Name:

Method

Description:

null

Authority:

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Reference List

Code Sort Order Valid Flag Name Description
1 true Unspecified The method was unspecified and the code left blank
00001 2 true NH3+org-N, sus AMMONIA+ORGANIC-N,SUS
00002 3 true ATP in phytoplankton, wu ATP Phytoplankton
00003 4 true Radium-228, with 226, wf, RC, LF Radium-228, with Ra-226, radiochemical separation and beta counting (RC), lab filtered (LF)
00004 5 true NAWQA Reconstructed Trends Determination of Elements in Reservoir and Lake Sediments for the NAWQA Reconstructed Trends National Systhesis by the USGS NRP Laboratory (Ted Callendar) in Reston, Virginia
00005 6 true 16 addons to method 2002 16 addons to method 2002
00006 7 true Alpha 2SPE, Th-230, wf, GA,LF 2SPE, gross alpha (GA), FIL, lab filtered (LF), Thorium-230 curve (TH230)
00007 8 true Alpha 2SPE, Th-230, wf, GA,HA,LF 2SPE, gross alpha (GA), high solids alpha (HA), FIL, Thorium-230 (T), lab filtered (LF)
00008 9 true Surrogate in Glyphosate method Added surrogate to Glyphosate method
00009 10 true Analysis of extract - custom Analysis of extract - custom
00010 11 true Chloride, LL, wf CHLORIDE, FIL LOWLVL
00011 12 true DOC, 0.7um GFF Carbon, organic filtered .7GF
00012 13 true Coal in BTM, DW Coal in BTM, DW
00013 14 true Cooler temperature Cooler temperature at login, degrees C
00014 15 true DOC, Arocap filtration (NY) Custom Method for New York, DOC by Arocap Filtration
00015 16 true Remap to GM004 through GM007 Remap Mcode 00015 use with filtered Pcodes to GM004, unfiltered to GM005, solids to GM006, and suspended sediment Pcodes to GM007
00016 17 true SOC, GFF (NY) Custom Method for New York, SOC by Glass Fiber Filtration
00017 18 true DOC w/ high cloride levels (NJ) Custom Organic Method for New Jersey, DOC with high cloride levels
00018 19 true SOC, high volume, GFF (NJ) Custom Organic Method for New Jersey, SOC high volume by glass fiber filter
00019 20 true Custom PAH's, bed sediment (NJ) Custom PAH's in bed sediment - Gibs
00020 21 true Custom PCB Congeners in Solids Custom PCB Congeners in Solids
00021 22 true Pharmaceuticals, wf, Sch 2080 Human-Health Pharmaceuticals in Filtered Water by Chemically Modified Styrene-Divinylbenzene Resin-Based Solid-Phase Extraction and High-Performance Liquid Chromatography/Mass Spectrometry
00022 23 true Custom VOC Analysis for NAWQA Custom VOC Analysis for NAWQA
00023 24 true Custom add-on to Sch 1433, NY Custom add-on to schedule 1433 - NY
00024 25 true Custom add-on to schedule 2060 Custom add-on to schedule 2060
00025 26 true Custom air method - Foreman Custom air method - Foreman
00026 27 true Custom bed sed method Custom bed sed method
00027 28 true Custom iron in sediment Custom iron in sediment
00028 29 true Custom method 9010 Custom method 9010 - terbufos and phorate with degradates
00029 30 true Custom PBDEs - Sandstrom Custom polybrominated diphenyl ethers - Sandstrom
00030 31 true Flavors, fragrances, etc, solids Flavors, fragrances, and UV inhibitors in solids Burkhardt/Zaugg
00031 32 true Fragrance method Fragrance method
00032 33 true Gamma-scan, wf, spec (Eberline) Gamma-scan, water, filtered, by gamma spectrometry (analysis by Eberline Services)
00033 34 true Arsenic, bed sed, GD Geologic Division, Arsenic, BTM, <180 ug/g
00034 35 true Selenium, bed sed, GD Geologic Division, Selenium, <180 UGG, BTM
00035 36 true Inorganic carbon, GD Geologic Division, inorganic carbon
00036 37 true Organic carbon, GD Geologic Division, organic carbon
00037 38 true Halogenated compounds, solids Halogenated compounds in solids Burkhardt/Zaugg
00038 39 true Mercury, solids, EPA method 7474 Implementation of EPA method 7474 for mercury in solids
00039 40 true Organic carbon, bed sed, LECO LECO, Organic Carbon, BTM
00040 41 true Total carbon, bed, LECO LECO, Total carbon, BTM
00041 42 true Lead-210, sus,eichrom/beta count Lead-210, suspended sediment, pCi/g, by eichrom/beta counting
00042 43 true Ammonia, wf N, NH4 as N, FIL
00043 44 true Ammonia, LL, wf N, NH4 as N, FIL low-level
00044 45 true NH3+org-N, wf N, NH4+OGR as N, FIL
00045 46 true NO2+NO3, wf, HYD DSCRT NO2+NO3-D HYD DSCRT
00046 47 true NO2+NO3, LL, wf, HYD DSCRT NO2+NO3DLL HYD DSCRT
00048 48 true Nutrients, wf, color, DA Nutrients in filtered water, colorimetric, by discrete analyzer
00049 49 true Nutrients, wf, NaR, colorimetric Nutrients in filtered water by enzymatic reductase colorimetry by discrete analyzer
00050 50 true Plant pigments, sonication & 445 Plant pigments in algae by EPA Method 445.0 (fluorescence) modified by use of sonication for sample extraction
00051 51 true New analyte, pharmaceutical meth New analyte for pharmaceutical method
00052 52 true Remap P90797/M00052 to M00021 Remap Mcode 00052 where it is associated with Pcode 90797 to Mcode 00021
00053 53 true New surrogate, wastewater tracer New surrogate for wastewater tracer methods
00054 54 true OBSP Orphans, sediment spike mix OBSP Orphan constituents in sediment spike mixes
00055 55 true OBSP Orphans, water spike mixes OBSP Orphan constituents in water spike mixes
00056 56 true Total carbon in OF 96-525 OF 96-525 total carbon w/no specified sieve size
00057 57 true Organic carbon, bed sed Organic Carbon, BTM
00058 58 true Ortho-PO4, LL, wf P, Ortho-P as P, FIL low-level
00060 59 true Proveout pending Proveout pending
00061 60 true Radium-228, RC, not 226, LF Radium-228, radiochemical separation and beta counting (RC), not radium-226, lab filtered (LF)
00062 61 true Radium-228, RC, with 226, FF Radium-228, radiochemical separation and beta counting (RC), with radium-226, field filtered (FF)
00063 62 true Radon, wu, with Data Package Radon, water, unfiltered, pCi/L - with Data Package
00064 63 true Reference materl or spike source Reference material or spike, source, code
00065 64 true Spike Date - VOC Spike Date - VOC
00066 65 true Spike volume, mL Spike volume, mL
00067 66 true Strontium-90,bed,sepr beta count Strontium-90, bed sediment, pCi/g, by chemical separation and beta counting
00068 67 true Bromoform, wu, THM method THM - Bromoform
00069 68 true Total PCBs, bed, Sch 2504 add-on Total PCB analysis of bed sediment as add-on to schedule 2504
00070 69 true Total carbon, solids Total carbon, solids
00071 70 true Total-N, solids Total nitrogen, slds
00072 71 true Trittum, E-GASS,ERR, ERR Trittum, E-GASS,ERR, ERR
00073 72 true Sulfate, wf, turbidimetry (NWQL) Turbidimetric analysis
00074 73 true Sulfate, wf,turb,bkg corr (NWQL) Turbidimetric analysis, background corrected
00075 74 true Add-ons to schedule 2002 Unapproved Add-ons to schedule 2002
00077 75 true U (natural), wf Uranium, water, filtered, pCi/L
00078 76 true Uranium-238, bed sed, alpha spec Uranium-238, Bottom Material, by Alpha Spectrometry
00079 77 true Inorg carbon, bed<2mm, Van Slyke Van Slyke, Inorganic carbon, BTM
00080 78 true Nutrients, wu, Ocala coops Whole water nutrients for Ocala cooperators
00081 79 true non-std preservation (freezing) non-std preservation (freezing)
00082 80 true COD, Hach CHEMICAL OXYGEN DEMAND (HACH)
00083 81 true JULIAN LOGIN DATE JULIAN LOGIN DATE
00084 82 true QWSU LAB ID NUMBER QWSU LAB ID NUMBER
00085 83 true Manometer board -oil Manometer board -oil
00086 84 true Manometer board -water Manometer board -water
00087 85 true Cyanide, wu, EPA meth, contract EPA approved method, Cyanide, WWR, contract
00088 86 true Phenols, wu, recoverable Phenols, Total Recoverable, Water
00089 87 true Chlorophyll a, periphyton CHLOROPHYLL-A (PERI)
00090 88 true Chlorophyll a, phytoplankton CHLOROPHYLL-A (PHYTO)
00091 89 true Chlorophyll b, periphyton CHLOROPHYLL-B (PERI)
00092 90 true Chlorophyll b, phytoplankton CHLOROPHYLL-B (PHYTO)
00093 91 true Biomass (Standing Crop) Determination of Biomass (Standing Crop)
00094 92 true Salinity SALINITY (PPT)
00095 93 true THIOCYANATE TOTAL THIOCYANATE TOTAL
00096 94 true FLUORIDE TOTAL FLUORIDE TOTAL
00097 95 true BOD, wu, incub 5d @ 20C, EPAmeth BOD 5-DAY AT 20 DEG (EPA)
00098 96 true Carbonaceous BOD (Ocala) BOD CARBONACEOUS
00099 97 true BOD, wu, incub 5d @ 20C (Ocala) 5-Day BOD Test
00100 98 true DIGESTION IN BOTTLE DIGESTION IN BOTTLE
00101 99 true Oil and grease, wu, EPA 1664 EPA Method 1664, Oil & Grease
00102 100 true Total petroleum hydrocarbons Total Petroleum Hydrocarbons (TPH)
00103 101 true Turbidity, EPA method TURBIDITY (NTU-EPA)
00104 102 true Selenium, wu, by EPA method SELENIUM TOTAL (EPA)
00105 103 true Antimony, wu, EPA meth, contract EPA approved method, Antimony, WWR, contract
00106 104 true Antimony, wu, EPA method ANTIMONY TOTAL (EPA)
00107 105 true Silver, EPA method (contract) Silver contract EPA
00108 106 true Thallium, wu, EPA meth, contract EPA approved method, Thallium, Whole Water Recoverable, contract
00109 107 true Anions, drinking water, IC Determination of inorganic anions in drinking water by ion chromatography
00110 108 true Acidity by EPA method ACIDITY AS H+ (EPA)
00111 109 true Chloride, wf, ferricyanide Colorimetric, Ferricyanide
00112 110 true NO2+NO3, wf, Cd-reduction &color Colorimetric, Automated, Cd Reduction
00113 111 true NO2+NO3, wu, DW NO2 + NO3 DW
00114 112 true Nitrite, wu, DW NO2 DW
00115 113 true NO2+NO3, LL, wu NITROGEN NO2+NO3-N TOTAL LL
00116 114 true Acidified per EPA requirement Sample was acidified to meet EPA requirement
00117 115 true Phosphorus, LL, wf, EPA method PHOSPHORUS AS P DISS LL (EPA)
00118 116 true Phosphorus, LL, wu, EPA method PHOSPHORUS AS P TOT LL (EPA)
00119 117 true Ortho-PO4, LL, wf, EPA method PHOSPHORUS PO4-P DIS LL EPA
00120 118 true COD by EPA method CHEMICAL OXYGEN DEMAND (EPA)
00121 119 true DOC, CO2 formation & detection Organic carbon in filtered water by combustion or oxidation to CO2 and detection by IR spectrometry or reduction to CH4 and GC-FID
00122 120 true TOC, combustion & CO2 detection Organic carbon in unfiltered water by combustion or oxidation to CO2 and detection by IR spectrometry or reduction to CH4 and GC-FID
00123 121 true DOC, EPA method CARBON ORGANIC DISSOLVED (EPA)
00124 122 true TOC, EPA method CARBON ORGANIC TOTAL (EPA)
00125 123 true Phenolics, wf, under development New phenolics method (filtered), in proveout to be announced mid-06
00126 124 true MBAS, wf, under development New MBAS method (filtered), in proveout, to be announced mid-06
00127 125 true PIC Carbon, inorganic, suspended (Total Particulate Inorganic Carbon (PIC))
00128 126 true Triazines, by EPA 507 Triazines EPA 507
00129 127 true Organochlorines by EPA 508 Pesticides, Chlorinated EPA 508
00130 128 true Herbicides by EPA 515.1 HERBICIDES EPA 515.1
00131 129 true m- & p-Xylene, high level, wu XYLENE M & P HL WWR
00132 130 true o-Xylene, high level, wu XYLENE ORTHO HL WWR
00133 131 true BNAs by EPA 525.2 BNAS BY EPA 525.2
00134 132 true Carbamates EPA 531.1 Carbamates EPA 531.1
00135 133 true Diquat by EPA 549.1 DIQUAT BY EPA 549.1
00136 134 true EPA Method 8321 EPA Method 8321- Analyte not in Method
00137 135 true USEPA 900.1
00138 136 true Pet hydrocarbons, slds,EPA 9071B EPA method 9071B, but Analyte not listed in method
00139 137 true Biomass/chlorophyll ratio Biomass/chlorophyll ratio for plankton
00140 138 true Elements, aquatic biologics Inorganic Constituents and Trace Metals in Aquatic Biological Material
00141 139 true USGS I-1556-77
00142 140 true USGS I-1738-85
00143 141 true USGS I-2547-78
00144 142 true Metals, wu, digestion Metals, digestion, unfiltered water, in-bottle
00145 143 true Ortho-PO4, LL, wu PHOSPHORUS PO4-P TOTAL LL
00146 144 true Invalid or undocumented meth no Invalid or undocumented method number
00147 145 true Invalid or undocumented meth no Invalid or undocumented method number
00148 146 true Weak acid dissociable cyanide,wu Weak acid dissociable cyanide in unfiltered water by distillation of cyanide at pH 4.5 to 6.0 and analysis of cyanide by titrimetric, colorimetric, or potentiometric procedures
AA001 147 true Aluminum, wf, direct AAS Aluminum in filtered water by direct AAS
AA003 148 true Barium, wf, direct AAS Barium in filtered water by direct AAS
AA004 149 true Beryllium, wf, direct AAS Beryllium in filtered water by direct AAS
AA005 150 true Cadmium, wf, direct AAS Cadmium in filtered water by direct AAS
AA007 151 true Calcium, LIS wf, AAS Calcium in low ionic strength filtered water by direct AAS
AA008 152 true Calcium, wf, direct AAS Calcium in filtered water by direct AAS
AA009 153 true Calcium, wf, direct AAS Calcium in filtered water by direct AAS
AA011 154 true Chromium, wf, direct AAS Chromium in filtered water by direct AAS
AA013 155 true Cobalt, wf, direct AAS Cobalt in filtered water by direct AAS
AA015 156 true Cobalt, LIS, GFAAS Cobalt in low ionic strength water by GFAAS
AA016 157 true Copper, wf, direct AAS Copper in filtered water by direct AAS
AA018 158 true Iron, wf, direct AAS Iron in filtered water by direct AAS
AA019 159 true Lead, wf, direct AAS Lead in filtered water by direct AAS
AA021 160 true Lithium, wf, direct AAS Lithium in filtered water by direct AAS
AA022 161 true Magnesium, wf, direct AAS Magnesium in filtered water by direct AAS
AA023 162 true Magnesium, LL, wf, direct AAS Magnesium, low level, in filtered water by direct AAS
AA024 163 true Magnesium, wf, direct AAS Magnesium in filtered water by direct AAS
AA025 164 true Manganese, wf, direct AAS Manganese in filtered water by direct AAS
AA028 165 true Nickel, wf, direct AAS Nickel in filtered water by direct AAS
AA030 166 true Potassium, wf, direct AAS Potassium in filtered water by direct AAS
AA031 167 true Potassium, LL, wf, direct AAS Potassium, low level, in filtered water by direct AAS
AA032 168 true Potassium, wf, direct AAS Potassium in filtered water by direct AAS
AA033 169 true Silica, wf, direct AAS Silica in filtered water by direct AAS
AA035 170 true Sodium, wf, direct AAS Sodium in filtered water by direct AAS
AA036 171 true Sodium, LL, wf, direct AAS Sodium, low level, in filtered water by direct AAS
AA037 172 true Sodium, wf, direct AAS Sodium in filtered water by direct AAS
AA038 173 true Strontium, wf, direct AAS Strontium in filtered water by direct AAS
AA039 174 true Zinc, wf, direct AAS Zinc in filtered water by direct AAS
AA040 175 true Aluminum, wu, USGS digest, AAS Aluminum recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA042 176 true Barium, wu, USGS digest, AAS Barium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA043 177 true Beryllium, wu, USGS digest, AAS Beryllium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA044 178 true Cadmium, wu, USGS digest, AAS Cadmium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA046 179 true Calcium, wu, USGS digest, AAS Calcium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA047 180 true Calcium, wu, EPA digestion, AAS Calcium recoverable from unfiltered water by nitric and hydrochloric acid (EPA) digestion, and direct AAS
AA048 181 true Chromium, wu, USGS digest, AAS Chromium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA050 182 true Cobalt, wu, USGS digest, AAS Cobalt recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA052 183 true Copper, wu, USGS digest, AAS Copper recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA054 184 true Iron, wu, USGS digest, AAS Iron recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA055 185 true Lead, wu, USGS digest,direct AAS Lead recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA057 186 true Lithium, wu, USGS digest AAS Lithium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA058 187 true Magnesium, wu, USGS digest, AAS Magnesium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA059 188 true Manganese, wu, EPA digest, AAS Magnesium recoverable from unfiltered water by nitric and hydrochloric acid (EPA) digestion, and direct AAS
AA060 189 true Manganese, wu, USGS digest, AAS Manganese recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA061 190 true Manganese, wu, AA-EXT MANGANESE TOTAL (AA-EXT)
AA063 191 true Nickel, wu, USGS digest, AAS Nickel recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA065 192 true Potassium, wu, USGS digest, AAS Potassium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA066 193 true Potassium, wu, EPA digest, AAS Potassium recoverable from unfiltered water by nitric and hydrochloric acid (EPA) digestion, and direct AAS
AA068 194 true Sodium, wu, USGS digest, AAS Sodium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA069 195 true Sodium, wu, EPA digest, AAS Sodium recoverable from unfiltered water by nitric and hydrochloric acid (EPA) digestion, and direct AAS
AA070 196 true Strontium, wu, USGS digest, AAS Strontium recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA071 197 true Zinc, wu, USGS digest, AAS Zinc recoverable from unfiltered water by dilute HCl (USGS) digestion and direct AAS
AA073 198 true Barium, bed, USGS digest, AAS Barium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA074 199 true Beryllium, bed, USGS digest, AAS Beryllium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA075 200 true Cadmium, bed, USGS digest, AAS Cadmium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA076 201 true Calcium, bed sed, AA AA, Calcium, BTM
AA077 202 true Chromium, bed, USGS digest, AAS Chromium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA078 203 true Cobalt, bed, USGS digest, AAS Cobalt recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA079 204 true Copper, bed, USGS digest, AAS Copper recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA080 205 true Iron, bed sed, flame AA AA, flame, Iron, BTM
