times, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected Primary Stations, in Maryland, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected Primary Stations, in Pennsylvania, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at Primary and Secondary Stations in Piedmont Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",null,"2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",null,"2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",null,"Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",null,"2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",null,"Delaware Department of Natural Resources and Environmental Control. Division of Water                                                                  89 Kings Highway","U.S. Geological Survey                      West Virginia Water Science Center       11 Dunbar Street\n     ","Susquehanna River Basin Commission                                1721 North Front Street","Maryland Department of Natural Resources Monitoring and Non-Tidal Assessment (MANTA) Division, Annapolis Field Office                      1919 Lincoln Drive ","Susquehanna River Basin Commission 1721 North Front Street","Virginia Department of Environmental Quality, Piedmont Regional Office,                         4949A Cox Road"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",null,"Dover","Charleston","Harrisburg","Annapolis","Harrisburg","Glen Allen"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",null,"DE","WV","PA","MD","PA","VA"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",null,19901,25301,17102,21401,17102,23060]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water                                                                    89 Kings Highway","U.S. Geological Survey                      West Virginia Water Science Center       11 Dunbar Street\n     ","Susquehanna River Basin Commission                                1721 North Front Street","Maryland Department of Natural Resources Monitoring and Non-Tidal Assessment (MANTA) Division, Annapolis Field Office                      1919 Lincoln Drive ","Susquehanna River Basin Commission                                       1721 North Front Street","Virginia Department of Environmental Quality, Piedmont Regional Office 4949A Cox Road"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",null,"Dover","Charleston","Harrisburg","Annapolis","Harrisburg","Glen Allen"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",null,"DE","WV","PA","MD","PA","VA"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",null,19901,25301,17102,21401,17102,23060]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",null,"Kent","Kanawha","Dauphin","Anne Arundel","Dauphin","Henrico"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",null,"1 302 739 9942","1 304 347 5130 ","1 717 476 7206","1 410 990 4528","1 717 476 7206","1 804 527 5065"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",null,"Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A",null,null,246]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",null,"kathy.knowles@state.de.us","jswhite@usgs.gov","kmcgonigal@srbc.net","sbowen@dnr.state.md.us","kmcgonigal@srbc.net","Louis.Seivard@deq.virginia.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",null,"Email","Email","Email","Email","Email","Email"]
[null,"Water-Quality Data Collector 2","1.0  Point of Contact",null,"DataCollector2PointOfContactState",null,"G",{"$nulls":3},"DataCollector2PointOfContactNewYork","DataCollector2PointOfContactMaryland","DataCollector2PointOfContactPennsylvania","DataCollector2PointOfContactVirginia"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",{"$nulls":3},"Data and sample collection point of contact, for Primary Stations, at selected times, in New York, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected (River Input Monitoring, RIM) Primary Stations, in Maryland, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected Primary Stations, in Pennsylvania, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected Primary and all Secondary Stations in Northern Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",{"$nulls":3},"Research Scientist","Field Technician","Hydrologist","Hydrologist"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",{"$nulls":3},"Dr.","Mrs.","Mr.","Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",{"$nulls":3},"Jacqueline M. Lendrum","Brenda L. Majedi","Michael J. Langland","Jeffrey S. Talbott"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",{"$nulls":3},"NYSDEC","USGSMDDEDCWSC","USGSPAWSC","VADEQNRO"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",{"$nulls":3},"New York State Department of Environmental Conservation ","U.S. Geological Survey                      Maryland-Delaware-District of Columbia Water Science Center\n     ","U.S. Geological Survey                      Pennsylvania Water Science Center\n     ","U.S. Geological Survey                      Pennsylvania Water Science Center\n     "]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",{"$nulls":3},"Data and sample collection, at Primary Stations, at selected times, in New York, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected (River Input Monitoring, RIM) Primary Stations, in Maryland, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected Primary Stations, in Pennsylvania, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected Primary and all Secondary Stations in Northern Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",{"$nulls":3},"2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",{"$nulls":3},"2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",{"$nulls":3},"Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",{"$nulls":3},"2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",{"$nulls":3},"New York State Department of Environmental Conservation, Division of Water, Bureau of Water Permits           625 Broadway","U.S. Geological Survey                      Maryland-Delaware-District of Columbia Water Science Center      5522 Research Park Drive\n     ","U.S. Geological Survey                      Pennsylvania Water Science Center        215 Limekiln Road","Virginia Department of Environmental Quality, Northern Regional Office    13901 Crown Court"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",{"$nulls":3},"Albany","Baltimore","New Cumberland","Woodbridge"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",{"$nulls":3},"NY","MD","PA","VA"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",{"$nulls":3},"12233-3505",21228,17070,22193]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",{"$nulls":3},"US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",{"$nulls":3},"New York State Department of Environmental Conservation, Division of Water, Bureau of Water Permits           625 Broadway","U.S. Geological Survey                      Maryland-Delaware-District of Columbia Water Science Center      5522 Research Park Drive\n     ","U.S. Geological Survey                      Pennsylvania Water Science Center        215 Limekiln Road","Virginia Department of Environmental Quality, Northern Regional Office    13901 Crown Court"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",{"$nulls":3},"Albany","Baltimore","New Cumberland","Woodbridge"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",{"$nulls":3},"NY","MD","PA","VA"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",{"$nulls":3},"12233-3505",21228,17070,22193]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",{"$nulls":3},"US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",{"$nulls":3},"Albany","Baltimore","York","Prince William County"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",{"$nulls":3},"1 518 402 8118","1 443 498 5527","1 717 730 6953","1 703 583 3902 "]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",{"$nulls":3},"Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",{"$nulls":3},"jmlendru@gw.dec.state.ny.us","blfeit@usgs.gov","langland@usgs.gov","Jeff.Talbott@deq.virginia.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",{"$nulls":3},"Email","Email","Email","Email"]
[]
[null,"Water-Quality Data Collector 3","1.0  Point of Contact",null,"DataCollector3PointOfContactState",null,"G",{"$nulls":4},"DataCollector3PointOfContactPennsylvania","DataCollector3PointOfContactPennsylvania","DataCollector3PointOfContactVirginia"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",{"$nulls":4},"Data and sample collection point of contact, for single Primary Station, in Maryland, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected Primary Stations, in Pennsylvania, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection point of contact, for selected Primary and all Secondary Stations in Valley Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",{"$nulls":4},"Hydrologic Technician","Water Pollution Biologist II ","Environmental Specialist I"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",{"$nulls":4},"Mr.","Mrs.","Ms."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",{"$nulls":4},"Jeremy S. White","Molly M. Pulket","Michelle Titman"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",{"$nulls":4},"USGSWVWSC","PADEP","VADEQVRO"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",{"$nulls":4},"U.S. Geological Survey                      West Virginia Water Science Center","Pennsylvania Department of Environmental Protection ","Virginia Department of Environmental Quality, Valley Regional Office"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",{"$nulls":4},"Data and sample collection, at Primary Stations, in West Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected Primary Stations, in Pennsylvania, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Data and sample collection, at selected Primary and all Secondary Stations in Valley Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",{"$nulls":4},"2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",{"$nulls":4},"2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",{"$nulls":4},"Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",{"$nulls":4},"2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",{"$nulls":4},"U.S. Geological Survey                      West Virginia Water Science Center       11 Dunbar Street\n     ","Pennsylvania Department of Environmental Protection                Rachel Carson State Office Building         400 Market Street","Virginia Department of Environmental Quality, Valley Regional Office                                 4411 Early Road"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A",{"$nulls":6},"P.O. Box 3000"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",{"$nulls":4},"Charleston","Harrisburg","Harrisonburg"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",{"$nulls":4},"WV","PA","VA"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",{"$nulls":4},25301,17101,22801]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",{"$nulls":4},"US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",{"$nulls":4},"U.S. Geological Survey                      West Virginia Water Science Center       11 Dunbar Street\n     ","Pennsylvania Department of Environmental Protection                Rachel Carson State Office Building         400 Market Street","Virginia Department of Environmental Quality, Valley Regional Office                               4411 Early Road"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A",{"$nulls":6},"P.O. Box 3000"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",{"$nulls":4},"Charleston","Harrisburg","Harrisonburg"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",{"$nulls":4},"WV","PA","VA"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",{"$nulls":4},25301,17101,22801]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",{"$nulls":4},"US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",{"$nulls":4},"Kanawha","Dauphin","Rockingham"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",{"$nulls":4},"1 304 347 5130 ","1 717 783 2949","1 540 574 7859"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",{"$nulls":4},"Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A",{"$nulls":4},246,231," "]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",{"$nulls":4},"jswhite@usgs.gov","mpulket@pa.gov","Michelle.Titman@deq.virginia.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",{"$nulls":4},"Email","Email","Email"]