AA081 206 true Lead, bed, USGS digest, AAS Lead recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA082 207 true Lithium, bed, USGS digest, AAS Lithium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA083 208 true Magnesium, bed, USGS digest, AAS Magnesium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA084 209 true Manganese, bed, USGS digest, AAS Manganese recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA087 210 true Nickel, bed, USGS digest, AAS Nickel recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA088 211 true Potassium, bed, USGS digest, AAS Potassium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA089 212 true Sodium, bed, USGS digest, AAS Sodium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA090 213 true Strontium, bed, USGS digest, AAS Strontium recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, and direct AAS
AA093 214 true Zinc, bed sed, flame AA AA, flame, Zinc, BTM
AA094 215 true Mercury, biota, therm, amal, AAS Mercury in biota by thermal decomposition, amalgamation, and atomic absorption spectrophotometry
AA095 216 true Elements, bs, AAS, GA WSC Elements in bed sediment by Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
AA096 217 true Elements, ss, AAS, GA WSC Elements in suspended sediment by Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
AA097 218 true Elements, soil, AAS, GA WSC Elements in soil by Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
AA098 219 true Elements, tissue, AAS, GA WSC Elements in tissue by Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
AA099 220 true Potassium, wf,direct AA (NRP/CO) Potassium, water, filtered, atomic absorption, direct (NRP @ CO WSC)
AC001 221 true Radium-228, wf, counting Ac-228 Radium-228, dissolved, determination by separation and counting of actinium-228
ACCUM 222 true Tritium by helium accumulation Tritium by helium-accumulation method
ACOUS 223 true Gage height, subm. acoustic Gage height, submersable acoustic
ADF01 224 true Chloride, LIS wf, AD thiocyanate Chloride in low ionic strength filtered water by automated discrete formation of ferric thiocyanate and colorimetry
ADF02 225 true Chloride, wf, AD thiocyanate Chloride in filtered water by automated discrete formation of ferric thiocyanate and colorimetry
ADVTN 226 true Advanced Tensiometer Advanced Tensiometer
AGE01 227 true Fish age from cleithra Age determined by analysis of cleithra sample(s)
AGE02 228 true Fish age from dorsal spine(s) Age determined by analysis of dorsal spine sample(s)
AGE03 229 true Fish age from length Age determined by analysis of length-frequency distribution
AGE04 230 true Fish age from multiple parts Age determined by analysis of more than one anatomical structure sample
AGE05 231 true Fish age from otolith(s) Age determined by analysis of otolith sample(s)
AGE06 232 true Fish age from pectoral spine(s) Age determined by analysis of pectoral spine sample(s)
AGE07 233 true Fish age from scale(s) Age determined by analysis of scale sample(s)
AIR01 234 true PAHs and alkylated PAHS in air Custom method: Bill Foreman, PAHs and alkylated PAHS in air samples
AIR02 235 true High use pesticides in air Custom method: Bill Foreman, High use pesticides in air samples
AIR03 236 true Pesticides and degradates in air Custom method: Bill Foreman, Moderate use pesticides and degradates in air samples
AIR04 237 true Wastewater compounds in air Custom method: Bill Foreman, Wastewater compounds in air samples
AIR05 238 true OCs, BDEs, PCBs in air samples Custom method: Bill Foreman, OCs, BDEs, PCBs in air samples
AIR06 239 true Hormones in air samples (custom) Custom method: Bill Foreman, Hormones in air samples
AIR07 240 true Capel/Foreman, new air method Organic compounds in air, extracted by Capel from air samples into a water matrix, the water extract is sent to the Kansas lab and run using their approved water method for these compounds, and then the data are converted by Capel to air units
AKP01 241 true Nutrients, wu, WCA,persulfate,CF Nutrients, unfiltered water, acidified, alkaline-persulfate digestion, continuous flow colorimetry
ALG01 242 true Hach-Hydrolab/Turner Designs,cyn Hach-Hydrolab with Turner Designs Cyanobacteria (blue-green algae) submersible fluorescence sensor, in-vivo fluorescence, phycocyanin, excitation 590 nm, emission 650 nm
ALG02 243 true YSI 6131 BGA-PC sensor YSI 6131 blue-green algae (BGA-PC) sensor, phycocyanin, in-vivo fluorescence, excitation 590-595 nm, emission 650-670 nm
ALG03 244 true Turner Designs SCUFA, Cyanobact Turner Designs SCUFA submersible fluorometer, in-vivo fluorescence, Cyanobacteria (blue-green algae), phycocyanin, excitation 590 nm, emission 670 nm
ALG04 245 true Turner Designs CYCLOPS-7, Cyanob Turner Designs CYCLOPS-7 submersible fluorometer, in-vivo fluorescence, Cyanobacteria (blue-green algae), phycocyanin, excitation 590 nm, emission 645-715 nm
ALGOR 246 false Computation by NWIS algorithm Computation by NWIS algorithm
AMS01 247 true C-14, solids, by AMS Carbon-14, Solid Material, by Accelerator Mass Spectrometry (AMS)
AMS02 248 true Carbon-14, wu, by AMS Carbon-14, Water, Unfiltered, by Accelerator Mass Spectrometry (AMS)
AQA01 249 false Hantush_thomas_anisotropy aquifer test with multiple wells for determination of anisotropy, analytical solution
AQA02 250 false Hantush_anisotropy aquifer test with multiple wells for determination of anisotropy, analytical solution
AQA03 251 false Maslia_randolph_anisotropy aquifer test with multiple wells for determination of anisotropy, analytical solution
AQA04 252 false Newman_etal_anisotropy aquifer test with multiple wells for determination of anisotropy, analytical solution
AQA05 253 false Papadopulos_anisotrpy aquifer test with multiple wells for determination of anisotropy, analytical solution
AQA06 254 false Glover_moody_anisotropy aquifer test with multiple wells for determination of anisotropy, analytical solution
AQA07 255 false Moench_anis_unconfined aquifer test with multiple wells for determination of anisotropy, analytical solution
AQB01 256 false Clark_barometric_efficiency several methods have been documented for computing barometric efficiency
AQD01 257 false Papadopulos_cooper_lg_wells aquifer test for large diameter wells, analytical solution
AQD02 258 false Darcy_lab_falling_head laboratory method using a falling-head permeameter
AQD03 259 false Darcy_lab_constant_head laboratory method using a constant-head permeameter
AQG01 260 false Hazen_grain-size determination of hydraulic conductivity using grain-size distribution
AQG02 261 false Slichter_grain_size determination of hydraulic conductivity using grain-size distribution
AQG03 262 false Kozeny_Carmen_grain_size determination of hydraulic conductivity using grain-size distribution
AQG04 263 false Alyamani_Sen_grain_size determination of hydraulic conductivity using grain-size distribution
AQG05 264 false Beyer_grain_size_dist determination of hydraulic conductivity using grain-size distribution
AQG06 265 false Terzaghi_grain_size determination of hydraulic conductivity using grain-size distribution
AQG07 266 false Kruger_grain_size determination of hydraulic conductivity using grain-size distribution
AQG08 267 false Sauerbrei_grain_size determination of hydraulic conductivity using grain-size distribution
AQG09 268 false USBR_grain_size determination of hydraulic conductivity using grain-size distribution
AQG10 269 false Zunker_grain_size determination of hydraulic conductivity using grain-size distribution
AQG11 270 false Zamarin_grain_size determination of hydraulic conductivity using grain-size distribution
AQI01 271 false Ferris_etal_image_well_conf aquifer test analysis with boundary condition duplicated by image well for confined aquifer (Theis analytical solution)
AQI02 272 false Ferris_etal_image_well_unconf aquifer test analysis with boundary condition duplicated by image well for unconfined aquifer (Theis analytical solution)
AQM01 273 false Neuman_multiple_leaky_aquifers aquifer test with multiple wells for multiple leaky aquifers analytical solution
AQM02 274 false Cooper_straight_mult_obs_well aquifer test with multiple observation wells confined, analytical solution
AQM03 275 false Theis_confined_mult_obs_well aquifer test with multiple observation wells confined, analytical solution
AQM04 276 false Chow_confined_mult_obs_well aquifer test with multiple observation wells confined, analytical solution
AQM05 277 false Hantush_dist_dd_confined aquifer test with multiple well equilibrium method (distance-drawdown for example), analytical solution
AQM06 278 false Theim_dist_dd_unconfined aquifer test with multiple well equilibrium method (distance-drawdown for example), analytical solution
AQM07 279 false Moench_dual_porosity aquifer test with multiple observation wells for dual porosity fracture flow, analytical solution
AQM08 280 false Hantush_jac_mult_leaky_aquifer aquifer test with multiple wells for a leaky aquifer, analytical solution
AQM09 281 false Hantush_mult_leaky_aquifer aquifer test with multiple wells for a leaky aquifer, analytical solution
AQM10 282 false Hantush_mult_leaky_aquifer2 aquifer test with multiple wells for a leaky aquifer, analytical solution
AQM11 283 false Walton_mult_leaky_aquifer aquifer test with multiple wells for a leaky aquifer, analytical solution
AQM12 284 false MODFLOW_method aquifer test with multiple wells using numerical method, such as MODFLOW
AQM13 285 false SUTRA_method aquifer test with multiple wells using numerical method, such as MODFLOW
AQM14 286 false Boulton_unconf_delayed_yield aquifer test with multiple observation wells unconfined, analytical solution
AQM15 287 false Moench_unconfined aquifer test with multiple observation wells unconfined, analytical solution
AQM16 288 false Neuman_unconfined aquifer test with multiple observation wells unconfined, analytical solution
AQM17 289 false Neuman_unconf_part_penetration aquifer test with multiple observation wells unconfined, analytical solution
AQM18 290 false Theis_jacob_unconfined aquifer test with multiple observation wells unconfined, analytical solution
AQM19 291 false Moench_partial_pene_unconf aquifer test with multiple observation wells unconfined, analytical solution
AQM20 292 false Dagan_unconf aquifer test with multiple observation wells unconfined, analytical solution
AQM21 293 false Prickett_unconf aquifer test with multiple observation wells unconfined, analytical solution
AQR01 294 false Cooper_jacob_recovery aquifer test analysis of the recovery after pumping ceases
AQR02 295 false Theis_recovery aquifer test analysis of the recovery after pumping ceases
AQS01 296 false Bouwer_rice_slug single well slug test methods, analytical solution
AQS02 297 false Butler_garnett_slug single well slug test methods, analytical solution
AQS03 298 false Cooper_brede_papa_slug single well slug test methods, analytical solution
AQS04 299 false Hvorslev_slug single well slug test methods, analytical solution
AQS05 300 false Vanderkamp_underdamped_slug single well slug test methods, analytical solution
AQS06 301 false Ferris_knowles_slug single well slug test methods, analytical solution
AQS07 302 false Cooper_jacob_pumping_well aquifer test with single pumping well confined, analytical solution
AQS08 303 false Theis_pumping_well aquifer test with single pumping well confined, analytical solution
AQS09 304 false Jacob_lohman_flowing_well aquifer test with single flowing well (constant drawdown variable discharge), analytical solution
AQS10 305 false Hantush_flow_well_leak_aquifer aquifer test with single flowing well in a leaky aquifer (constant drawdown variable discharge), analytical solution
AQS11 306 false Brown_spec_capacity_conf single well, specific capacity test, confined aquifer
AQS12 307 false Driscoll_spec_capacity_conf single well, specific capacity test, confined aquifer
AQS13 308 false Driscoll_spec_capacity_unconf single well, specific capacity test, unconfined aquiufer
AQS14 309 false Theis_spec_capacity_unconf single well, specific capacity test, unconfined aquiufer
AQS15 310 false Driscoll_step_drawdown_test single well step-drawdown, analytical solution
AQS16 311 false Rorabaugh_step_drawdown_test single well step-drawdown, analytical solution
AQW01 312 false Ferris_WL_fluctuation hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW02 313 false Hsieh_brede_farr_earth_tide hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW03 314 false Jiao_tang_tidal_fluctuation hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW04 315 false Rhoads_robin_tidal_fluc hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW05 316 false Ritzi_soroos_hsieh_atmos_tides hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW06 317 false Pinder_brede_cooper_diffusivity hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW07 318 false Stallman_papa_diffusivity hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW08 319 false Rorabaugh_WL_fluctuation hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AQW09 320 false Roj_riley_earth_tides_atmos hydraulic properties determined from tides, earth tides, or other causes of water level fluctuations in wells
AS001 321 true Am-241, bs, alpha (STL) Americium-241, bed sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS002 322 true Am-241, ss, alpha spectrometry Americium-241, Suspended, by Alpha Spectrometry
AS003 323 true Am-241, wf, alpha spectrometry Americium-241, Water, Filtered, by Alpha Spectrometry
AS004 324 true Am-241, wu, alpha (STL) Americium-241, water, unfiltered @ 0.1 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS005 325 true Am-241, bs, alpha (Eberline) Americium-241, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS006 326 true Am-241, ss, alpha spectrometry Americium-241, suspended sediment, pCi/g, by alpha spectrometry
AS007 327 true Am-241, wf, alpha spectrometry Americium-241, Water, Filtered, by Alpha Spectrometry
AS008 328 true Am-241, wu, alpha (Eberline) Americium-241, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS009 329 true Alpha 2SPE, U(natural), wf G.ALPHA, FIL, U-NA
AS011 330 true Gross alpha,Th-230,wf (Eberline) Gross alpha radioactivity, Thorium-230 curve, with data package, water, filtered (analysis by Eberline Services)
AS012 331 true Gross alpha, Th-230, wf, HS Gross alpha radioactivity, Thorium-230 curve, with data package, water, filtered, pCi/L, high solids
AS013 332 true Gross alpha, Th-230, wu, 30 day Gross alpha radioactivity, Thorium-230 curve, with data package, water, unfiltered, pCi/L, 30 day recount
AS014 333 true Gross alpha, Th-230, wu, 72 hr Gross alpha radioactivity, Thorium-230 curve, with data package, water, unfiltered, pCi/L, 72 hours
AS015 334 true Gross alpha, Th-230, wu, HS Gross alpha radioactivity, Thorium-230 curve, with data package, water, unfiltered, pCi/L, high solids
AS016 335 true Gross alpha, Th-230, wf, 30 day Gross alpha radioactivity, Thorium-230 curve, 30 day recount, water, filtered
AS017 336 true Gross alpha, Th-230, wf, 72 hr Gross alpha radioactivity, Thorium-230 curve, count within 72 hours, water, filtered
AS018 337 true Gross alpha, Th-230,wf,w/DataPkg Gross alpha radioactivity, Thorium-230 curve, with data package, water, filtered
AS019 338 true Gross alpha, Th-230,wf,w/DataPkg Gross alpha radioactivity, Thorium-230 curve, with data package, water, filtered, pCi/L
AS020 339 true Gross alpha, U(natural),wf,HS,LF Gross alpha, high solids (HS), FIL, U curve, lab filtered (LF)
AS021 340 true Gross alpha, Th-230, wf, LF, HS Gross alpha, high solids (HS), Thorium-230 curve, FIL, lab filtered (LF)
AS022 341 true Gross alpha, U, wf, co-precip,HS Gross alpha, high solids (HS), co-precipitation, Uranium, FIL
AS023 342 true Gross alpha, Th-230, wf, LF Gross alpha, Thorium-230 curve, FIL, lab filtered (LF)
AS024 343 true Gross alpha, Th-230, sus, LF Gross alpha, Thorium-230 curve, SUS, lab filtered (LF)
AS025 344 true Gross alpha, Th-230, wf Gross-Alpha radioactivity, Thorium-230 curve, water, unfiltered, pCi/L
AS026 345 true Gross alpha, Th-230, bed sed Gross-Alpha, Bottom Material, Thorium-230 curve
AS027 346 true Gross alpha, Th-230, sus Gross-Alpha, Suspended, Thorium-230 Curve
AS028 347 true Gross alpha, Th-230,wf,co-precip Gross-Alpha, Water, Filtered, High Solids, Thorium-230 curve, by Co-precipitation
AS029 348 true Gross alpha,Th-230,wf,by residue Gross-Alpha, Water, Filtered, Thorium-230 curve, by Residue Procedure