[null,"Water-Quality Data Collector 4","1.0  Point of Contact",null,"DataCollector4PointOfContactState",null,"G",{"$nulls":6},"DataCollector4PointOfContactVirginia"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",{"$nulls":6},"Data and sample collection point of contact, selected Primary and all Secondary Stations in South Central Region of Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",{"$nulls":6},"Environmental Specialist I"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",{"$nulls":6},"Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",{"$nulls":6},"Scott M. Hasinger"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",{"$nulls":6},"VADEQSCRO"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",{"$nulls":6},"Virginia Department of Environmental Quality, South Central Regional Office 7705 Timberlake Road\n                              "]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",{"$nulls":6},"Data and sample collection, selected Primary and all Secondary Stations in South Central Region of  Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",{"$nulls":6},"2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",{"$nulls":6},"2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",{"$nulls":6},"Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",{"$nulls":6},"2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",{"$nulls":6},"Virginia Department of Environmental Quality, South Central Regional Office 7705 Timberlake Road"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",{"$nulls":6},"Lynchburg"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",{"$nulls":6},"VA"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",{"$nulls":6},24502]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",{"$nulls":6},"US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",{"$nulls":6},"Virginia Department of Environmental Quality, South Central Regional Office 7705 Timberlake Road"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",{"$nulls":6},"Lynchburg"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",{"$nulls":6},"VA"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",{"$nulls":6},24502]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",{"$nulls":6},"US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",{"$nulls":6},"---"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",{"$nulls":6},"1 434 582 6222"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",{"$nulls":6},"Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A",{"$nulls":6}," "]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",{"$nulls":6},"Scott.Hasinger@deq.virginia.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",{"$nulls":6},"Email"]
[null,"Water-Quality Data Collector 5","1.0  Point of Contact",null,"DataCollector5PointOfContactState",null,"G",{"$nulls":6},"DataCollector5PointOfContactVirginia"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",{"$nulls":6},"Data and sample collection point of contact, selected (River Input Monitoring, RIM) Primary Stations, Virginia, at selected state sites, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",{"$nulls":6},"Water Quality Specialist"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",{"$nulls":6},"Dr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",{"$nulls":6},"Kenneth E. Hyer"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",{"$nulls":6},"USGSVAWSC "]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",{"$nulls":6},"U.S. Geological Survey Virginia Water Science Center"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",{"$nulls":6},"Data and sample collection, at selected (River Input Monitoring, RIM) Primary Stations, in Virginia, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",{"$nulls":6},"2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",{"$nulls":6},"2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",{"$nulls":6},"Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",{"$nulls":6},"2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",{"$nulls":6},"U.S. Geological Survey                           Virginia Water Science Center                     1730 East Parham Road "]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",{"$nulls":6},"Richmond"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",{"$nulls":6},"VA"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",{"$nulls":6},23228]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",{"$nulls":6},"US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",{"$nulls":6},"U.S. Geological Survey                           Virginia Water Science Center                    1730 East Parham Road "]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",{"$nulls":6},"Richmond"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",{"$nulls":6},"VA"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",{"$nulls":6},23228]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",{"$nulls":6},"US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",{"$nulls":6},"---"]
[]
[]
[]
[]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",{"$nulls":6},"1 804 261 2636 "]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",{"$nulls":6},"Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A",{"$nulls":6}," "]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",{"$nulls":6},"kenhyer@usgs.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",{"$nulls":6},"Email"]
[]
[null,"Water-Quality Laboratory 1, Primary Stations except for River Input Monitoring, Stations","1.0  Point of Contact",null,"WaterQualityLaboratry1PointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",null,"State laboratory point of contact, for analysis of Primary Station water-quality samples, from Delaware, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","National laboratory point of contact, for analysis of Primary and Secondary Station water-quality samples, from West Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring ","Contract laboratory point of contact, for analysis of Primary Station water-quality samples, from New York, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","State laboratory point of contact, for analysis of selected Primary Station water-quality samples, in Maryland, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring ","State laboratory point of contact, for analysis of Primary Station water-quality samples, in Pennsylvania, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring ","State laboratory point of contact, for analysis of selected Primary Station water-quality samples, in Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring "]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",null,"Laboratory Manager II","Supervisory Chemist","Laboratory Director","Laboratory Scientist Supervisor, and Acting Laboratory Scientist Lead, Nutrients","Special Assistant to Laboratory Operations","Director Laboratory Operations"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",null,"Ms.","Mr.","Mr.","Mr. or Dr. ","Dr.","Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",null,"Kathy A. Knowles","Harold D. Aroudel","Michael K. Perry","Shahla Ameli","Pamela J. Higgins","Edwin F. Shaw"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G",{"$nulls":6},"Virginia Department of General Services, Division of Consolidated Laboratory Services"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",null,"DEDNREC","USGSNWQL","CASINC","MDHMHLAECD","PADEPBOL","VADCLS"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water","U.S. Geological Survey National Water-Quality Laboratory","Columbia Analytical Service, Inc.","Maryland Department of Health and Mental Hygiene, Laboratories Administration Environmental Chemistry Division, Inorganics Analytical Laboratory","Pennsylvania Department of Environmental Protection, Bureau of Laboratories","Virginia Department of General Services, Division of Consolidated Laboratory Services"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",null,"Analysis of Primary Station water-quality samples from Delaware, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Analysis of Primary Station water-quality samples, from West Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Analysis of Primary Station water-quality samples, from New York, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Analysis of selected Primary Station water-quality samples, from Maryland, for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Analysis of Primary Station water-quality samples, from Pennsylvania, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","Analysis of selected Primary Station water-quality samples, from Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",null,"2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",null,"2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",null,"Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",null,"2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",null,"Delaware Department of Natural Resources and Environmental Control. Division of Water                                           89 Kings Highway","U.S. Geological Survey                      National Water Quality Laboratory                                      Denver Federal Center                                ","Columbia Analytical Service, Inc. Building 300, Suite 360","Maryland Department of Health and Mental Hygiene, Laboratories Administration Environmental Chemistry Division, Inorganics Analytical Laboratory                       201 W. Preston Street","Pennsylvania Department of Environmental Protection               Bureau of Laboratories                        2575 Interstate Drive","Virginia Department of General Services, Division of Consolidated Laboratory Services 600 North 5th Street, Suite 209 \n"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A",null,null,"Building 95 P.O. Box 25585"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",null,"Dover","Denver","Rochester","Baltimore","Harrisburg","Richmond"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",null,"DE","CO","NY","MD ","PA","VA"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",null,19901,"80225-0046",14623,21201,"17110-9332",23219]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",null,"Delaware Department of Natural Resources and Environmental Control, Division of Water                                            89 Kings Highway","U.S. Geological Survey                      National Water Quality Laboratory                                      Denver Federal Center                                ","Columbia Analytical Service, Inc. Building 300, Suite 360","Maryland Department of Health and Mental Hygiene, Laboratories Administration Environmental Chemistry Division, Inorganics Analytical Laboratory                       201 W. Preston Street","Pennsylvania Department of Environmental Protection               Bureau of Laboratories                        2575 Interstate Drive","Virginia Department of General Services, Division of Consolidated Laboratory Services 600 North 5th Street, Suite 209 \n"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A",null,null,"Building 95 P.O. Box 25585"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",null,"Dover","Denver","Rochester","Baltimore","Harrisburg","Richmond"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",null,"DE","CO","NY","MD ","PA","VA"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",null,19901,"80225-0046",14623,21201,"17110-9332",23219]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",null,"Kent","Lakewood","Ulster","Baltimore ","Dauphin","---"]
[]
[]
[]
[]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",null,"1 302 739 9942","1 303 236 3151","1 585 288 5380","1 410 767 6190\n","1 717 346 8233","1 804 648 4480"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",null,"Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A",{"$nulls":6},219]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",null,"kathy.knowles@state.de.us","ardorel@usgs.gov","MPerry@caslab.com","AmeliS@dhmh.state.md.us","pahiggins@pa.gov","Ed.Shaw@dgs.virginia.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",null,"Email","Email","Email","Email","Email","Email"]