AS030 349 true Plutonium-238, bed, alpha (STL) Plutonium-238, bed sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS031 350 true Plutonium-238, sus, alpha (STL) Plutonium-238, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS032 351 true Plutonium-238, wf, alpha (STL) Plutonium-238, water, filtered, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS033 352 true Plutonium-238, wu, alpha (STL) Plutonium-238, water, unfiltered, @ 0.1 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS034 353 true Plutonium-238,bs,alpha(Eberline) Plutonium-238, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS035 354 true Plutonium-238,ss,alpha(Eberline) Plutonium-238, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS036 355 true Plutonium-238,wf,alpha(Eberline) Plutonium-238, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS037 356 true Plutonium-238,wu,alpha(Eberline) Plutonium-238, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS038 357 true Plutonium-239/240,bs,alpha (STL) Plutonium-239/240, bottom material, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS039 358 true Plutonium-239/240,ss,alpha (STL) Plutonium-239/240, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS040 359 true Plutonium-239/240,wf,alpha (STL) Plutonium-239/240, water, filtered, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS041 360 true Plutonium-239/240,wu,alpha (STL) Plutonium-239/240, water, unfiltered, @ 0.1 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS042 361 true Plutonium-239/240, bs (Eberline) Plutonium-239/240, bottom material, by alpha spectrometry (analysis by Eberline Services)
AS043 362 true Plutonium-239/240, ss (Eberline) Plutonium-239/240, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS044 363 true Plutonium-239/240, wf (Eberline) Plutonium-239/240, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS045 364 true Plutonium-239/240, wu (Eberline) Plutonium-239/240, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS046 365 true Polonium-210, bed, alpha (STL) Polonium-210, bed sediment, by alpha apectrometry (analysis by Severn-Trent Laboratory)
AS047 366 true Polonium-210, sus, alpha (STL) Polonium-210, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS048 367 true Polonium-210, wf, alpha (STL) Polonium-210, water, filtered, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS049 368 true Polonium-210,bs,alpha (Eberline) Polonium-210, bed sediment, by alpha apectrometry (analysis by Eberline Services)
AS050 369 true Polonium-210,ss,alpha (Eberline) Polonium-210, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS051 370 true Polonium-210,wf,alpha (Eberline) Polonium-210, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS052 371 true Polonium-210, wu, alpha spec Polonium-210, water, unfiltered, pCi/L, pCi/L,, by alpha spectrometry
AS053 372 true Radium-224, wf, alpha spec (STL) Radium-224, water, filtered, @ 1.0 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS054 373 true Radium-224, bed sed, alpha spec Radium-224, bed sediment, pCi/g, by alpha spectrometry
AS055 374 true Radium-224, sus sed, alpha spec Radium-224, suspended sediment, pCi/g, by alpha spectrometry
AS056 375 true Radium-224, wf, alpha (Eberline) Radium-224, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS057 376 true Radium-224, wu, alpha spec Radium-224, water, unfiltered, pCi/L, by alpha spectrometry
AS058 377 true Radium-226, wf, alpha spec Radium-226, Water, Filtered, @ 1.0 pCi/L, by Alpha Spectrometry
AS059 378 true Radium-226, bed, by alpha spec Radium-226, bed sediment, pCi/g, by alpha spectrometry
AS060 379 true Radium-226, wf, by alpha spec Radium-226, water, filtered, pCi/L, by alpha spectrometry
AS061 380 true Radium-226, wu, by alpha spec Radium-226, water, unfiltered, pCi/L, by alpha spectrometry
AS062 381 true Thorium-228, bed, alpha (STL) Thorium-228, bed sediment, @ 0.1 pCi/g, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS063 382 true Thorium-228, wf,alpha spec (STL) Thorium-228, water, filtered, @ 1.0 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS064 383 true Thorium-228, wf, alpha (NWQL) Thorium-228, water, filtered, by alpha spectrometry (analysis by NWQL)
AS065 384 true Thorium-228, wu,alpha spec (STL) Thorium-228, water, unfiltered @ 0.4 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS066 385 true Thorium-228, bs,alpha (Eberline) Thorium-228, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS067 386 true Thorium-228, sus sed, alpha spec Thorium-228, suspended sediment, pCi/L, by alpha spectrometry
AS068 387 true Thorium-228, wf,alpha (Eberline) Thorium-228, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS069 388 true Thorium-228, wu,alpha (Eberline) Thorium-228, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS070 389 true Thorium-230, bed sed,alpha (STL) Thorium-230, bed sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS071 390 true Thorium-230, sus sed,alpha (STL) Thorium-230, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS072 391 true Thorium-230, wf, alpha spec Thorium-230, Water, Filtered, @ 1.0 pCi/L, by Alpha Spectrometry
AS073 392 true Thorium-230, wu,alpha spec (STL) Thorium-230, water, unfiltered @ 0.4 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS074 393 true Thorium-230, bs,alpha (Eberline) Thorium-230, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS075 394 true Thorium-230, ss,alpha (Eberline) Thorium-230, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS076 395 true Thorium-230, wf, alpha spec Thorium-230, water, filtered, pCi/L, by alpha spectrometry
AS077 396 true Thorium-230, wu,alpha (Eberline) Thorium-230, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS078 397 true Thorium-232, bed sed,alpha (STL) Thorium-232, bed sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS079 398 true Thorium-232, sus sed,alpha (STL) Thorium-232, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS080 399 true Thorium-232, wf,alpha spec (STL) Thorium-232, water, filtered, @ 1.0 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS081 400 true Thorium-232, wu,alpha spec (STL) Thorium-232, water, unfiltered @ 0.4 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS082 401 true Thorium-232, bs,alpha (Eberline) Thorium-232, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS083 402 true Thorium-232, ss,alpha (Eberline) Thorium-232, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS084 403 true Thorium-232, wf,alpha (Eberline) Thorium-232, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS085 404 true Thorium-232, wu,alpha (Eberline) Thorium-232, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS086 405 true Gross alpha, U(natural), sus sed Uranium Curve, Gross Alpha, SUS
AS087 406 true Uranium-234, bed sed,alpha (STL) Uranium-234, bed sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS088 407 true Uranium-234, sus sed,alpha (STL) Uranium-234, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS089 408 true Uranium-234, wf, alpha spec Uranium-234, Water, Filtered, by Alpha Spectrometry
AS090 409 true Uranium-234, wu,alpha spec (STL) Uranium-234, water, unfiltered @ 0.1 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS091 410 true Uranium-234, bs,alpha (Eberline) Uranium-234, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS092 411 true Uranium-234, ss,alpha (Eberline) Uranium-234, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS094 412 true Uranium-234, wu,alpha (Eberline) Uranium-234, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS095 413 true Uranium-235, bed sed,alpha (STL) Uranium-235, bed sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS096 414 true Uranium-235, sus sed,alpha (STL) Uranium-235, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS097 415 true Uranium-235, wf, alpha (NWQL) Uranium-235, water, filtered, by alpha spectrometry (analysis by NWQL)
AS098 416 true Uranium-235, wu,alpha spec (STL) Uranium-235, water, unfiltered @ 0.1 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS099 417 true Uranium-235, bs,alpha (Eberline) Uranium-235, bed sediment, by alpha spectrometry (analysis by Eberline Services)
AS100 418 true Uranium-235, ss,alpha (Eberline) Uranium-235, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS101 419 true Uranium-234, wf,alpha (Eberline) Uranium-235, water, filtered, by alpha spectrometry (analysis by Eberline Services)
AS102 420 true Uranium-235, wu,alpha (Eberline) Uranium-235, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS103 421 true Uranium-238, bed sed, alpha spec Uranium-238, Bottom Material, by Alpha Spectrometry
AS104 422 true Uranium-238, sus sed,alpha (STL) Uranium-238, suspended sediment, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS105 423 true Uranium-238, wf, alpha spec Uranium-238, Water, Filtered, by Alpha Spectrometry
AS106 424 true Uranium-238, wu,alpha spec (STL) Uranium-238, water, unfiltered @ 0.1 pCi/L, by alpha spectrometry (analysis by Severn-Trent Laboratory)
AS108 425 true Uranium-238, ss,alpha (Eberline) Uranium-238, suspended sediment, by alpha spectrometry (analysis by Eberline Services)
AS110 426 true Uranium-238, wu,alpha (Eberline) Uranium-238, water, unfiltered, by alpha spectrometry (analysis by Eberline Services)
AS111 427 true Uranium isotopes, wf, alpha spec Uranium, dissolved, isotopic ratios, alpha spectrometry, chemical separation
AS112 428 true Gross alpha, U(natural), wu Gross alpha, unfiltered water (TOT), natural uranium (U-NA)
AS113 429 true Gross alpha, pre-Eberline 3-1-03 Gross alpha activity scan--Used prior to Eberline contract - March 1, 2003
AS114 430 true Alpha-emitters, wu,spec (ID-WSC) Alpha-emitting radionuclides, water, unfiltered, alpha spectrometry (ID-WSC)
AS115 431 true Gross alpha, wu, scint (ID-WSC) Gross alpha as Th-230 in unfiltered water by alpha scintillation
ASM01 432 true Alkalinity, IPT, Hach, ASM Inflection-point titration method (incremental titration method), Hach digital titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM02 433 true Alkalinity, IPT, buret, ASM Inflection-point titration method (incremental titration method), buret titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM03 434 true Alkalinity, Gran, Hach, ASM Gran titration, Hach digital titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM04 435 true Alkalinity, Gran, buret, ASM Gran titration, buret titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM05 436 true Alkalinity, fixed EP, Hach, ASM Fixed endpoint titration, Hach digital titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM06 437 true Alkalinity, fixed EP, buret, ASM Fixed endpoint titration, buret titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM07 438 true ANC, fixed EP, Hach, ASM Fixed endpoint titration, Hach digital titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM08 439 true ANC, fixed EP, buret, ASM Fixed endpoint titration, buret titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM09 440 true ANC, IPT, Hach, ASM Inflection-point titration method (incremental titration method), Hach digital titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM10 441 true ANC, IPT, buret, ASM Inflection-point titration method (incremental titration method), buret titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM11 442 true ANC, Gran, Hach, ASM Gran titration, Hach digital titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
ASM12 443 true ANC, Gran, buret, ASM Gran titration, buret titrator, Advanced Speciation Method (speciation is calculated from sample pH and alkalinity or acid neutralizing capacity, using acid dissociation constants)
AZIDE 444 true Diss oxygen, azide-mod Winkler Dissolved Oxygen, Alsterberg-Azide modification of the Winkler Titration
B0001 445 false No information exists for method
B0022 446 false No information exists for method
B0023 447 false No information exists for method
B0032 448 false No information exists for method
B0050 449 false No information exists for method
B0051 450 false No information exists for method
B0052 451 false No information exists for method
B0069 452 false No information exists for method
B0070 453 false No information exists for method
B0074 454 false No information exists for method
B0076 455 false No information exists for method
B0079 456 false No information exists for method
B0080 457 false No information exists for method
B0082 458 false No information exists for method
B0083 459 false No information exists for method
B0084 460 false No information exists for method
B0085 461 false No information exists for method
B0086 462 false No information exists for method
B0087 463 false No information exists for method
B0088 464 false No information exists for method
B0089 465 false No information exists for method
B0090 466 false No information exists for method
B0091 467 false No information exists for method
B0092 468 false No information exists for method
BAC01 469 true Nitrifying bacteria, MPN Bacteria, nitrifying, water, most probable number
BAC02 470 true Sulfate reducing bacteria, MPN Bacteria, sulfate reducing, water, most probable number
BAC03 471 true Bacteria, TPC, 35C, 24hr Bacteria, total plate count, TPC agar, 35 degrees Celsius, 24 hours, water, colonies per milliliter
BAC04 472 true Clostridium perfringens, mCP MF Clostridium perfringens, mCP MF method, water, colonies per 100 milliliters
BAC05 473 true Enterobacter agglomerans, MF Enterobacter agglomerans, MF method, water, presence or absence
BAC06 474 true Enterococci,EnterolertQuantitray Enterolert (IDEXX Laboratories)
BAC07 475 true Enterococci, m-E MF method Enterococci, m-E MF method, water, colonies per 100 milliliters
BAC08 476 true Enterococci, mEI MF method Enterococci, mEI MF method, water, colonies per 100 ml
BAC09 477 true E coli O157, confirmed, 0.45um Escherichia coli O157, confirmed test, water, 0.45 micron filter, presence or absence per 500 milliliters
BAC10 478 true E coli O157, presumed, 0.45um Escherichia coli O157, presumptive test, water, 0.45 micron filter, presence or absence per 500 milliliters
BAC11 479 true E coli, Colilert PA method Escherichia coli, Colilert PA method, water, presence or absence per liter
BAC12 480 true E coli, bs, Colilert (24-28 hrs) Escherichia coli, bed sediment, Colilert (24-28 hrs) (IDEXX Laboratories)
BAC13 481 true E coli, bs, Colilert-18 (18-22) Escherichia coli, bed sediment, Colilert-18 (18-22 hrs) (IDEXX Laboratories)
BAC14 482 true E coli, water, Colilert (24-28) Escherichia coli, water, Colilert (24-28 hrs) (IDEXX Laboratories)
BAC15 483 true E coli, water,Colilert-18(18-22) Escherichia coli, water, Colilert-18 (18-22 hrs) (IDEXX Laboratories)
BAC16 484 true E coli, estimated by regression Escherichia coli, estimated by regression equation, water, colonies per 100 milliliters
BAC17 485 true E coli, estimated load Escherichia coli, estimated load, water, calculated, billions of colonies per day
BAC18 486 true E coli, MI MF method Escherichia coli, MI MF method, water, colonies per 100 milliliters
BAC19 487 true E coli, modified m-TEC MF method Escherichia coli, modified m-TEC MF method, water, colonies per 100 milliliters
BAC20 488 true E coli, m-TEC MF method, bed Escherichia coli, m-TEC MF method, bed sediment, dry weight, colonies per gram
BAC21 489 true E coli, m-TEC MF method, water Escherichia coli, m-TEC MF method, water, colonies per 100 milliliters
BAC23 490 true E coli, MUG method, water Escherichia coli, MUG method, water, presence or absence in sample
BAC24 491 true E coli, NA-MUG MF method, water Escherichia coli, NA-MUG MF method, water, colonies per 100 milliliters
BAC25 492 true Fecal coliform, A-1, 44.5C, 24hr Fecal coliform, A-1 broth method, 44.5 degrees Celsius, 24 hours, water, most probable number per 100 milliliters
BAC26 493 true Fecal coliform, BALB, 43C Fecal coliform, boric acid lactose broth, 43 degrees Celsius, water, most probable number per 100 milliliters
BAC27 494 true Fecal coliform, EC broth method Fecal coliform, EC broth method, water, most probable number per 100 milliliters
BAC28 495 true Fecal coliform, EC, 44.5C, 24hr Fecal coliform, EC medium, 44.5 degrees Celsius, 24 hours, Standard Methods 9221E.1, water, most probable number per 100 milliliters
BAC29 496 true Fecal coliform, Eijkman, 44.5C Fecal coliform, Eijkman test, 44.5 degrees Celsius, water, most probable number per 100 milliliters
BAC30 497 true Fecal coliform, by regression Fecal coliform, estimated by regression equation, water, colonies per 100 milliliters
BAC31 498 true Fecal coliform, estimated load Fecal coliform, estimated load, water, billions of colonies per day
BAC32 499 true Fecal coliform, M-FC MF (0.45um) Fecal coliform, M-FC MF (0.45 micron) method, water, colonies per 100 milliliters
BAC33 500 true Fecal coliform, M-FC MF (0.7um) Fecal coliform, M-FC MF (0.7 micron) method, water, colonies per 100 milliliters
BAC35 501 true Fecal coliform, M-FC MF, bed sed Fecal coliform, M-FC MF method, bed sediment, dry weight, colonies per gram
BAC37 502 true Fecal strep, ADEVA, MPN Fecal streptococci, azide-dextrose-ethyl-violet azide broth method, water, most probable number per 100 milliliters
BAC38 503 true Fecal strep, KF streptococcus MF Fecal streptococci, KF streptococcus MF method, water, colonies per 100 milliliters
BAC39 504 true Fecal streptococci, m-entero MF Fecal streptococci, m-enterococcus MF method, water, colonies per 100 milliliters
BAC40 505 true H pylori, fluorescent antibody Helicobacter pylori, fluorescent antibody method, water, organisms per milliliters
BAC41 506 true Klebsiella pneumoniae, MF method Klebsiella pneumoniae, MF method, water, presence or absence
BAC42 507 true Salmonella, 0.45 micron filter Salmonella, water, 0.45 micron filter, most probable number per 100 milliliters
BAC43 508 true Total coliform, BGL broth Total coliform, brilliant green lactose broth method, confirmed, water, most probable number per 100 milliliters
BAC44 509 true Total coliform, Colilert PA Total coliform, Colilert PA method, water, presence or absence per liter
BAC45 510 true Total coliform, Quantitray Total coliform, Colilert Quantitray method, water, most probable number per 100 milliliters
BAC46 511 true Total coliform, completed test Total coliform, completed test, water, most probable number per 100 milliliters
BAC47 512 true Tot coliform, Colilert (24-28hr) Total coliform, water, Colilert (24-28 hrs) (IDEXX Laboratories)
BAC48 513 true Total coliform, Colilert-18 Total coliform, water, Colilert-18 (18-22 hrs) (IDEXX Laboratories)
BAC49 514 true Total coliform, LES Endo, immed Total coliform, LES Endo method, immediate, water, colonies per 100 milliliters
BAC50 515 true Total coliform, M-Endo MF, delay Total coliform, M-Endo MF method, delayed, water, colonies per 100 milliliters
BAC51 516 true Total coliform, M-Endo MF, immed Total coliform, M-Endo MF method, immediate, water, colonies per 100 milliliters
BAC52 517 true Total coliform, MI MF method Total coliform, MI MF method, water, colonies per 100 milliliters
BAC53 518 true Total coliform, ONPG-MUG method Total coliform, ONPG-MUG method, water, colonies per 100 milliliters
BAC54 519 true Total coliform Total coliform, water, presence or absence
BAC55 520 true Bacteria, total count, epifluor Bacteria, total count, epifluorescence, water, cells per milliliter
BAC56 521 true Total coliforms, MI MF, in>100mL Total coliforms, MI membrane filtration method, water, colonies per 100 milliliters, detected in volumes greater than 100 mL
BAC57 522 true E coli, MI MF, in >100mL Escherichia coli, MI membrane filtration method, water, colonies per 100 milliliters, detected in volumes greater than 100 mL
BAC58 523 true Enterococci, mEI MF, in >100mL Enterococci, mEI membrane filtration method, water, colonies per 100 milliliters, detected in volumes greater than 100 mL
BAC59 524 true Total Coliform, MF, SM 9222B Standard Total Coliform Membrane Filter Procedure, Standard Methods 9222B
BAC60 525 true Fecal Coliform, MF, SM 9222D Fecal Coliform Membrane Filter Procedure, Standard Methods 9222D
BAC61 526 true E coli & Fecal Coliform,SM 9222G Escherichia coli and Fecal Coliform, Membrane Filter Partition Procedures, Standard Methods 9222G
BAC62 527 true E coli, DST, SM9223B Escherichia coli, Defined Substrate Technology method, Standard Methods 9223B
BAROM 528 true Atmospheric pressure, barometer Atmospheric pressure, barometer method
BASO4 529 true Sulfate, wf, BaSO4 turb (OK WSC) Barium Sulfate Turbidity
BC001 530 true Lead-210, wf, beta counting Beta counting, Lead-210 in water, FIL
BC002 531 true Carbon-14, solids, beta counting Carbon-14, Solid Material, by Beta Counting
BC004 532 true Gross beta, Cs-137,wf (Eberline) Gross beta radioactivity, Cesium-137 curve, with data package, water, filtered (analysis by Eberline Services)
BC005 533 true Gross beta, Cs-137, wf, HS Gross beta radioactivity, Cesium-137 curve, with data package, water, filtered, pCi/L, high solids
BC006 534 true Gross beta, Cs-137, wu, 30 day Gross beta radioactivity, Cesium-137 curve, with data package, water, unfiltered, pCi/L, 30 day recount
BC007 535 true Gross beta, Cs-137, wu, 72 hr Gross beta radioactivity, Cesium-137 curve, with data package, water, unfiltered, pCi/L, 72 hours
BC008 536 true Gross beta, Cs-137, wu, HS Gross beta radioactivity, Cesium-137 curve, with data package, water, unfiltered, pCi/L, high solids
BC009 537 true Gross beta, Cs-137, wf,w/DataPkg Gross beta radioactivity, Cesium-137 curve, with data package, water, filtered, pCi/L
BC010 538 true Gross beta, Cs-137,wf, 30 day Gross beta radioactivity, Cs-137 curve, 30 day recount, water, filtered
BC011 539 true Gross beta,Cs137,72hr (Eberline) Gross beta radioactivity, Cs-137 curve, count within 72 hours, water, filtered (analysis by Eberline Services)
BC012 540 true Gross beta, Cs-137,wf (Eberline) Gross beta radioactivity, Cs-137 curve, with data package, water, filtered (analysis by Eberline Services)
BC013 541 true Beta 2SPE, Cs-137, wf Gross beta, FIL, Cesium-137 curve
BC014 542 true Gross beta, Sr-90/Y-90, wf,HS,LF Gross beta, high solids (HS), Sr-90 curve, lab filtered (LF)
BC015 543 true Gross beta, Cs-137, wf, HS,LF Gross beta, high solids (HS), Cesium-137 curve, lab filtered (LF)
BC016 544 true Beta 2SPE, Sr-90, wf Gross beta, Sr-90 curve, FIL
BC017 545 true Gross beta, Sr-90, wu Gross-B, TOT, Sr-90 curve
BC018 546 true Gross beta, Cs-137, wu Gross-Beta radioactivity, Cesium-137 curve, water, unfiltered, pCi/L
BC019 547 true Gross beta, Cs-137,wu,beta count Gross-Beta radioactivity, Water, Unfiltered, Cesium-137 curve, by Beta Counting
BC020 548 true Gross beta, Cs-137, bed sed Gross-Beta, Cesium-137 curve, bed sediment, pCi/g,
BC021 549 true Gross beta, Cs-137, sus sed Gross-Beta, Suspended, Cesium 137 Curve
BC022 550 true Gross beta, Cs-137, wf Gross-Beta, Water, Filtered, Cesium-137 curve
BC023 551 true Gross beta, Cs-137, wf,co-precip Gross-Beta, Water, Filtered, High Solids, Cesium-137 curve, by Co-precipitation
BC024 552 true Lead-210, sus, by beta counting Lead-210, Suspended, by Beta Counting
BC025 553 true Lead-210, wu, eichrom/beta (STL) Lead-210, water, unfiltered, by eichrom/beta counting (analysis by Severn-Trent Laboratory)
BC026 554 true Lead-210, wf, eichrom/beta (STL) Lead-210, water, filtered, by eichrom/beta counting (analysis by Severn-Trent Laboratory)
BC027 555 true Lead-210, bed,eichrom/beta count Lead-210, bed sediment, pCi/g, by eichrom/beta counting
BC028 556 true Lead-210, wf, eichrom (Eberline) Lead-210, water, filtered, by eichrom/beta counting (analysis by Eberline Services)
BC030 557 true Lead-210, wu, eichrom (Eberline) Lead-210, water, unfiltered, by eichrom/beta counting (analysis by Eberline Services)
BC031 558 true Plutonium-241, bed, liquid scint Plutonium-241, bed sediment, pCi/g, beta counting by liquid scintillation
BC032 559 true Plutonium-241, sus, liquid scint Plutonium-241, suspended sediment, pCi/g, beta counting by liquid scintillation
BC033 560 true Plutonium-241, wf, liquid scint Plutonium-241, water, filtered, pCi/L, beta counting by liquid scintillation
BC034 561 true Plutonium-241, wu, liquid scint Plutonium-241, water, unfiltered, pCi/L, beta counting by liquid scintillation
BC035 562 true Radium-228, sus sed, beta count Radium-228, Suspended, by Beta Counting
BC036 563 true Radium-228, wf, sepr beta count Radium-228, Water, Filtered, by Radiochemical separation and Beta counting
BC037 564 true Radium-228, wu, sepr beta (STL) Radium-228, water, unfiltered @ 1.0 pCi/L, by radiochemical separation and beta counting (analysis by Severn-Trent Laboratory)
BC038 565 true Radium-228, sus, by beta count Radium-228, suspended sediment, pCi/g, by beta counting
BC039 566 true Radium-228, wf, sepr beta count Radium-228, water, filtered, pCi/L, by radiochemical separation and beta counting
BC040 567 true Radium-228,wu,sep/beta(Eberline) Radium-228, water, unfiltered, by radiochemical separation and beta counting (analysis by Eberline Services)
BC041 568 true Gross beta, Strontium-89/90, sus Strontium 89/90 Curve, Gross Beta, SUS
BC042 569 true Strontium, total, bed,beta count Strontium, total radioactive, bed sediment, pCi/g, by beta counting
BC043 570 true Strontium, total, sus,beta count Strontium, total radioactive, suspended sediment, pCi/g, by beta counting
BC044 571 true Strontium, total, wf, beta count Strontium, total radioactive, water, filtered, pCi/L, by beta counting
BC045 572 true Strontium, total, wu, beta count Strontium, total radioactive, water, unfiltered, pCi/L, by beta counting
BC046 573 true Strontium-90, wu,sepr beta (STL) Strontium-90, water, unfiltered @ 0.5 pCi/L, by chemical separation and beta counting (analysis by Severn-Trent Laboratory)
BC047 574 true Strontium-90, wu,sepr (Eberline) Strontium-90, water, unfiltered, by chemical separation and beta counting (analysis by Eberline Services)
BC048 575 true Strontium-90, sus, beta counting Strontium-90, suspended sediment, pCi/g, by beta counting
BC049 576 true Strontium-90, wf, chem sepr beta Strontium-90, water, filtered, pCi/L. by chemical separation and beta counting
BC051 577 true Beta, Sr-90 & Y-90, wf,co-precip Gross beta, high solids (HS), co-precipitation, Strontium-90 & Yttrium-90 curve, FIL
BC052 578 true Gross beta, Cs-137, wu GROSS-B, TOT.(CS137)
BC053 579 true Gross beta, Cs-137, sus sed GROSS-B, SUSP. CS137
BC054 580 true Gross beta, wu, GFP/LBC (ID-WSC) Gross beta as Sr-90 in unfiltered water by gas flow proportional low background counter
BIO01 581 true Cryptosporidium, method 1623 Cryptosporidium, method 1623, water, oocysts per 10 liters
BIO03 582 true Giardia, method 1623 Giardia, method 1623, water, cysts per 10 liters
CABS1 583 true TOX, wu, carbon absorption Total organic halides (TOX) as chloride, water, unifltered, carbon absorption, combustion, and coulometric titration
CAL01 584 true Sodium percent of Na+K+Ca+Mg Percent sodium calculation, percent of equivalents of sodium+potassium+caclium+magnesium
CAL02 585 true Org carbon, bed, by difference Geologic Division, Difference, Carbon (ORG), BTM, <2mm field sieved
CAL03 586 true Salinity, wu, calc specific cond Salinity of unfiltered water calculated from specific conductance at 25 degrees Celsius with no pressure correction
CAL04 587 true Hardness, wf, by calculation Hardness of filtered water by calculation
CAL05 588 true Hardness, wu, by calculation Hardness of unfiltered water by calculation
CAL06 589 true POC, calculated Particulate orgainc carbon (POC), calculated
CAL07 590 true Hardness, calculation Hardness, calculation
CAL08 591 true Computation by NWIS algorithm Computation by NWIS algorithm
CAL09 592 true Dissolved solids, calculated SOLIDS,SUM,DIS
CAL10 593 true Suspended constituents, calculat Suspended recoverable constituents, calculation, total recoverable minus dissolved
CAL11 594 true Total-N, sum of TDN + TPN Total nitrogen calculated as the sum of analytically determined total dissolved (P62854) and total particulate (P49570) nitrogen
CAL12 595 true Total N, sum of TKN + NOx Total nitrogen in unfiltered water calculated as the sum of total Kjeldahl nitrogen plus nitrate and nitrite
CAL13 596 true 2,4-D plus 2,4-D ME, molar sum Sum of 2,4-D plus 2,4-D methyl ester on a molar basis
CC001 597 true Apparent color (EPA110.2 /DODEC) Apparent color of unfiltered water by visual comparison with standards (EPA method 110.2; DODEC program)
CC002 598 true True color (EPA 110.2 /DODEC) True color of filtered water by visual comparison with standards (EPA method 110.2; DODEC program)
CC003 599 true Color, wf, visual comparison Color in filtered water by visual comparison using a color comparator
CC004 600 true Apparent color (StdMeth /DODEC) Apparent color of unfiltered water by visual comparison with standards (Standard Methods 2120 B; DODEC program)
CC005 601 true True color (Std Methods /DODEC) True color of filtered water by visual comparison with standards (Standard Methods 2120 B; DODEC program)
CDR02 602 true NO2+NO3, wu, Cd-reduction &color Nitrate plus nitrite in unfiltered water by automated cadmium reduction and colorimetry
CDR03 603 true Nutrients, wu, Cd reduct, color Nutrients, unfiltered water, cadmium-reduction, colorimetric
CDR04 604 true NO2+NO3, LL, wu,autoCd-reduction Nitrate plus nitrite, low level, in unfiltered water by automated cadmium reduction and colorimetry
CDR05 605 true NO2+NO3, LL, wf,autoCd-reduction Nitrate plus nitrite, low level, in filtered water by automated cadmium reduction and colorimetry
CDR06 606 true NO2+NO3, wf, auto Cd-reduction Nitrate plus nitrite in filtered water by automated cadmium reduction and colorimetry
CDR07 607 true NO2+NO3, wf, auto Cd red (DODEC) Nitrate & nitrite, water, filtered, colormetric, automated cadmium reduction (DODEC)
CDR08 608 true NO2+NO3, wu, auto Cd red (DODEC) Nitrate & nitrite, water, unfiltered, colormetric, automated cadmium reduction (DODEC)
CDR09 609 true Nitrate, solids, cadmium reduct Nitrate, solids, cadmium reduction, colorimetry
CDR10 610 true NO3+NO2, solids, cadmium reduct Nitrate plus nitrite, solids, cadmium reduction, colorimetry
CDR11 611 true Nitrite, solids, cadmium reduct Nitrite, solids, cadmium reduction, colorimetry
CHL01 612 true Hach-Hydrolab/Turner Designs,chl Hach-Hydrolab with Turner Designs chlorophyll a submersible fluorescense sensor, in-vivo fluorescence, chlorophyll, excitation 460 nm, emission 685 nm
CHL02 613 true YSI 6025 chlorophyll probe YSI 6025 chlorophyll probe, in-vivo fluorescence, chlorophyll, excitation 430-470 nm, emission 650-700 nm
CHL03 614 true Turner Designs SCUFA, chl Turner Designs SCUFA submersible fluorometer, in-vivo fluorescence, chlorophyll, excitation 460 nm, emission 685 nm
CHL04 615 true Turner Designs CYCLOPS-7, chl Turner Designs CYCLOPS-7 submersible fluorometer, in-vivo fluorescence, chlorophyll, excitation 460 nm, emission 620-715 nm
CL001 616 true ASF, colorimetric Automated-segmented flow, colorimetric
CL002 617 true Ortho-PO4, LL, wf, ASFcolor Colorimetry, ASF, Phosphomolybdate, P, Orthophosphate as P, low-level, unpreserved, FIL
CL003 618 true Ammonia, LL, wf, ASF colorimetry Colorimetry, ASF, Salycilate-hypochlorite, N, Ammonia as N, low-level, unpreserved, FIL
CL004 619 true Nitrate, bed sed, colorimetry Colorimetry, N as Nitrate, BTM
CL005 620 true Nitrate, wu, colorimetry Colorimetry, N as Nitrate, WWR
CL006 621 true Nitrate, LL, wf, colorimetry Colorimetry, N as Nitrate, low-level, FIL
CL007 622 true Nitrate, LL, wu, colorimetry Colorimetry, N as Nitrate, low-level, WWR
CL008 623 true Nitrite, bed sed, colorimetry Colorimetry, N, Nitrite as N, BTM
CL009 624 true Nitrite, wf, colorimetry (NWQL) Colorimetry, N, Nitrite as N, FIL (NWQL)
CL010 625 true Nitrite, wu, colorimetry (NWQL) Colorimetry, N, Nitrite as N, WWR (NWQL)
CL011 626 true Nitrite, LL, wf, colorimetry Colorimetry, N, Nitrite as N, low-level, FIL
CL012 627 true Nitrite, LL, wu, colorimetry Colorimetry, N, Nitrite as N, low-level, WWR
CL013 628 true Iron(II), wf, FerroZine colorime FerroZine Colorimetric
CL014 629 true Color (EPA) COLOR (EPA)
CL015 630 true Ammonia, wf, phenate colorimetry Ammonia in filtered water by automated phenate colorimetry
CL016 631 true Ammonia, wu, phenate colorimetry Ammonia in unfiltered water by automated phenate colorimetry
CL017 632 true Nutrients, wu, colorimetric Nutrients, unfiltered water, colorimetric
CL018 633 true Ortho-PO4, colorimetry Orthophosphate (as P) - Automated Colorimetry
CL019 634 true P, wf, FCA, persulfate, CF Phosphorus, filtered water, acidified, acid-persulfate digestion, continuous flow colorimetry
CL020 635 true P, wf, FCC, persulfate, CF Phosphorus, filtered water, acid-persulfate digestion, continuous flow colorimetry
CL021 636 true P, wu, WCA, persulfate, CF Phosphorus, unfiltered water, acidified, acid-persulfate digestion, continuous flow colorimetry
CL022 637 true Phosphorus,wf,persulfate colorim Phosphorus in filtered water by persulfate digestion and acid hydrolysis, and colorimetry
CL023 638 true Phosphorus,wu,persulfate/colorim Phosphorus in unfiltered water by persulfate digestion and acid hydrolysis, and colorimetry
CL024 639 true Phosphorus, total, colorimetric Phosphorus, Total - Colorimetric/Automated
CL025 640 true COD, wu, dichromate colorimetry COD in unfiltered water by dichromate digestion and automated colorimetry
CL026 641 true Boron, wf, dianthrimide, colorim Boron in filtered water by reaction with dianthrimide and colorimetry
CL027 642 true Bromide, wf, catalytic oxidation Bromide, dissolved, colorimetric, catalytic oxidation
CL028 643 true Chloride, wf, ferric thiocyanate Chloride in filtered water by formation of ferric thiocyanate and colorimetry
CL029 644 true Iodide, wf, ceric-arsenious oxid Iodide in filtered water by ceric-arsenious oxidation reaction and colorimetry
CL030 645 true Anions, wf, fluorescein, color Anions, filtered water, fluorescein, colorimetry
CL031 646 true Chloride, wf, ASF thiocyanate Chloride in filtered water by ASF formation of ferric thiocyanate and colorimetry
CL032 647 true Cyanide, wf, ASF,barbituric acid Colorimetry, ASF, Barbituric acid, Cyanide, FIL
CL033 648 true Anions, wf,ceric-arsenious color Anions, filtered water, ceric-arsenious, colorimetry
CL034 649 true Ammonia,dis salicylate-hypochlor Ammonia in filtered water by automated discrete salicylate-hypochlorite reaction and colorimetry
CL035 650 true Ammonia,ASF salicylate-hypochlor Ammonia in filtered water, by ASF salicylate-hypochlorite colorimetry
CL036 651 true Nutrients, acidified, color Nutrients, filtered water, acidified, salicylate-hypochlorite, colorimetric
CL037 652 true Nutrients, salic/hypo, color Nutrients, filtered water, salicylate-hypochlorite, colorimetric
CL038 653 true Ammonia, LIS,ASF salicylate-hypo Ammonia in low ionic strength water, by ASF salicylate-hypochlorite colorimetry
CL039 654 true Nutrients, LL, wf, color Nutrients, low level, filtered water, salicylate-hypochlorite, colorimetric
CL040 655 true Nitrite, wf, ASF diazotization Nitrite in filtered water, by ASF diazotization colorimetry
CL041 656 true Nutrients, wf, colorimetric Nutrients, water filtered, colorimetric
CL042 657 true Nitrite, LIS, ASF diazotization Nitrite in low ionic strength water, by ASF diazotization colorimetry
CL043 658 true Nutrients, LL, color Nutrients, low level, filtered water, colorimetric
CL044 659 true NO2+NO3, wf, Cd reduction ASF Nitrite plus nitrate in filtered water by ASF cadmium reduction, diazotization, and colorimetry