[null,"Water-Quality Laboratory 2, For Primary River Input Monitoring Sattions","1.0  Point of Contact",null,"WaterQualityLaboratry1PointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",{"$nulls":4},"National laboratory point of contact, for analysis of selected (River Input Monitoring) Primary Station water-quality samples, from Maryland, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring ",null,"National laboratory point of contact, for analysis of selected (River Input Monitoring) Primary Station water-quality samples, from Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring "]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",{"$nulls":4},"Supervisory Chemist",null,"Supervisory Chemist"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",{"$nulls":4},"Mr.",null,"Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",{"$nulls":4},"Harold D. Aroudel",null,"Harold D. Aroudel"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",{"$nulls":4},"USGSNWQL",null,"USGSNWQL"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",{"$nulls":4},"U.S. Geological Survey National Water-Quality Laboratory",null,"U.S. Geological Survey National Water-Quality Laboratory"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",{"$nulls":4},"Analysis of selected (River Input Monitoring, RIM) Primary Station water-quality samples, from Maryland, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring",null,"Analysis of selected (River Input Monitoring, RIM) Primary Station water-quality samples, from Virginia, for Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",{"$nulls":4},"2010-01-01",null,"2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",{"$nulls":4},"2013-01-01",null,"2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",{"$nulls":4},"Active",null,"Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",{"$nulls":4},"2012-01-23",null,"2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",{"$nulls":4},"U.S. Geological Survey                      National Water Quality Laboratory                                      Denver Federal Center                                ",null,"U.S. Geological Survey                      National Water Quality Laboratory                                      Denver Federal Center                                "]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A",{"$nulls":4},"Building 95 P.O. Box 25585",null,"Building 95 P.O. Box 25585"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",{"$nulls":4},"Denver",null,"Denver"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",{"$nulls":4},"CO",null,"CO"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",{"$nulls":4},"80225-0046",null,"80225-0046"]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",{"$nulls":4},"US",null,"US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",{"$nulls":4},"U.S. Geological Survey                      National Water Quality Laboratory                                      Denver Federal Center                                ",null,"U.S. Geological Survey                      National Water Quality Laboratory                                      Denver Federal Center                                "]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A",{"$nulls":4},"Building 95 P.O. Box 25585",null,"Building 95 P.O. Box 25585"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",{"$nulls":4},"Denver",null,"Denver"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",{"$nulls":4},"CO",null,"CO"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",{"$nulls":4},"80225-0046",null,"80225-0046"]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",{"$nulls":4},"US",null,"US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",{"$nulls":4},"Lakewood",null,"Lakewood"]
[]
[]
[]
[]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",{"$nulls":4},"1 303 236 3151",null,"1 303 236 3151"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",{"$nulls":4},"Office",null,"Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",{"$nulls":4},"ardorel@usgs.gov",null,"ardorel@usgs.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",{"$nulls":4},"Email",null,"Email"]
[null,"Water-Quality Laboratory 3, USGS, for suspended sediment, stormflows","1.0  Point of Contact",null,"WaterQualityLaboratory2PointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",null,"USGS laboratory point of contact, for the analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","USGS laboratory point of contact, for the analyses of suspended sediment in storm samples, West Virginia, for the Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","USGS laboratory point of contact, for the analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","USGS laboratory point of contact, for the analyses of suspended sediment in storm samples, West Virginia, for the Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","USGS laboratory point of contact, for the analyses of suspended sediment in storm samples, West Virginia, for the Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring","USGS laboratory point of contact, for the analyses of suspended sediment in storm samples, West Virginia, for the Chesapeake Bay Program Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",null,"Hydrologic Technician","Hydrologic Technician","Hydrologic Technician","Hydrologic Technician","Hydrologic Technician","Hydrologic Technician"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",null,"Ms.","Ms.","Ms.","Ms.","Ms.","Ms."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",null,"Aimee C. Downs","Aimee C. Downs","Aimee C. Downs","Aimee C. Downs","Aimee C. Downs","Aimee C. Downs"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",null,"USGSKYSL","USGSKYSL","USGSKYSL","USGSKYSL","USGSKYSL","USGSKYSL"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",null,"United States Geological Survey Kentucky Sediment Laboratory","United States Geological Survey Kentucky Sediment Laboratory","United States Geological Survey Kentucky Sediment Laboratory","United States Geological Survey        Kentucky Sediment Laboratory","United States Geological Survey        Kentucky Sediment Laboratory","United States Geological Survey        Kentucky Sediment Laboratory"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",null,"Analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Analyses of suspended sediment in storm samples, Delaware, for the Chesapeake Bay Program Nontidal Network for Water Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",null,"2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",null,"2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",null,"Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",null,"2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",null,"U.S. Geological