CL045 660 true NO2+NO3, wf, Cd reduction ASF Nitrite plus nitrate in filtered water, by ASF cadmium reduction-diazotization colorimetry
CL046 661 true Nutrients, bs, Cd reduct, color Nutrients, bed sediment, cadmium-reduction, colorimetric
CL047 662 true Nutrients, acid, Cd reduct,color Nutrients, filtered water, acidified, cadmium-reduction, colorimetric
CL048 663 true Nutrients, Cd reduct, color Nutrients, filtered water, cadmium-reduction, colorimetric
CL049 664 true NO2+NO3, LIS, Cd reduction ASF Nitrite plus nitrate in low ionic strength water, by ASF cadmium reduction-diazotization colorimetry
CL050 665 true Nutrients, low, Cd reduct, color Nutrients, lowlevel, filtered water, cadmium-reduction, colorimetric
CL051 666 true NH3+org-N, wf, ASF block digest Ammonia plus organic nitrogen in filtered water by ASF block digestion with sulfuric acid-mercuric sulfate, reaction with salicylate-hypochlorite, and colorimetry
CL052 667 true Phosphorus, wf, auto phosphomoly Phosphorus, dissolved, colorimetric, phosphomolybdate, automated
CL053 668 true Nutrients, phosphomolybdate, col Nutrients, filtered water, phosphomolybdate, colorimetric
CL054 669 true Ortho-PO4, wf, ASF phosphom Orthophosphate in filtered water, by ASF phosphomolybdate colorimetry
CL055 670 true Hydrolyzable-P, wf, auto phospho Phosphorus, hydrolyzable, dissolved, colorimetric, phosphomolybdate, automated
CL056 671 true PO4 & hydrolyzable-P,wf,ASFphosp Orthophosphate and hydrolyzable phosphorus in filtered water by ASF phosphomolybdate formation and colorimetry
CL057 672 true Nutrients, lowlvl, phosphomolybd Nutrients, lowlevel, filtered water, phosphomolybdate, colorimetric
CL058 673 true Ortho-PO4, LIS, ASF phosph Orthophosphate in low ionic-strength water, by ASF phosphomolybdate colorimetry
CL059 674 true Phosphorus, LIS, ASF phosphomol Phosphorus in low ionic-strength water, by ASF phosphomolybdate colorimetry
CL060 675 true Phosphorus, LIS, ASF phosphomol Phosphorus in low ionic-strength water, by ASF phosphomolybdate colorimetry
CL061 676 true Phosphorus, wf,microkjeldahl ASF Total Phosphorus in Filtered Water by Microkjeldahl Digestion, and ASF Dialysis and Colorimetry
CL062 677 true Nutrients, wf, FCA,persulfate,CF Nutrients, filtered water, acidified, alkaline-persulfate digestion, continuous flow colorimetry
CL063 678 true Nutrients, wf, FCC,persulfate,CF Nutrients, filtered water, alkaline-persulfate digestion, continuous flow colorimetry
CL064 679 true Silica, wf, ASF molybdate blue Silica in filtered water by ASF molybdate blue formation and colorimetry
CL065 680 true Sulfate,wf,ASF methylthymol blue Sulfate in filtered water by ASF, methylthymol blue method, colorimetric
CL066 681 true Vanadium, wf, ASF cat ox (Ocala) Vanadium in filtered water by ASF catalytic oxidation and colorimetry
CL067 682 true Vanadium, wf, ASF cat ox (NWQL) Vanadium in filtered water, by ASF catalytic oxidation colorimetry
CL068 683 true Boron, USGS digest, dianthrimide Boron recoverable from unfiltered water by dilute HCl (USGS) digestion, reaction with dianthrimide, and colorimetry
CL069 684 true Cyanide, wu, ASF barbituric acid Cyanide recoverable from unfiltered water by ASF reaction with barbituric acid and colorimetry
CL070 685 true Ammonia, wu, ASF salicylate-hypo Ammonia in unfiltered water by ASF salicylate-hypochlorite reaction and colorimetry
CL071 686 true Ammonia, wu, ASF salicylate-hypo Ammonia in unfiltered water by ASF salicylate-hypochlorite reaction and colorimetry
CL072 687 true Ammonia, wu, ASF salicylate-hypo Ammonia in unfiltered water by ASF salicylate-hypochlorite reaction and colorimetry
CL073 688 true Ammonia, wu, ASF salicylate-hypo Ammonia in unfiltered water by ASF salicylate-hypochlorite reaction and colorimetry
CL074 689 true Ammonia, wu, ASF salicylate-hypo Ammonia in unfiltered water by ASF salicylate-hypochlorite reaction and colorimetry
CL075 690 true Ammonia, wu, ASF indophenol Ammonia in unfiltered water by ASF formation of indophenol and colorimetry
CL076 691 true Nitrite, wu, ASF diazotization Nitrite in unfiltered water by ASF diazotization and colorimetry
CL077 692 true Nitrite, LL, wu, ASF diazotizatn Nitrite, low level, in unfiltered water by ASF diazotization and colorimetry
CL078 693 true Nitrite, wu, ASF diaz, 48 hr Nitrite in unfiltered water by ASF diazotization and colorimetry (a 48-hour sample holding time was enforced for this method)
CL079 694 true Nitrite, LL, wu, ASF diaz, 48 hr Nitrite, low level, in unfiltered water by ASF diazotization and colorimetry (a 48-hour sample holding time was enforced for this method)
CL080 695 true Nitrite, wu, ASF diazotization Nitrite in unfiltered water by ASF diazotization and colorimetry
CL081 696 true NO2+NO3, wu, ASF cadmium reduct Nitrite plus nitrate in unfiltered water by ASF cadmium reduction, diazotization, and colorimetry
CL082 697 true NO2+NO3, wu, ASF cadmium reduct Nitrite plus nitrate in unfiltered water by ASF cadmium reduction, diazotization, and colorimetry
CL083 698 true NH3+org-N, wu, ASF block digest Ammonia plus organic nitrogen in unfiltered water by ASF block digestion with sulfuric acid-mercuric sulfate, reaction with salicylate-hypochlorite, and colorimetry
CL084 699 true Phosphorus, wu, ASF phosphomolyb Phosphorus in unfiltered water by ASF phosphomolybdate formation and colorimetry
CL085 700 true Ortho-PO4, wu, ASF phosphom Orthophosphate in unfiltered water by ASF phosphomolybdate formation and colorimetry
CL086 701 true Ortho-PO4, wu, ASF phosphom Orthophosphate in unfiltered water by ASF phosphomolybdate formation and colorimetry
CL087 702 true Ortho-PO4, wu, ASF phosphom Orthophosphate in unfiltered water by ASF phosphomolybdate formation and colorimetry
CL088 703 true Hydrolyzable-P, wu, auto phospho Phosphorus, hydrolyzable, total, colorimetric, phosphomolybdate, automated
CL089 704 true PO4 & hydrolyzable-P,wu,ASFphosp Orthophosphate and hydrolyzable phosphorus in unfiltered water by ASF phosphomolybdate formation and colorimetry
CL090 705 true Phosphorus, LIS wu, ASF molybate Phosphorus, total in unfiltered low ionic strength water, by automated-segmented flow phosphomolybdate colorimetry
CL091 706 true Cyanide, bed,ASF barbituric acid Colorimetry, ASF, Barbituric Acid, Cyanide, BTM
CL092 707 true Nutrients, bs, salic/hypo, color Nutrients, bed sediment, salicylate-hypochlorite, colorimetric
CL093 708 true NH3+org-N, bed, ASF block digest Ammonia plus organic nitrogen in bottom material by ASF block digestion with sulfuric acid-mercuric sulfate, reaction with salicylate-hypochlorite, and colorimetry
CL094 709 true Phosphorus, bed, ASF phosphomoly Phosphorus in bottom material by ASF phosphomolybdate formation and colorimetry
CL095 710 true Phenols, wu, 4-aminoantipyrine Phenols recoverable from unfiltered water, by 4-aminoantipyrine colorimetry
CL096 711 true Cyanide, wu, auto UV colorimetry Cyanide in unfiltered water by automated UV colorimetry
CL097 712 true Cyanide, wf, auto UV colorimetry Cyanide in filtered water by automated UV colorimetry
CL098 713 true Cyanide, wu, UV colorimetry Cyanide in unfiltered water by UV colorimetry
CL099 714 true Cyanide, wf, UV colorimetry Cyanide in filtered water by UV colorimetry
CL100 715 true Ammonia, LL, wu, auto phenate Ammonia, low level, in unfiltered water by automated phenate colorimetry
CL101 716 true Ammonia, LL, wf, auto phenate Ammonia, low level, in filtered water by automated phenate colorimetry
CL102 717 true Ortho-PO4, LL, wu, auto ascorbic Orthophosphate, low level, in unfiltered water by automated ascorbic acid colorimetry
CL103 718 true Ortho-PO4, LL, wf, auto ascorbic Orthophosphate, low level, in filtered water by automated ascorbic acid colorimetry
CL104 719 true Ortho-PO4, wu,2-reagent ascorbic Orthophosphate in unfiltered water by two reagent ascorbic acid colorimetry
CL105 720 true Ortho-PO4, wf,2-reagent ascorbic Orthophosphate in filtered water by two reagent ascorbic acid colorimetry
CL106 721 true Phosphorus, LL, wu,auto ascorbic Phosphorus, low level, in unfiltered water by automated ascorbic acid colorimetry
CL107 722 true Phosphorus, LL, wf,auto ascorbic Phosphorus, low level, in filtered water by automated ascorbic acid colorimetry
CL108 723 true Cyanide, wu, semi-auto colorim Cyanide in unfiltered water by semi-automated colorimetry
CL109 724 true Cyanide, wf, semi-auto colorim Cyanide in filtered water by semi-automated colorimetry
CL110 725 true Nitrite, wu (EPA 354.1; DODEC) Nitrite in unfiltered water by diazotation of sulfanilamide, coupling with N-(1-naphthyl)-ethylenediamine dihydrochloride, and spectrophotometry at 540 nm (EPA method 354.1; DODEC program)
CL111 726 true Nitrite, wf (EPA 354.1; DODEC) Nitrite in filtered water by diazotation of sulfanilamide, coupling with N-(1-naphthyl)-ethylenediamine dihydrochloride, and spectrophotometry at 540 nm (EPA method 354.1; DODEC program)
CL112 727 true Sulfide, wf, MB (EPA376.2/DODEC) Sulfide in filtered water by the methylene blue colorimetric method (EPA method 376.2; DODEC program)
CL113 728 true Sulfide, wu, MB (EPA376.2/DODEC) Sulfide in unfiltered water by the methylene blue colorimetric method (EPA method 376.2; DODEC program)
CL114 729 true New colorim, discrete, ERD, FA New Method: colorimetry, Discrete Analyzer, enzyme reduction-diazotization, filtered acidified.
CL115 730 true New colorim, continuous, ERD, F New Method: colorimetry, Continuous Flow Analyzer, enzyme reduction-diazotization, filtered.
CL116 731 true New colorim, continuous ERD F LL New Method: colorimetry, Continuous Flow Analyzer, enzyme reduction-diazotization, filtered, low level
CL117 732 true New colorim, continuous, ERD, FA New Method: colorimetry, Continuous Flow Analyzer, enzyme reduction-diazotization, filtered, acidified
CL118 733 true New colorim, s_auto batch ERD, F New Method: colorimetry, semi-automated batch enzymatic reduction-diazotization, filtered
CL119 734 true New colorim, s_auto batch ERD FA New Method: colorimetry, semi-automated batch enzymatic reduction-diazotization, filtered, acidified
CL120 735 true NO3, wu, lab-acidified, for NCI Custom NWQL Labcode 8104 -- Unfiltered Acidified (at lab) Nitrate for National Cancer Institute
CL121 736 true Phenols, 4-AAP colorim, EPA420.2 Phenolic materials in water, 4-aminoantipyrine colorimetry, USEPA 420.2
CL122 737 true Silicate, wu, CF/CA, MicroLAB Field determination of silicate in unfiltered water by colorimetry with MicroLAB instrumentation
CL123 738 true Nitrate, wu, Cd-reduct, MicroLAB Field determination of nitrate in unfiltered water by cadmium reduction method with MicroLAB instrumentation
CL124 739 true Nitrate, wu, Cd-reduction, YSI Field determination of nitrate in unfiltered water by cadmium reduction method with YSI instrumentation
CL125 740 true Orthophosphate, MicroLAB colorim Field determination of orthophosphate in unfiltered water by automated colorimetry with MicroLAB instrumentation
CL126 741 true Ammonia, wu, IDP-blue, MicroLAB Field determination of ammonia in unfiltered water by indophenol-blue method with MicroLAB instrumentation
CL127 742 true Ortho-PO4, wf, ascorbic (DODEC) Orthophosphate, water, filtered, ascorbic acid colorimetry (DODEC)
CL128 743 true Ammonia, solids, phenate colorim Ammonia, solids, automated phenate colorimetry
CL129 744 true Phosphorus, solids, ascorbic col Phosphorus, solids, ascorbic acid colorimetry
CL130 745 true Ortho-PO4,solids,ascorbic(DODEC) Orthophosphate, solids, ascorbic acid colorimetry (DODEC)
CL131 746 true NO3+NO2, wu, hydrazine-reduction Nitrate plus nitrite, low level, in unfiltered water by hydrazine reduction method and colorimetry
CL132 747 true NO3+NO2, wf, hydrazine-reduction Nitrate plus nitrite, low level, in filtered water by hydrazine reduction method and colorimetry
CL133 748 true NO3+NO2, wu, hydrazine-pyroPO4 Nitrate plus nitrite, low level, in unfiltered water by hydrazine reduction/ sodium pyrophosphate method and colorimetry
CL134 749 true NO3+NO2, wf, hydrazine-pyroPO4 Nitrate plus nitrite, low level, in filtered water by hydrazine reduction/ sodium pyrophosphate method and colorimetry
CL135 750 true Nitrite, wu (SM4500-NO2-B/DODEC) Nitrite in unfiltered water by coupling diazotized sulfanilamide with N-(1-naphthyl)-ethylenediamine dihydrochloride, and spectrophotometry (Standard Methods 4500-NO2 B; DODEC program)
CL136 751 true Nitrite, wf (SM4500-NO2-B/DODEC) Nitrite in filtered water by coupling diazotized sulfanilamide with N-(1-naphthyl)-ethylenediamine dihydrochloride, and spectrophotometry (Standard Methods 4500-NO2 B; DODEC program)
CL137 752 true Iron(II), wu(SM3500-Fe D /DODEC) Ferrous iron(II) in unfiltered water by phenanthroline colorimetry (Standard Methods 3500-Fe D (1992); DODEC program)
CL138 753 true Iron(II), wf(SM3500-Fe D /DODEC) Ferrous iron(II) in filtered water by phenanthroline colorimetry (Standard Methods 3500-Fe D (1992); DODEC program)
CL139 754 true Iron(III),wu(SM3500-Fe D /DODEC) Ferric iron(III) in unfiltered water by phenanthroline colorimetry (Standard Methods 3500-Fe D (1992); DODEC program)
CL140 755 true Iron(III),wf(SM3500-Fe D /DODEC) Ferric iron(III) in filtered water by phenanthroline colorimetry (Standard Methods 3500-Fe D (1992); DODEC program)
CL141 756 true Sulfide, wu, MB (SM 4500-S D) Sulfide in unfiltered water by the methylene blue colorimetric method (Standard Methods 4500-S D; DODEC program)
CL142 757 true Sulfide, wf, MB (SM 4500-S D) Sulfide in filtered water by the methylene blue colorimetric method (Standard Methods 4500-S D; DODEC program)
CL143 758 true Ammonia, LL, wf, phenate (COWSC) Ammonia, low level, water, filtered, phenate colorimetry (CO WSC)
CL144 759 true NH3+org-N, wu, Kjeldahl (CO WSC) Ammonia plus organic nitrogen, water, unfiltered, Kjeldahl colorimetry (CO WSC)
CL145 760 true NO2+NO3, LL,wf,hydrazine (COWSC) Nitrate plus nitrite, low level, water, filtered, hydrazine colorimetry (CO WSC)
CL146 761 true Phosphorus, LL,wu,persulfate(CO) Phosphorus, low level, water, unfiltered, persulfate colorimetry (CO WSC)
CL147 762 true Ortho-PO4, LL, wf, ascorbic (CO) Orthophosphate, low level, water, filtered, ascorbic colorimetry (CO WSC)
CL148 763 true Nutrients,wf,auto color (NRP/CO) Nitrate plus nitrite, nitrite, ammonium and orthophosphate ions in filtered water by automated colorimetric methods (NRP @ CO WSC)
CL149 764 true Iron(II), wu, field, Hach color Iron(II) in unfiltered water determined in the field by the 1,10-phenanthroline method with portable colorimeter using Hach AccuVac ampules. Range up to 3.00 mg/L
CL150 765 true Ammonia, wf, phenate color(NWQL) Ammonia in filtered water by phenyl phenolate/hypochlorite colorimetry (2-phenylphenolate reagent variant of the Berthelot reaction (indophenol blue)) (NWQL)
CL151 766 true Silica, wf, DA Silica in filtered water by reduced silicomolybdate acid colorimetry using a discrete analyzer
CL152 767 true Particulate-P, phosphomolybdate Particulate phosphorus by combustion of a glass fiber filter, followed by colorimetric analysis using phospho-molybdate color reagent
CL153 768 true Nutrients, brines, colorimetry Nutrients in brine by colorimetry
CLIP 769 true Stage, max-min indicator Gage height, maximum or minimum gage height only
CMB01 770 true Elements, bs, Combustion, GA WSC Elements in bed sediment by Combustion, Georgia WSC Sediment-Partitioning Research Lab
CMB02 771 true Elements, ss, Combustion, GA WSC Elements in suspended sediment by Combustion, Georgia WSC Sediment-Partitioning Research Lab
CMB03 772 true Elements, soil,Combustion,GA WSC Elements in soil by Combustion, Georgia WSC Sediment-Partitioning Research Lab
CMB04 773 true Elements, tissue, Combustion, GA Elements in tissue by Combustion, Georgia WSC Sediment-Partitioning Research Lab
CMB05 774 true TOC, combustion (DODEC) Organic carbon in unfiltered water by combustion (DODEC program)
CMB06 775 true DOC, combustion (DODEC) Organic carbon in filtered water by combustion (DODEC program)
COMB1 776 true Total carbon, bed, combustion,GD Geologic Division, Combustion, Carbon Total, BTM, <2mm field sieved
COMB3 777 true Total carbon, geologic, combustn Total carbon in geologic materials by combustion
COMB4 778 true TOC, combustion-infrared method Combustion-Infrared Method
COMB5 779 true PIC, GFF, combustion Inorganic carbon retained on a GF/F filter (PIC) and analysed by high-temperature combustion
COMB6 780 true TPC, GFF, combustion Organic and inorganic carbon retained on a GF/F filter (TPC) and analysed by high-temperature combustion
COMB7 781 true TPN, GF/F, combusion Total particulate nitrogen (TPN) retained on a GF/F filter and analysed by high-temperature combustion
COMB8 782 true Inorg carbon, wf, OI/Dohrmann OI/Dohrmann, inorganic carbon, FIL
COMB9 783 true TOC, high-temp combustion (NWQL) Total organic carbon in unfiltered water by high temperature combustion
COUL1 784 true Inorg carbon, bed, coulometric Coulometric, Inorganic Carbon BTM
COUL2 785 true Inorg carbon, bed,coulom (NAWQA) Coulometric, Inorganic Carbon, for NAWQA, BTM
COUL3 786 true Inorg carbon, bed, titration, GD Geologic Division, Coulometric Titration, Carbonate Carbon (INORG), BTM, <2mm field sieved
CSG 787 true Gage height, crest stage gage Gage height, crest stage gage
CSP01 788 true Lead-210, wf, chem sep & precip Lead-210, dissolved, chemical separation and precipitation method
CSP02 789 true Strontium-90, wf,chem sepr (STL) Strontium-90, water, filtered, chemical separation and precipitation method (analysis by Severn-Trent Laboratory)
CSP03 790 true Strontium-90, wf,sepr (Eberline) Strontium-90, water, filtered, chemical separation and precipitation method (analysis by Eberline Services)
CV001 791 true Mercury, bed sed, cold vapor, GD Geologic Division, Cold Vapor, Mercury, BTM, <2mm field sieved
CV002 792 true Mercury, CV AAS, GD Geologic Division, AA, cold vapor, Mercury
CV003 793 true Mercury, bed sed, CV AA, GD Geologic Division, AA, cold vapor, Mercury, <63 micrometer field sieved, TBM
CV004 794 true Mercury, w, oxidation P&T CVAFS Mercury in Water by Oxidation, Purge and Trap, and CVAFS
CV005 795 true Mercury, tis,digest ox P&T CVAFS Mercury in Tissue by Digestion, Oxidation, Purge and Trap, and Cold Vapor Atomic Fluorescence Spectrometry
CV006 796 true Mercury,wu,CVAA (DODEC,EPA245.1) Mercury in unfiltered water by CVAA (DODEC, EPA 245.1)
CV007 797 true Mercury, drinking water, CVAA AA, Cold Vapor, Mercury, WWR, Drinking Water
CV009 798 true Mercury, aquatic tissue, CVAF Mercury, aquatic tissue, cold vapor atomic fluoresence
CV010 799 true Mercury, aquatic biologics, CVAA Mercury in Aquatic Biological Material by Cold Vapor AA
CV011 800 true Methyl mercury, wf, GC-CVAFD Methyl Mercury Recoverable from Filtered Water, by Ethylation and GC-CVAFD
CV012 801 true Mercury, wf, CVAAS Mercury in filtered water by CVAAS
CV013 802 true Mercury, wf, auto CVAAS Mercury in filtered water by automated-sequential CVAAS
CV014 803 true Mercury, wf, CV-AFS Mercury in Filtered Water by Cold Vapor-Atomic Fluorescence Spectrometry
CV015 804 true Methyl mercury,wu,ethyl GC-CVAFD Methyl Mercury Recoverable from Unfiltered Water, by Ethylation and GC-CVAFD
CV016 805 true Mercury, wu, CVAAS (NWQL) Mercury recoverable from unfiltered water by CVAAS
CV017 806 true Mercury, wu, CVAAS (NWQL) Mercury recoverable from unfiltered water by CVAAS
CV018 807 true Mercury, wu, CV-AFS Mercury in Unfiltered Water by Cold Vapor-Atomic Fluorescence Spectrometry
CV019 808 true Mercury, bed sed, CVAAS Mercury recoverable from bottom material by CVAAS
CV020 809 true Mercury wf,CVAA (DODEC,EPA7470A) Mercury in filtered water by CVAA (DODEC, EPA 7470A)
CV021 810 true Mercury,wu,CVAA (DODEC,EPA7470A) Mercury recoverable from unfiltered water by CVAA (DODEC, EPA 7470A)
CV022 811 true Mercury,bs,CVAA (DODEC,EPA7471A) Mercury in bed sediment by CVAA (DODEC, EPA 7471A)
CV023 812 true Mercury, water, CVAFD,dichromate Mercury in water by CVAFD with potassium dichromate preservation
CV024 813 true Mercury by CVAFS, GD Mercury in aqueous and geologic materials by continuous flow-cold vapor-atomic fluorescence spectrometry
CV025 814 true Elements, bs, CV-AAS, GA WSC Elements in bed sediment by Cold Vapor Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
CV026 815 true Elements, ss, CV-AAS, GA WSC Elements in suspended sediment by Cold Vapor Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
CV027 816 true Elements, soil, CV-AAS, GA WSC Elements in soil by Cold Vapor Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
CV028 817 true Mercury,wf,CVAA (DODEC,EPA245.1) Mercury in filtered water by manual Cold Vapor Atomic Absorption Spectrometry (DODEC, EPA 245.1)
CV029 818 true Elements, tissue, CV-AAS, GA WSC Elements in tissue by Cold Vapor Atomic Absorption Spectrophotometry, Georgia WSC Sediment-Partitioning Research Lab
CV030 819 true Mercury, bs, CVAFS (NWQL) Mercury, bed sediment, Cold Vapor-Atomic Fluorescence Spectrometry (NWQL)
CX001 820 true Aluminum, wf, extract and AAS Aluminum in filtered water by chelation-extraction with 8-hydroxyquinoline and MIBK, and AAS
CX002 821 true Cadmium, wf, APDC & MIBK, AAS Cadmium in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX003 822 true Chromium(VI), wf, APDC/MIBK, AAS Hexavalent chromium in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX004 823 true Chromium, wf, APDC & MIBK, AAS Chromium in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX005 824 true Cobalt, wf, APDC & MIBK, AAS Cobalt in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX006 825 true Copper, wf, APDC & MIBK, AAS Copper in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX007 826 true Lead, wf, APDC & MIBK, AAS Lead in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX008 827 true Manganese, wf, APDC & MIBK, AAS Manganese in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX009 828 true Molybdenum, wf, extract and AAS Molybdenum in filtered water by chelation-extraction with 8-hydroxyquinoline and MIBK, and AAS
CX010 829 true Nickel, wf, APDC & MIBK, AAS Nickel in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX011 830 true Silver, wf, APDC & MIBK, AAS Silver in filtered water by chelation-extraction with APDC and MIBK, and AAS
CX012 831 true Aluminum, USGS digest, extr, AAS Aluminum recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with 8-hydroxyquinoline and MIBK, and AAS
CX013 832 true Cadmium, USGS digest,extract AAS Cadmium recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX014 833 true Chromium, USGS digest,extractAAS Chromium recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX015 834 true Cobalt, USGS digest, extract AAS Cobalt recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX016 835 true Copper, USGS digest, extract AAS Copper recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX017 836 true Lead, USGS digest, extract AAS Lead recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX018 837 true Molybdenum, USGS digest, extr, A Molybdenum recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with 8-hydroxyquinoline and MIBK, and AAS
CX019 838 true Nickel, USGS digest, extract AAS Nickel recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX020 839 true Silver, USGS digest, extract AAS Silver recoverable from unfiltered water by dilute HCl (USGS) digestion, chelation-extraction with APDC and MIBK, and AAS
CX021 840 true Molybdenum, USGS digest,extr,AAS Molybdenum recoverable from bottom material by hydrogen peroxide and dilute HCl (USGS) digestion, chelation-extraction with 8-hydroxyquinoline and MIBK, and AAS
DCP01 841 true Aluminum, wf, DC plasma Direct-current plasma
DCP02 842 true Aluminum, wf, DCP-AES Aluminum in filtered water by DCP-AES
DCP03 843 true Boron, wf, DCP-AES Boron in filtered water, by DCP-AES
DCP04 844 true Chromium, wf, DCP-AES Chromium in filtered water, by DCP-AES
DCP05 845 true Aluminum, wu, DCP-AES Aluminum recoverable from unfiltered water, by DCP-AES
DCP06 846 true Boron in unfiltered water, by DC Boron in unfiltered water, by DCP-AES
DCP07 847 true Chromium, wu, DCP-AES Chromium recoverable from unfiltered water, by DCP-AES
DCP08 848 true Aluminum, bed sed, DCP-AES Aluminum recoverable from bottom material, by DCP-AES
DCP09 849 true Boron, bed sed, DCP-AES Boron recoverable from bottom material, by DCP-AES
DGC01 850 true Tritium, wu, direct-gas counting Tritium, Water, Unfiltered, by Direct-Gas Counting
DIST1 851 true Weak acid dissoc. cyanide, wf Weak acid dissociable cyanide in filtered water by distillation and titrimetric, colorimetric, or potentiometric quantification
DNA01 852 true Uranium,bed,NeutronActivation,GD Geologic Division, Delayed Neutron Activation, Uranium, BTM, <2mm field sieved
DNC01 853 true U & Th,bed,delayed neutron count Uranium and Thorium in <63 micrometer field-sieved bottom material by delayed neutron counting
EEGC1 854 true Tritium, wu, enrich gas counting Tritium, Water, Unfiltered, by Electrolytic Enrichment and Gas Counting
EHSHE 855 true Eh, electrode, normalized to SHE Eh, electrode method, normalized to standard hydrogen electrode (SHE)
EL002 856 true pH, wu, lab (EPA 150.1 /DODEC) pH of unfiltered water, laboratory, by electrometry (EPA method 150.1; DODEC program)
EL003 857 true pH, wu, field, electrometry pH,WWR,FLD, ELEC
EL004 858 true pH, lab, glass electrode pH, lab, by glass electrode
EL006 859 true pH, lab, auto glass electrode pH, lab, by automated glass electrode
EL007 860 true pH, LIS, lab, auto electrometry pH in low ionic-strength water by automated electrometry
EL008 861 true pH, wu, lab (Std Methods /DODEC) pH of unfiltered water, laboratory, by electrometry (Standard Methods 4500-H B; DODEC program)
EL009 862 true pH, fld,glass electrode (NRP/CO) pH, water, field, glass electrode (NRP @ CO WSC)
EL010 863 true pH, lab, automated (NRP/CO) pH, water, laboratory, automated, glass electrode (NRP @ CO WSC)
EL011 864 true pH, LIS water, electrode w/ ISA pH in low ionic-strength water by glass electrode with ionic strength adjustment
EL012 865 true Salinometer Salinity by salinometer (electrical conductivity)
EL013 866 true CTD sensor Salinity by CTD (Conductivity, Temperature, and Depth) sensor
EMFM1 867 true Electromagnetic flow meter Electromagnetic flow meter
ENCD 868 true Gage height, shaft encoder Gage height, float driven analog to digital shaft encoder
ETG 869 true Gage height, electric tape Gage height, electric tape gage
FI001 870 true Available cyanide, wu (DODEC) Available cyanide in unfiltered water by flow injection, ligand exchange, and amperometry (DODEC)
FI002 871 true Available cyanide, wf (DODEC) Available cyanide in filtered water by flow injection, ligand exchange, and amperometry (DODEC)
FL001 872 true U (natural), wf, fluorometric Dissolved fluorometric
FL002 873 true U (natural) 2SPE, wf,fluorimetry Fluorimetry, Uranium, FIL
FL003 874 true U (natural), water, fluorometric U, Fluorometric, TOT
FL004 875 true U (natural), wf, FL-DIR GR-W U-FIL, fluorometric method--direct (FL-DIR.), ground water (GR-W)
FL005 876 true Uranium, wf, FL-EXT GR-W U-FIL, fluorometric method--extracted sample (FL-EXT.), ground water (GR-W)
FL006 877 true U (natural), wf, direct fluorom U-FIL, fluorometric method--direct (FLUOR-direct)
FL007 878 true Uranium, wf,extract fluorometric U-FIL, fluorometric method--extracted sample (FLUOR-ext)
FL008 879 true Chlorophyll a,phyto,fluorometric Fluorometric, Chlorophyll A, Phytoplankton
FL009 880 true Chlorophyll a, peri,fluorometric Fluorometric, Chlorophyll A, Periphyton
FL010 881 true Pheophyton a, peri, fluorometric Fluorometric, Pheophyton A, Periphyton
FL011 882 true Pheophyton a, phyto,fluorometric Fluorometric, Pheophyton A, Phytoplankton
FL012 883 true EPA Method 445.0 w/ EtOH extract In vitro determination of chlorophyll a and pheophytin a in algae by ethanol extraction and fluoresence analysis (EPA Method 445.0 modified by the use of ethanol for the extraction)
FLOAT 884 true Gage height, float tape gage Gage height, float tape gage
FP001 885 true THM FP, wf, Cl residual,7d,pH8.3 Trihalomethane formation potential, filtered water, dosed to maintain a 2mg/L free Chlorine residual at pH 8.3 and incubated for 7 days
FP002 886 true Haloacetic acids FP, wf Haloacetic acids formation potential in filtered water
G0001 887 false No information exists for method
G0002 888 false No information exists for method
G0003 889 false No information exists for method
G0004 890 true No information exists for method
G0005 891 false No information exists for method
G0006 892 false No information exists for method
G0007 893 false No information exists for method
G0008 894 false No information exists for method
G0009 895 false No information exists for method
G0010 896 false No information exists for method
G0011 897 false No information exists for method
G0012 898 false No information exists for method
G0013 899 false No information exists for method
G0014 900 false No information exists for method
G0015 901 false No information exists for method
G0016 902 false No information exists for method
G0017 903 false No information exists for method
G0018 904 false No information exists for method
G0019 905 false No information exists for method
G0020 906 false No information exists for method
G0021 907 false No information exists for method
G0022 908 false No information exists for method
G0023 909 false No information exists for method
G0024 910 false No information exists for method
G0025 911 false No information exists for method
G0026 912 false No information exists for method
G0027 913 false No information exists for method
G0028 914 false No information exists for method
G0029 915 false No information exists for method
G0030 916 false No information exists for method
G0031 917 false No information exists for method
G0032 918 false No information exists for method
G0033 919 false No information exists for method
G0034 920 false No information exists for method
G0035 921 false No information exists for method
G0036 922 false No information exists for method
G0037 923 false No information exists for method
G0038 924 false No information exists for method
G0039 925 false No information exists for method
G0040 926 false No information exists for method
G0041 927 false No information exists for method
G0042 928 false No information exists for method
G0043 929 false No information exists for method
G0044 930 false No information exists for method
G0045 931 false No information exists for method
G0046 932 false No information exists for method
G0047 933 false No information exists for method
G0048 934 false No information exists for method
G0049 935 false No information exists for method
G0050 936 false No information exists for method
G0051 937 false No information exists for method
G0052 938 false No information exists for method
G0053 939 false No information exists for method
G0054 940 false No information exists for method
G0055 941 false No information exists for method
G0056 942 false No information exists for method
G0057 943 false No information exists for method
G0058 944 false No information exists for method
G0059 945 false No information exists for method
G0060 946 false No information exists for method
G0061 947 false No information exists for method
G0062 948 false No information exists for method
G0063 949 false No information exists for method
G0064 950 false No information exists for method
G0065 951 false No information exists for method
G0066 952 false No information exists for method
G0067 953 false No information exists for method
G0068 954 false No information exists for method
G0069 955 false No information exists for method
G0070 956 false No information exists for method
G0071 957 false No information exists for method
G0072 958 false No information exists for method
G0073 959 false No information exists for method
G0074 960 false No information exists for method
G0075 961 false No information exists for method
G0076 962 false No information exists for method
G0077 963 false No information exists for method
G0078 964 false No information exists for method
G0079 965 false No information exists for method
G0080 966 false No information exists for method
G0081 967 false No information exists for method
G0082 968 false No information exists for method
G0083 969 false No information exists for method
G0084 970 false No information exists for method
G0085 971 false No information exists for method
G0086 972 false No information exists for method
G0087 973 false No information exists for method
G0088 974 false No information exists for method
G0089 975 false No information exists for method
G0090 976 false No information exists for method
G0091 977 false No information exists for method
G0092 978 false No information exists for method
G0093 979 false No information exists for method
G0094 980 false No information exists for method
G0095 981 false No information exists for method
G0096 982 false No information exists for method
G0097 983 false No information exists for method
G0098 984 false No information exists for method
G0099 985 false No information exists for method
G0100 986 false No information exists for method
G0101 987 false No information exists for method
G0102 988 false No information exists for method
G0103 989 false No information exists for method
G0104 990 false No information exists for method
G0105 991 false No information exists for method
G0106 992 false No information exists for method
G0107 993 false No information exists for method
G0108 994 false No information exists for method
G0109 995 false No information exists for method
GAM01 996 true Cs-137 count err, wf, gamma scan CS-137,G scan, FIL, ER
GAM02 997 true Cesium-137, bed, gamma (STL) Cesium-137, bed sediment, by gamma counting (analysis by Severn-Trent Laboratory)
GAM03 998 true Cesium-137, bed, gamma(Eberline) Cesium-137, bed sediment, by gamma counting (analysis by Eberline Services)
GAM04 999 true Cs-137, dating, bed, gamma spec Cesium-137, for Dating, Bottom Material, by Gamma Spectrometry
GAM05 1000 true Gamma-scan, wu, spectrom (STL) Gamma-scan, water, unfiltered, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM06 1001 true Gamma-scan, wu, spec (Eberline) Gamma-scan, water, unfiltered, by gamma spectrometry (analysis by Eberline Services)
GAM07 1002 true Gamma-scan, bed, spectrom (STL) Gamma-scan, bed sediment, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM08 1003 true Gamma-scan, sus, spectrom (STL) Gamma-scan, suspended sediment, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM09 1004 true Gamma-scan, wf, spectrom (STL) Gamma-scan, water, filtered, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM10 1005 true Gamma-scan, bed, spec (Eberline) Gamma-scan, bed sediment, by gamma spectrometry (analysis by Eberline Services)