Survey                Sediment Laboratory                                                 9818 Bluegrass Parkway","U.S. Geological Survey                Sediment Laboratory                                                   9818 Bluegrass Parkway","U.S. Geological Survey Sediment Laboratory                                                 9818 Bluegrass Parkway","U.S. Geological Survey                              Sediment Laboratory                                                  9818 Bluegrass Parkway","U.S. Geological Survey                              Sediment Laboratory                                                  9818 Bluegrass Parkway","U.S. Geological Survey                              Sediment Laboratory                                                  9818 Bluegrass Parkway"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",null,"Louisville","Louisville","Louisville","Louisville","Louisville","Louisville"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",null,"KY","KY","KY","KY","KY","KY"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",null,40299,40299,40299,40299,40299,40299]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",null,"U.S. Geological Survey                Sediment Laboratory                                              9818 Bluegrass Parkway","U.S. Geological Survey                 Sediment Laboratory                                                9818 Bluegrass Parkway","U.S. Geological Survey Sediment Laboratory                                              9818 Bluegrass Parkway","U.S. Geological Survey                         Sediment Laboratory                                             9818 Bluegrass Parkway","U.S. Geological Survey                         Sediment Laboratory                                             9818 Bluegrass Parkway","U.S. Geological Survey                         Sediment Laboratory                                             9818 Bluegrass Parkway"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",null,"Louisville","Louisville","Louisville","Louisville","Louisville","Louisville"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",null,"KY","KY","KY","KY","KY","KY"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",null,40299,40299,40299,40299,40299,40299]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A",null,"Jefferson","Jefferson","Jefferson","Jefferson","Jefferson","Jefferson"]
[]
[]
[]
[]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",null,"502 493 1944","502 493 1944","502 493 1944","502 493 1944","502 493 1944","502 493 1944"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",null,"Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",null,"acdowns@usgs.gov","acdowns@usgs.gov","acdowns@usgs.gov","acdowns@usgs.gov","acdowns@usgs.gov","acdowns@usgs.gov"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",null,"Email","Email","Email","Email","Email","Email"]
[null,"Data Client (CBP Data Manager)","1.0  Point of Contact",null,"ProjectDataClientPointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",null,"Project Data Client (CBP Data Manager) point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Data Client (CBP Data Manager) point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Data Client (CBP Data Manager) point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Data Client (CBP Data Manager) point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Data Client point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Data Client (Manager point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",null,"Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager ","Water Quality Data Manager "]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",null,"Mr.","Mr.","Mr.","Mr.","Mr.","Mr."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",null,"Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee","Michael E. Mallonee"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",null,"ICPRB","ICPRB","ICPRB","ICPRB","ICPRB","ICPRB"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",null,"Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin","Interstate Commission on the Potomac River Basin"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",null,"Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data aggregation for Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",null,"2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",null,"2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",null,"Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",null,"2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",null,"Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",null,"Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",null,"MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",null,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",null,"Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",null,"Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",null,"MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",null,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A"]
[]
[]
[]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",null,"1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785","1 410 267 5785"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",null,"Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",null,"mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net","mmallone@chesapeakebay.net"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",null,"Email","Email","Email","Email","Email","Email"]
[null,"Project Coordinator","1.0  Point of Contact",null,"ProjectCoordinatorPointOfContact",null,"G"]
[{"$nulls":3},"1.1 Individual",null,"IndividualIdentity","G"]
[{"$nulls":3},"1.1.1 Individual Identifier",null,"IndividualIdentifier","A",null,"Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring","Project Coordinator point of contact for Chesapeake Bay Program Nontidal Network for Water Quality Monitoring"]
[{"$nulls":3},"1.1.2 Individual Title Text",null,"IndividualTitleText","A",null,"Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst","Water Quality Analyst"]
[{"$nulls":3},"1.1.3 Name Prefix Text",null,"NamePrefixText","A",null,"Ms.","Ms.","Ms.","Ms.","Ms.","Ms."]