GAM11 1006 true Gamma-scan, sus, spec (Eberline) Gamma-scan, suspended sediment, by gamma spectrometry (analysis by Eberline Services)
GAM13 1007 true Lead-210, bed,gamma spectrometry Lead-210, Bottom Material, by Gamma Spectrometry
GAM14 1008 true Lead-210, dating,bed,gamma (STL) Lead-210, for dating, bed sediment, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM15 1009 true Lead-210,date,bs,gamma(Eberline) Lead-210, for dating, bed sediment, by gamma spectrometry (analysis by Eberline Services)
GAM16 1010 true Radium-226, bed sed, gamma spec Radium-226, Bottom Material, by Gamma Spectrometry
GAM17 1011 true Radium-228, bed, by gamma spec Radium-226, bed sediment, pCi/g, by gamma spectrometry
GAM18 1012 true Radium-226,dating,bs,gamma (STL) Radium-226, for dating, bed sediment, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM19 1013 true Radium-226,date,gamma (Eberline) Radium-226, for dating, bed sediment, by gamma spectrometry (analysis by Eberline Services)
GAM20 1014 true Radium-228, bed, gamma spec(STL) Radium-228, bed sediment, by gamma spectrometry (analysis by Severn-Trent Laboratory)
GAM21 1015 true Radium-228, bed, gamma(Eberline) Radium-228, bed sediment, by gamma spectrometry (analysis by Eberline Services)
GAM22 1016 true Cs-137 & -134, wf,ion-exch,gamma Cesium-137 and cesium-134, dissolved, inorganic ion-exchange method, gamma counting
GAM23 1017 true Gamma activity--'Deleted - memo' Gamma activity scan--Generally all data are reported as 'Deleted - memo'
GAM24 1018 true Gamma spec, sediment (Menlo Prk) Sediment Radioisotopes by Gamma Spectroscopy
GAM25 1019 true Cs-137, wu, gamma spec w/ Ge(Li) Cesium-137 in unfiltered water by gamma-ray spectrometry with Ge(Li) (ID-WSC)
GAM26 1020 true Radium-224, wf, gamma spec Radium-224 in filtered water by gamma spectroscopy
GC031 1021 true VOCs, by EPA 524.1 Purgeables II EPA504
GC032 1022 true EDB, DBCP, 123TCP, water, GC EDB, DBCP, and 1,2,3-trichloropropane (123TCP) in water by microextraction and GC
GC033 1023 true EDB, DBCP, 123TCP, water, 504.1 EPA 504.1, EDB, DBCP, and 1,2,3-trichloropropane (123TCP) in water by microextraction and GC
GC038 1024 true VOCs, drinking water, EPA 524.2 Drinking Water Purgeables I EPA524.2
GC045 1025 true Organochlorines by capillary GC Organochlorine Pesticides by Capillary Column GC
GC047 1026 true PCBs by capillary column GC PCBs by Capillary Column GC--Analyte not listed in method
GC054 1027 true Organochlorine & organo-P, wf,GC Organochlorine and organophosphorus compounds in filtered water, by GC
GC057 1028 true Chlorophenoxy acids, wf, GC Chlorophenoxy acids in filtered water, by GC
GC067 1029 true Kepone, wf, GC Kepone, dissolved in water, water by gas chromatography
GC085 1030 true Kepone, sus sed, GC Kepone, suspended in water, by gas chromatography
GC086 1031 true Munition products, sus sed, GC Munition products, suspended in water, by gas chromatography
GC088 1032 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC089 1033 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC090 1034 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC091 1035 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC092 1036 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC093 1037 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC094 1038 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC095 1039 true Organo-Cl & organo-P, wu, GC Organochlorine and organophosphorus compounds, recoverable from unfiltered water, by GC
GC097 1040 true Chlorophenoxy acids, wu, GC Chlorophenoxy acids recoverable from unfiltered water, by GC
GC099 1041 true Triazines, wu, GC Triazines recoverable from unfiltered water, by GC
GC100 1042 true Ethylene & propane, P&T GC Ethylene and propane recoverable from unfiltered water, by purge and trap GC
GC101 1043 true Ethylene & propane, P&T GC Ethylene and propane recoverable from unfiltered water, by purge and trap GC
GC108 1044 true EDB and DBCP, wu, by GC EDB and DBCP by GC
GC109 1045 true Organochlorines, LL, wu, GC Organochlorine pesticides at low levels, total in water, by gas chromatography
GC110 1046 true Kepone, wu, GC Kepone, total in water, by gas chromatography
GC111 1047 true Organophosphorus, wu, GC Organophosphorus insecticides, total in water, by gas chromatography
GC114 1048 true Munition products, wu, GC Munition products, total in water, by gas chromatography
GC115 1049 true Munition products, wu, GC Munition products, total in water, by gas chromatography
GC116 1050 true Munition products, wu, GC Munition products, total in water, by gas chromatography
GC127 1051 true Organochlorines, wf+sus, GC Organochlorine compounds, dissolved plus suspended combined, by gas chromatography
GC128 1052 true Organophosphorus, wf+sus, GC Organophosphorus insecticides, dissolved plus suspended combined, by gas chromatography
GC129 1053 true Chlorophenoxy acids, wf+sus, GC Chlorophenoxy acid herbicides, dissolved plus suspended combined, by gas chromatography
GC131 1054 true Organochlorine & organo-P,bed,GC Organochlorine and organophosphorus compounds, recoverable from bottom material, by GC
GC132 1055 true Chlorophenoxy acids, bed sed, GC Chlorophenoxy acids recoverable from bottom material, by GC
GC141 1056 true Organochlorines &organo-P,sus,GC Organochlorine and organophosphorus compounds, recoverable from suspended sediment, by GC
GC142 1057 true Chlorophenoxy acids, sus sed, GC Chlorophenoxy acids recoverable from suspended sediment, by GC
GC143 1058 true VOCs, purge & trap GC-PID/ECD VOCs in water by purge and trap capillary column gas chromatography with photoionization and electrolytic conductivity detectors in series
GC144 1059 true Chlordane (technical), wu, GC Chlordane (technical), water, unfiltered, by gas chromatography
GC145 1060 true Aroclors in solids by GC Polychlorinated Biphenyls (Aroclors), solids, by gas chromatography
GC146 1061 true Organics, SPME, GC or GCMS Organic constituents in water by solid-phase microextraction and determined by GC or GCMS
GC147 1062 true Aroclors, wf, GC (DODEC,EPA8082) PCBs (Aroclors), water, unfiltered, by gas chromatography (DODEC, EPA Method 8082)
GC148 1063 true PCBs, wu, GC (DODEC, EPA 8082A) Polychlorinated biphenyls in unfiltered water by gas chromatography (GC) with electron capture detectors (ECD) or electrolytic conductivity detectors (ELCD)
GC149 1064 true PCBs, wf, GC (DODEC, EPA 8082A) Polychlorinated biphenyls in filtered water by gas chromatography (GC) with electron capture detectors (ECD) or electrolytic conductivity detectors (ELCD)
GC150 1065 true PCBs, solids, GC(DODEC,EPA8082A) Polychlorinated biphenyls in solids by gas chromatography (GC) with electron capture detectors (ECD) or electrolytic conductivity detectors (ELCD)
GC151 1066 true PCBs, tissue, GC(DODEC,EPA8082A) Polychlorinated biphenyls in biological tissue by gas chromatography (GC) with electron capture detectors (ECD) or electrolytic conductivity detectors (ELCD)
GC152 1067 true Dissolved gases by GC/FID Dissolved gases by gas chromatography with flame ionization detection
GC153 1068 true Dissolved gases by GC/TCD Dissolved gases by gas chromatography with thermal conductivity detection
GC154 1069 true Hydrogen gas, field extr, GC/RGD Hydrogen gas in water by field extraction and analysis by gas chromatography with reduction gas detector (GC/RGD)
GC155 1070 true GROs, wu, GC/FID Gasoline range organic compounds in unfiltered water by gas chromatography with flame-ionization detection
GC156 1071 true GROs, wu, modified GC/FID Gasoline range organic compounds in unfiltered water by modified gas chromatography with flame-ionization detection
GCE01 1072 true Organochlorines & PCx, wu,GC/ECD GC/ECD: Pesticides, Insecticides, Organochlorine with gross PCBs & gross PCNs (low-level): WWR
GCE02 1073 true Organochlorines &Aroclors,GC/ECD GC/ECD: Pesticides, Insecticides, Organochlorine with specific PCB Aroclors (NPDES): WWR
GCE03 1074 true Pesticides & Aroclors, wf,GC/ECD GC/ECD: Pesticides, PCB Aroclors: FIL
GCE04 1075 true Pesticides & Aroclors, wu,GC/ECD GC/ECD: Pesticides, PCB Aroclors: WWR
GCE05 1076 true Chlorinated pesticides by GC/ECD Chlorinated pesticides in water by GC/ECD
GCE06 1077 true Chlorinated acids, water, GC/ECD Chlorinated acids in water by GC/ECD
GCE08 1078 true Organochlorines, capillaryGC/ECD Organochlorine pesticides in unfiltered water by capillary column gas chromatography with electron capture detection
GCE09 1079 true PCBs by capillary column GC/ECD PCBs by Capillary Column GC/ECD
GCE10 1080 true Chlorinated herbs,cap col GC/ECD Chlorinated Herbicides by Capillary Column GC/ECD
GCE12 1081 true Pest, organochlorine,PCBs,GC-ECD Pesticides, organochlorine and total pcbs, unfiltered water, hexane extraction, gas chromatography with electron capture detector
GCE13 1082 true Pest, oc, PCB, bs, lab, GC-ECD Pesticides, organochlorine and pcbs, bed sediment, soxhlet extraction, gas chromatography w/electron capture detector
GCE14 1083 true Organochlorines & PCx,bed,GC/ECD GC/ECD: Pesticides, Insecticides, Organochlorine with gross PCBs and gross PCNs: BTM
GCE15 1084 true Organochlorines &PCBs,GPC GC-ECD Organochlorine Pesticides and PCBs in Bottom Sediment by Gel Permeation Chromatography and GC-ECD
GCE16 1085 true Organo-Cl & PCBs, sus,GPC GC-ECD Organochlorine Pesticides and PCBs in Suspended Sediment by Gel Permeation Chromatography and GC-ECD
GCE17 1086 true Pest, organochlorine,pcb, GC-ECD Pesticides, organochlorine and pcbs, bed sediment, soxhlet extraction, Gas chromatography with electron capture detector
GCE18 1087 true Pest, oc, tis, lab, GC-ECD Pesticides, chlorinated, aquatic tissue, soxhlet extraction, gas chromatography w/electron capture detector
GCE19 1088 true Organochlorines, solids, GC/ECD Organochlorine pesticides in solids by capillary column gas chromatography with electron-capture detection
GCE20 1089 true Chlorinated herbs, wu, capGC/ECD Chlorinated herbicides in unfiltered water by capillary column gas chromatography with electron capture detection using methylation or pentafluorobenzylation derivatization
GCE21 1090 true Organo Cl cmpds,NWQL custom 8046 NWQL Custom method 8046, Low Level Organochlorine/PAHs in bed sediment (Pete VanMetre)
GCE22 1091 true CFCs, age dating, wu, under N2 Chlorofluorocarbons for age dating unfiltered water, sample stored under nitrogen atmosphere, analyzed by purge-and-trap gas chromatography with an electron capture detector
GCE23 1092 true CFCs, age date,wu,foil-lined cap Chlorofluorocarbons for age dating unfiltered water, sample stored with no-headspace under a foil-lined cap, analyzed by purge-and-trap gas chromatography with an electron capture detector
GCE24 1093 true Haloacetic acids,GCECD(USGSCRCA) Haloacetic Acids and Dalapon in unfiltered water by liquid-liquid extraction, derivitization and gas chromatography with electron capture detection (USGSCRCA)
GCE25 1094 true Haloacetic acids,wu,GCECD(DODEC) Haloacetic Acids and Dalapon in unfiltered water by liquid-liquid extraction, derivitization and gas chromatography with electron capture detection (DODEC)
GCE26 1095 true OC pesticides, ss, MW GC/ECD Organochlorine pesticides, suspended sediment, microwave assisted solvent extraction, recoverable by gas chromatography with electron capture detection
GCE27 1096 true OC pesticides, bs, MW GC/ECD Organochlorine pesticides, bed sediment, microwave assisted solvent extraction, recoverable by gas chromatography with electron capture detection
GCF01 1097 true Diazinon, wu, GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Diazinon: WWR
GCF02 1098 true Ethion, wu, GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Ethion: WWR
GCF03 1099 true Malathion, wu, GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Malathion: WWR
GCF04 1100 true Methyl parathion, wu GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Methyl parathion: WWR
GCF05 1101 true Methyl trithion, wu, GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Methyl trithion: WWR
GCF06 1102 true Trithion, wu, GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Trithion: WWR
GCF07 1103 true Organophosphates, bed sed,GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate: BTM
GCF08 1104 true Organophosphates, sus sed,GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate: SUS
GCF09 1105 true Diazinon, wu, GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate, Diazinon (E608): WWR
GCF10 1106 true Organophosphates, wu, cap GC/FPD Organophosphate pesticides in unfiltered water by capillary column gas chromatography with flame photometric detection
GCF12 1107 true Organophosphates, wf, GC-FPD Organophosphate Pesticides in Filtered Water by GC-FPD
GCF13 1108 true Pest, organophosphate, GC-FPD Pesticides, organophosphate, filtered water, gas chromatography w/flame photometric detector
GCF15 1109 true Organophosphates, wu, CLLE,GCFPD Pesticides, organophosphate, unfiltered water, continuous liquid-liquid extraction, gas Chromatography w/flame photometric detector
GCF16 1110 true Organophosphates, bed sed,GC/FPD GC/FPD: Pesticides, Insecticides, Organophosphate: BTM
GCF17 1111 true Pest, organophosphate, CLLE, GC- Pesticides, organophosphate, bed sediment, soxhlet extraction, gas Chromatography w/flame photometric detector
GCI01 1112 true Nonhalogenated organics,wu,GCFID Nonhalogenated organics in unfiltered water by gas chromatography with flame ionization detection
GCI02 1113 true GROs, wu, by GC/FID (EPA 8015B) Gasoline range organics (GROs), water, unfiltered, by gas chromatography with flame ionization detection (EPA Method 8015B)
GCM01 1114 true Corn & soybean herbs, soil,GC-MS Unpublished method for corn and soybean herbicides in soil by GC-MS
GCM02 1115 true Insect growth regulators, GC-MS Unpublished method for insect growth regulators in filtered water by GC-MS
GCM03 1116 true Organochlorine insecticides,GCMS Unpublished method for organochlorine insecticides in filtered water by GC-MS
GCM04 1117 true Organophosphates, wf, GC-MS Unpublished method for organophosphate insecticides in filtered water by GC-MS
GCM05 1118 true Pyrethroids, wf, GC-MS Unpublished method for pyrethroids in filtered water by GC-MS
GCM06 1119 true Rice &other herbicides,soil,GCMS Unpublished method for rice, soybean, and cotton herbicides in soil by GC-MS
GCM07 1120 true MTBE & degrad., wu, P&T GCMS/SIM Custom: MTBE and degradates in unfiltered water by GCMS/SIM and heated purge & trap
GCM09 1121 true BNAs, wu, GC/MS with NBS search GC/MS: Base/Neutral- plus Acid-extractable (BNA) with NBS search: WWR
GCM10 1122 true BNAs, bed, by GC/MS GC/MS: Base/Neutral- plus Acid-extractable (BNA): BTM
GCM11 1123 true VOCs, wu, by GC/MS, for NAWQA GC/MS: Volatile Organic Compounds (VOC) (for NAWQA): WWR
GCM12 1124 true VOCs, wu, by GC/MS, for NAWQA GC/MS: Volatile Organic Compounds (VOC) (for NAWQA): WWR
GCM13 1125 true PAHs & homologs,solids,ASE GC/MS New Method for PAH compounds and their homologs in solids by ASE extraction and GC/MS analysis - WRI being written
GCM14 1126 true Pest, mod use, add, SPE,GCMS-SIM Pesticides, moderate use, filtered water, solid phase extraction, gas chromatography/mass spectrometry with selected ion monitoring (additonal constituents not included/described in the published method)
GCM15 1127 true Pest, herbs, wf, spe, GCMS-SIM Pesticides, organonitrogen herbicides, filtered water, solid phase extraction, gas chromatography/mass spectrometry with selected ion monitoring
GCM16 1128 true Pesticides & degradates,SPE GCMS SPE/GCMS - Pesticides and Degradation Compounds (Lab extracted)
GCM18 1129 true Isotope dilution GC/MS N-Nitrosodimethylamine analysis by isotope dilution gas chromatography / mass spectrometry
GCM19 1130 true VOCs & fumigants, wu, GC/MS GC/MS: Volatile Organic Compounds (VOC), soil fumigants, EDB & DBCP: WWR
GCM20 1131 true VOCs, wu, cap GC/MS (DODEC) Purgeable organic compounds in unfiltered water by capillary column gas chromatography-mass spectrometry (DODEC)
GCM21 1132 true VOCs, wu, by GC/MS, for NAWQA GC/MS: Volatile Organic Compounds (VOC) (for NAWQA): WWR
GCM22 1133 true 123TCP, capillary column GC/MS 1,2,3-Trichloropropane analysis by capillary column gas chromatography / mass spectrometry
GCM23 1134 true Organics, water, extract & GC/MS Organic compounds in water by liquid-solid extraction and capillary column GC/MS
GCM24 1135 true Endothall, water, ion exch GC/MS Endothall in water by ion exchange extraction, acidic methanol methylation, and GC/MS
GCM25 1136 true VOCs by capillary column GC/MS VOCs by GC/MS Capillary Column Technique
GCM26 1137 true VOCs, solids, capillary col GCMS VOCs in Solids by GC/MS Capillary Column Technique
GCM27 1138 true 1,4-Dioxane by GC/MS 1,4-Dioxane analysis by gas chromatography/mass spectrometry
GCM29 1139 true Fipronil &degradates,water,GC-MS Fipronil and Degradates in Water by GC-MS
GCM30 1140 true Pest, hi, supp, SPE fld,GCMS-SIM Pesticides, high use, filtered water, solid phase extraction in field, gas chromatography/mass spectrometry with selected ion monitoring (supplimental publication)
GCM31 1141 true Pest, hi use, supp, SPE,GCMS-SIM Pesticides, high use, addons, filtered water, solid phase extraction at lab, gas chromatography/mass spectrometry with selected ion monitoring