[{"$nulls":3},"1.1.4 Individual Full Name",null,"IndividualFullName","A",null,"Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman","Katherine L. Foreman"]
[{"$nulls":3},"1.2 Organization",null,"OrganizationIdentity","G"]
[{"$nulls":3},"1.2.1 Organization Identifier",null,"OrganizationIdentifier","A",null,"UMCES","UMCES","UMCES","UMCES","UMCES","UMCES"]
[{"$nulls":3},"1.2.2 Organization Formal Name",null,"OrganizationFormalName","A",null,"University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science","University of Maryland Center for Environmental Science"]
[{"$nulls":3},"1.3 Affiliation",null,"Affiliation","G"]
[{"$nulls":3},"1.3.1 Affiliation Type Text",null,"AffiliationTypeText","A",null,"Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring","Annual (Water-Year) data collection and aggregation for Nitrogen, Phosphorus, and Sediment Trends and Loads, Chesapeake Bay Program, Nontidal Network for Water-Quality Monitoring"]
[{"$nulls":3},"1.3.2 Affiliation Start Date",null,"AffiliationStartDate","D",null,"2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01","2010-01-01"]
[{"$nulls":3},"1.3.3 Affiliation End Date",null,"AffiliationEndDate","D",null,"2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01","2013-01-01"]
[{"$nulls":3},"1.3.3 Affiliation Status Text",null,"AffiliationStatusText","A",null,"Active","Active","Active","Active","Active","Active"]
[{"$nulls":3},"1.3.4 Affiliation Status Determine Date",null,"AffiliationStatusDetermineDate","D",null,"2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23","2012-01-23"]
[null,null,"2.0  Address",null,"Address",null,"G"]
[{"$nulls":3},"2.1 Mailing Address",null,"MailingAddress","G"]
[{"$nulls":3},"2.1.1 Mailing Address Text",null,"MailingAddressText","A",null,"Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.1.2 Supplemental Address Text",null,"SupplementalAddressText","A"]
[{"$nulls":3},"2.1.3 Mailing Address City Name",null,"MailingAddressCityName","A",null,"Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.1.4 Mailing Address State Code",null,"MailingAddressStateCode","A",null,"MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.1.5 Mailing Address Postal Code",null,"MailingAddressPostalCode","A",null,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.1.6 Mailing Address Country Code",null,"MailingAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2 Location Address",null,"LocationAddress","G"]
[{"$nulls":3},"2.2.1 Location Address Text",null,"LocationAddressText","A",null,"Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112","Chesapeake Bay Program                                     410 Severn Avenue, Suite 112"]
[{"$nulls":3},"2.2.2 Supplemental Location Text",null,"SupplementalLocationText","A"]
[{"$nulls":3},"2.2.3 Locality Name",null,"LocalityName","A",null,"Annapolis","Annapolis","Annapolis","Annapolis","Annapolis","Annapolis"]
[{"$nulls":3},"2.2.4 Location Address State Code",null,"LocationAddressStateCode","A",null,"MD","MD","MD","MD","MD","MD"]
[{"$nulls":3},"2.2.5 Location Address Postal Code",null,"LocationAddressPostalCode","A",null,21403,21403,21403,21403,21403,21403]
[{"$nulls":3},"2.2.6 Location Address Country Code",null,"LocationAddressCountryCode","A",null,"US","US","US","US","US","US"]
[{"$nulls":3},"2.2.7 Location Address County Code",null,"LocationAddressCountyCode","A"]
[null,null,"3.0 Communication",null,"Communication"]
[{"$nulls":3},"3.1 Telephonic",null,"Telephonic","G"]
[{"$nulls":3},"3.1.1 Telephone Number Text",null,"TelephoneNumberText","A",null,"1 410 267 9837","1 410 267 9837","1 410 267 9837","1 410 267 9837","1 410 267 9837","1 410 267 9837"]
[{"$nulls":3},"3.1.2 Telephone Number Type",null,"TelephoneNumberType","A",null,"Office","Office","Office","Office","Office","Office"]
[{"$nulls":3},"3.1.3 Telephone Extension Number Text",null,"TelephoneExtensionNumberText","A"]
[{"$nulls":3},"3.2 Electronic Address",null,"ElectronicAddress","G"]
[{"$nulls":3},"3.2.1 Electronic Address Text",null,"ElectronicAddressText","A",null,"kforeman@chesapeakebay.net","kforeman@chesapeakebay.net","kforeman@chesapeakebay.net","kforeman@chesapeakebay.net","kforeman@chesapeakebay.net","kforeman@chesapeakebay.net"]
[{"$nulls":3},"3.2.2 Electronic Address Type Name",null,"ElectronicAddressTypeName","A",null,"Email","Email","Email","Email","Email","Email"]