GCM32 1142 true Pesticides, water, SPE GC-MS Pesticides in Water by Solid-Phase Extraction and GC-MS
GCM33 1143 true Pest, hi use, addon,SPE,GCMS-SIM Pesticides, high use, addon, filtered water, solid phase extraction at lab, gas chromatography/mass spectrometry with selected ion monitoring
GCM34 1144 true Pest, hi, add, SPE fld, GCMS-SIM Pesticides, high use, addon, filtered water, solid phase extraction in field, gas chromatography/mass spectrometry with selected ion monitoring
GCM35 1145 true Pest, high use, SPE, GCMS-SIM Pesticides, high use, filtered water, solid phase extraction at lab, gas chromatography/mass spectrometry with selected ion monitoring
GCM36 1146 true Pest, hi use, SPE, fld, GCMS-SIM Pesticides, high use, filtered water, solid phase extraction in field, gas chromatography/mass spectrometry with selected ion monitoring
GCM37 1147 true NWQL Schedule 1433 Waste indicator, filtered water, solid phase extraction, gas chromatography/mass spectrometry (NWQL Schedule 1433)
GCM38 1148 true Pesticides-NWQL S2002,field extr NWQL Schedule 2002--Pesticides, moderate use, filtered water, solid phase extraction in the field, gas chromatography/mass spectrometry
GCM39 1149 true Pesticides-NWQL S2002, lab extr NWQL Schedule 2002--Pesticides, moderate use, filtered water, laboratory solid phase extraction, gas chromatography/mass spectrometry with selected ion monitoring
GCM40 1150 true Pesticides--pre-S2002 approval Pesticides, moderate use, filtered water, solid phase extraction, gas chromatography/mass spectrometry with selected ion monitoring (NWQL custom method before Schedule 2002 method was approved)
GCM41 1151 true Herbicides, Sch GCR, SPE GC-MS Selected Herbicides and Degradates in Water, Kansas Lab Schedule GCR, by SPE and GC-MS
GCM42 1152 true Herbicides,pre 11-29-00 GCR,GCMS Selected Herbicides and Degradates in Water, Kansas Lab Schedule GCR, by SPE and GC-MS (method code for analyses prior to method approval on 11-29-2000)
GCM43 1153 true Herbicides, Sch GCS, SPE GC-MS Selected Herbicides and Degradates in Water, Kansas Lab Schedule GCS, by SPE and GC-MS
GCM44 1154 true Herbicides,pre 11-29-00 GCS,GCMS Selected Herbicides and Degradates in Water, Kansas Lab Schedule GCS, by SPE and GC-MS (method code for analyses prior to method approval on 11-29-2000)
GCM45 1155 true Triazines&CAAs, Sch GCR, SPEGCMS Triazine and Chloroacetanilide Herbicides and Degradates in Water, Kansas Lab Schedule GCR, by SPE and GC-MS
GCM46 1156 true Triazines&CAAs, pre 8-23-99 GCR Triazine and Chloroacetanilide Herbicides and Degradates in Water, Kansas Lab Schedule GCR, by SPE and GC-MS (method code for analyses prior to method approval on 8-23-1999)
GCM47 1157 true Triazines&CAA addons, GCR, GCMS Triazine and Chloroacetanilide Herbicides and Degradates in Water, Kansas Lab Schedule GCR, by SPE and GC-MS (method code for constituents not included in the published method)
GCM48 1158 true Triazines&CAAs, Sch GCS, SPEGCMS Triazine and Chloroacetanilide Herbicides and Degradates in Water, Kansas Lab Schedule GCS, by SPE and GC-MS
GCM49 1159 true Triazines&CAAs, pre 8-23-99 GCS Triazine and Chloroacetanilide Herbicides and Degradates in Water, Kansas Lab Schedule GCS, by SPE and GC-MS (method code for analyses prior to method approval on 8-23-1999)
GCM50 1160 true Geosmin and MIB by SPE and GC-MS Geosmin and Methylisoborneol in Water Using Solid-Phase Microextraction and GC-MS
GCM51 1161 true Geosmin and MIB by SPE and GC-MS Geosmin and Methylisoborneol in Water Using Solid-Phase Microextraction and GC-MS (method code for analyses prior to method approval on 12-2-2002)
GCM52 1162 true Azinphos-methyl, wu, GC/MS GC/MS: Pesticides, Azinphos-methyl: WWR
GCM53 1163 true VOCs, purge & trap GC-MS Purgeable organic compounds recoverable from unfiltered water, by purge and trap GC-MS
GCM54 1164 true BNAs, GC-MS Base/neutral and acid extractable compounds by GC-MS
GCM55 1165 true SVOC, CH2Cl2 extract, GCMS Base/neutral and acid extractable compounds, unfiltered water, methylene chloride extractable, methylene chloride extractable, gas chromatography/mass spectrometry
GCM56 1166 true SVOC, CH2Cl2 extract, GCMS Base/neutral and acid extractable compounds, unfiltered water, methylene chloride extractable, methylene chloride extractable, gas chromatography/mass spectrometry
GCM57 1167 true SVOC, CH2Cl2 extract, GCMS Base/neutral and acid extractable compounds, unfiltered water, methylene chloride extractable, methylene chloride extractable, gas chromatography/mass spectrometry
GCM58 1168 true Base/neutral organics, wu, GC-MS Base/neutral extractable compounds recoverable from unfiltered water, by GC-MS
GCM59 1169 true VOC, fuel, HP/T, acidified, GCMS VOC, gasoline oxygenates, degradates, and BTEX, unfiltered water, acidified in field, heated purge and trap-gas chromatography/mass spectrometry GCMS
GCM60 1170 true VOC, fuel, wu, HP/T, lab, GCMS Volatile organic compounds, gasoline oxygenates, degradates, and BTEX, unfiltered water, heated purge and trap-gas chromatography/mass spectrometry
GCM61 1171 true VOCs, water, GC-MS Volatile Orgainc Compounds in Water by GC-MS
GCM62 1172 true VOCs, water, GC-MS Volatile Orgainc Compounds in Water by GC-MS
GCM63 1173 true VOCs, water, GC-MS Volatile Orgainc Compounds in Water by GC-MS
GCM64 1174 true VOCs, water, GC-MS Volatile Orgainc Compounds in Water by GC-MS
GCM65 1175 true VOCs, water, GC-MS Volatile Orgainc Compounds in Water by GC-MS
GCM66 1176 true VOC, wu, acidified, GCMS Volatile organic compounds, unfiltered water, acidified, purge and trap gas chromatography/mass spectrometry
GCM67 1177 true VOC, wu, censor at <0.2, GCMS Volatile organic compounds, unfiltered water, censored at <0.2 ug/L, purge and trap gas chromatography/mass spectrometry
GCM68 1178 true VOC, wu, censor at <0.2, GCMS Volatile organic compounds, unfiltered water, censored at <0.2 ug/L, purge and trap gas chromatography/mass spectrometry
GCM69 1179 true BNAs, wu, GC/MS with NBS search GC/MS: Base/Neutral- plus Acid-extractable (BNA) with NBS search: WWR
GCM70 1180 true BNAs, bed sed, CH2Cl2 ext, GC-MS Acid and base/neutral organic compounds, bottom material, methylene chloride extractable, gas chromatography/mass spectrometry with unknowns tentatively identified (Schedule 1386)
GCM71 1181 true SVOC, bs, GPC, lab, GCMS Semivolatile organic compounds, bed sediment, solvent extraction w/gel permeation chromatographic fractionation, gas chromatography/mass spectrometry
GCM72 1182 true PAH, bs, lab, GCMS Polycyclic aromatic hydrocarbons, bed sediment, solvent extraction w/gel permeation chromatographic fractionation, gas chromatography/mass spectrometry
GCM73 1183 true Waste indicator, SPE lab,GCMS-FS Waste indicator, spe, lab, GCMS-FS
GCM74 1184 true PAHs, bed sed, lab ASE, GCMS PAH, bs, lab, ASE, GCMS
GCM75 1185 true VOCs, wu, by GC/MS, for DODEC Volatile organic compounds, water, unfiltered, by gas chromatography/mass spectrometry
GCM76 1186 true SVOCs, wu, GC/MS (DODEC) Semivolatile organic compounds, water, unfiltered, by gas chromatography/mass spectrometry
GCM77 1187 true Custom add-on to schedule 2033 Custom add-on to schedule 2033--Moderate use pesticides, filtered water, solid phase extraction, gas chromatography/mass spectrometry with selected ion monitoring
GCM78 1188 true High-Cl dioxins/furans, ID GC/MS Tetra- through octa-chlorinated dioxins and furans by isotope dilution HRGC/HRMS
GCM79 1189 true PCDDs & PCDFs, wu, HRGC/HRMS Polychlorinated dibenzodioxins (PCDDs) and polychlorinated dibenzofurans (PCDFs) by high-resolution gas chromatography/high-resolution mass spectrometry (HRGC/HRMS)
GCM80 1190 true Pesticides--NWQL S2002 rejects Pesticides considered for NWQL Schedule 2002 and rejected
GCM81 1191 true Pesticides--NWQL 9007 (custom) Custom method 9007--compounds tested for NWQL Schedule 2002 and rejected
GCM82 1192 true Hormones in tissue (custom) Custom method: Bill Foreman, Hormones in tissue samples
GCM83 1193 true Hormones in POCIS (custom) Custom method: Bill Foreman, Hormones in POCIS extracts
GCM84 1194 true BNAs--NWQL S1494 addon Add-on to schedule NWQL 1494--Base/neutral and acid extractable compounds, unfiltered water, methylene chloride extractable, methylene chloride extractable, gas chromatography/mass spectrometry
GCM85 1195 true Add-on to S1433 for New York Add-on to schedule1433 for New York
GCM86 1196 true Fungicides, wf,SPE-GC/MS (rerun) Fungicides in filtered water by SPE-GC/MS (extract re-analysis), New method development by Sandstrom
GCM87 1197 true Fungicides, wf, SPE-GC/MS Fungicides in filtered water by SPE-GC/MS (Water sample), New method development by Sandstrom
GCM88 1198 true Custom halogens in tissue Custom halogens in tissue
GCM89 1199 true Custom waste indicators, tissue Custom waste indicators in tissue
GCM90 1200 true Custom add-ons to schedule 1433 Custom add-ons to schedule 1433 (method code for constituents not included in the published method)
GCM91 1201 true Custom add-ons to schedule 4433 Custom add-ons to schedule 4433 (method code for constituents not included in the published method)
GCM92 1202 true Semivolatile organics by GC/MS Semivolatile organic compounds in many matrices by gas chromatography/mass spectrometry
GCM93 1203 true VOCs, wu, GC/MS (DODEC,EPA524.2) Volatile organic compounds, water, unfiltered, gas chromatography/mass spectrometry (DODEC, USEPA Method 524.2)
GCM94 1204 true VOCs, wu, GC/MS (DODEC,EPA8260B) Volatile organic compounds, water, unfiltered, gas chromatography/mass spectrometry (DODEC, USEPA Method 8260B)
GCM95 1205 true PCDD/PCDF,wu,HRGC/LRMS(EPA8280A) Polychlorinated dioxins (PCDDs) and furans (PCDFs), water, unifltered, by high resolution gas chromatography/low resolution mass spectrometry (HRGC/LRMS)
GCM96 1206 true PCDD/PCDF,sd,HRGC/LRMS(EPA8280A) Polychlorinated dioxins (PCDDs) and furans (PCDFs), Dioxins and Furans by HRGC/LRMS, solids
GCM97 1207 true PCDD/PCDF,sd,HRGC/HRMS(EPA8290) Polychlorinated dioxins (PCDDs) and furans (PCDFs), Dioxins and Furans by HRGC/HRMS, solids
GCM98 1208 true SVOCs, solids, GC/MS (DODEC) Semivolatiles (SVOCs), solids, by GC/MS
GCM99 1209 true NWQL Schedule 4433 Wastewater compounds in whole water by continuous liquid-liquid extraction and capillary-column gas chromatography/mass spectrometry--NWQL Schedule 4433
GCN01 1210 true Alpha-Radium, bed sed, counting Alpha-emitting isotopes of Radium, bed sediment, pCi/g, by gas proportional counting
GCN02 1211 true Alpha-Radium, sus sed, counting Alpha-emitting isotopes of Radium, suspended sediment, pCi/g, by gas proportional counting
GCN03 1212 true Alpha-Radium, wf, by counting Alpha-emitting isotopes of Radium, water, filtered, pCi/L, by gas proportional counting
GCN04 1213 true Alpha-Radium, wu, by counting Alpha-emitting isotopes of Radium, water, unfiltered, pCi/L, by gas proportional counting
GCNP1 1214 true Pest, triazines, lab, GC-NPD Pesticides, triazines, water unfiltered, gas chromatography w/nitrogen phosphorus detector
GF001 1215 true Antimony, wu, GFAA, EPA method ANTIMONY-T GFAA-EPA
GF002 1216 true Arsenic, tissue, by GFAA GFAA, Arsenic, tissue, dry weight
GF003 1217 true Cadmium, wf, GFAA GFAA, Cadmium, FIL
GF004 1218 true Cadmium, wu, GFAA GFAA, Cadmium, TOT
GF005 1219 true Cadmium, tissue, by GFAA GFAA, Cadmium, tissue, dry weight
GF006 1220 true Chromium, wf, GFAA GFAA, Chromium, FIL
GF007 1221 true Chromium, wu, GFAA GFAA, Chromium, WWR
GF008 1222 true Cobalt, wf, GFAA GFAA, Cobalt, FIL
GF009 1223 true Cobalt, wu, GFAA GFAA, Cobalt, WWR
GF010 1224 true Cobalt, tissue, GFAA GFAA, Cobalt, tissue, dry weight
GF011 1225 true Copper, wf, GFAA GFAA, Copper, FIL
GF012 1226 true Copper, wu, GFAA GFAA, Copper, WWR
GF013 1227 true Lead, wf, GFAA GFAA, Lead, FIL
GF014 1228 true Lead, wu, GFAA GFAA, Lead, WWR
GF015 1229 true Lead, tissue, GFAA GFAA, Lead, tissue, dry weight
GF016 1230 true Nickel, wf, GFAA GFAA, Nickel, FIL
GF017 1231 true Nickel, wu, GFAA GFAA, Nickel, WWR
GF018 1232 true Nickel, tissue, GFAA GFAA, Nickel, tissue, dry weight
GF019 1233 true Selenium, tissue, by GFAA GFAA, Selenium, tissue, dry weight
GF020 1234 true Silver, wu, GFAA GFAA, Silver, WWR
GF021 1235 true Silver, tissue, GFAA GFAA, Silver, tissue, dry weight
GF022 1236 true Thallium, wu, GFAA GFAA, Thallium, WWR
GF023 1237 true Zinc, wf, GFAA GFAA, Zinc, FIL
GF024 1238 true Zinc, wu, GFAA GFAA, Zinc, WWR
GF025 1239 true Cadimum, bed sed, GFAA, GD Geologic Division, GFAA, Cadimum, BTM, <2mm field sieved
GF026 1240 true Silver, bed sed <2mm, GFAA, GD Geologic Division, GFAA, Silver, BTM, <2mm field sieved
GF027 1241 true Cation Resin + Zeeman corr GFAAS Cation exchange Resin + Zeeman corrected Graphite Furnace Atomic Absorption Spectroscopy
GF028 1242 true Cadmium, bed, GFAA, GD Geologic Division, GFAA, Cadmium, <63 micrometer field-sieved, BTM
GF029 1243 true Silver, bed sed <63u, GFAA, GD Geologic Division, GFAA, Silver, <63 micrometer field-sieved, BTM
GF030 1244 true Trace elements, stabl temp GFAA Determination of trace elements by stabilized temperature graphite furnace atomic absorption
GF031 1245 true Elements, drinking water, GFAA EPA 200.9 determination of total recoverable trace elements in drinking water by GFAA
GF032 1246 true Antimony, drinking wtaer, GFAA GFAA, Antimony, dissolved, EPA 200.9, Drinking Water
GF033 1247 true Barium, wu, GF BARIUM TOTAL (GF)
GF034 1248 true Aluminum, wf, GFAA, EPA method ALUMINUM DISSOLVED (GFAA) EPA
GF035 1249 true Aluminum, LL, wf, GF ALUMINUM DISSOLVED LL (GF)
GF036 1250 true Aluminum, wu, GFAA, EPA method ALUMINUM TOTAL (GFAA) EPA
GF037 1251 true Antimony, wu, GFAA Antimony in unfiltered water by GFAA
GF038 1252 true Antimony, wf, GFAA ANTIMONY DISSOLVED (GFAA)
GF039 1253 true Antimony, LL, wf, GFAA ANTIMONY DISSOLVED LL (GFAA)
GF040 1254 true Antimony, wu, GFAA ANTIMONY TOTAL (GFAA)
GF041 1255 true Antimony, LL, wu, GFAA ANTIMONY TOTAL LL (GFAA)
GF042 1256 true Arsenic, wf, GFAA ARSENIC DISSOLVED (GFAA)
GF043 1257 true Arsenic, LL, wf, GFAA ARSENIC DISSOLVED LL (GFAA)
GF044 1258 true Arsenic, wu, GFAA ARSENIC TOTAL GFAA
GF045 1259 true Arsenic, LL, wu, GFAA ARSENIC TOTAL LL (GFAA)
GF046 1260 true Barium, wf, GF BARIUM DISSOLVED (GF)
GF047 1261 true Cadmium, LL, wf, GFAA CADMIUM DISSOLVED LL (GFAA)
GF048 1262 true Cadmium, LL, wu, GFAA CADMIUM TOTAL LL (GFAA)
GF049 1263 true Chromium, wu, GFAA, EPA method CHROMIUM TOTAL (GFAA-EPA)
GF050 1264 true Cobalt, LL, wf, GFAA COBALT DISSOLVED LL (GFAA)
GF051 1265 true Cobalt, LL, wu, GFAA COBALT TOTAL LL (GFAA)
GF052 1266 true Copper, LL, wf, GFAA COPPER DISSOLVED LL (GFAA)
GF053 1267 true Copper, LL, wu, GFAA (Ocala) COPPER TOTAL (GFAA) LL
GF054 1268 true Copper, LL, wu, GFAA (Ocala) COPPER TOTAL LL (GFAA)
GF055 1269 true Lead, LL, wf, GFAA LEAD DISSOLVED LL (GFAA)
GF056 1270 true Lead, LL, wu, GFAA LEAD TOTAL LL (GFAA)
GF057 1271 true Molybdenum, wf, GFAA MOLYBDENUM DISSOLVED (GFAA)
GF058 1272 true Nickel, LL, wf, GFAA NICKEL DISSOLVED LL (GFAA)
GF059 1273 true Nickel, LL, wu, GFAA NICKEL TOTAL LL (GFAA)
GF060 1274 true Selenium, wf, GFAA (Ocala) SELENIUM DISSOLVED (GFAA)
GF061 1275 true Selenium, LL, wf, GFAA SELENIUM DISSOLVED LL (GFAA)
GF062 1276 true Selenium, wu, GFAA (Ocala) SELENIUM TOTAL (GFAA)
GF063 1277 true Selenium, LL, wu, GFAA SELENIUM TOTAL LL (GFAA)
GF064 1278 true Silver, LL, wf, GFAA SILVER DISSOLVED LL (GFAA)
GF065 1279 true Silver, LL, wu, GFAA SILVER TOTAL LL (GFAA)
GF066 1280 true Thallium, wu, GFAA Thallium in unfiltered water by GFAA
GF067 1281 true Thallium, wf, GFAA THALLIUM DISSOLVED (GFAA)
GF068 1282 true Thallium, LL, wf, GFAA THALLIUM DISSOLVED LL (GFAA)
GF069 1283 true Thallium, wu, GFAA THALLIUM TOTAL (GFAA)
GF070 1284 true Thallium, LL, wu, GFAA THALLIUM TOTAL LL (GFAA)
GF071 1285 true Vanadium, wf, GFAA VANADIUM DISS (GFAA)
GF072 1286 true Vanadium, wu, GFAA VANADIUM TOTAL (GFAA)
GF073 1287 true Arsenic and selenium, wu, GFAA Graphite furnace atomic absorption
GF074 1288 true Cadmium, LIS, GFAAS Cadmium in low ionic strength water by GFAAS
GF075 1289 true Chromium, wf, GFAAS Chromium in Filtered Water by GFAAS
GF076 1290 true Chromium, LIS, GFAAS Chromium in low ionic strength water by GFAAS
GF077 1291 true Copper, LIS, GFAAS Copper in low ionic strength water by GFAAS
GF078 1292 true Lead, LIS, GFAAS Lead in low ionic strength water by GFAAS
GF079 1293 true Manganese, LIS, GFAAS Manganese in low ionic strength water by GFAAS
GF080 1294 true Molybdenum, wf, GFAAS Molybdenum in Filtered Water by GFAAS
GF081 1295 true Nickel, LIS, GFAAS Nickel in low ionic strength water by GFAAS
GF082 1296 true Silver, wf, GFAA (NWQL) GFAA, Silver, FIL
GF083 1297 true Thallium, wf, GFAAS Thallium in filtered water by GFAAS
GF084 1298 true Zinc, LIS, GFAAS Zinc in low ionic strength water by GFAAS
GF085 1299 true Arsenic, wf, GFAAS Arsenic in Filtered Water by GFAAS
GF086 1300 true Cadmium, wf, GF-AAS Cadmium in filtered water, by GF-AAS
GF087 1301 true Cobalt, wf, GF-AAS Cobalt in filtered water, by GF-AAS
GF088 1302 true Copper, wf, GF-AAS Copper in filtered water, by GF-AAS
GF089 1303 true Lead, wf, GF-AAS Lead in filtered water, by GF-AAS
GF090 1304 true Nickel, wf, GF-AAS Nickel in filtered water, by GF-AAS
GF091 1305 true Selenium, wf, GFAAS (NWQL) Selenium in Filtered Water by GFAAS
GF092 1306 true Silver, wf, GF-AAS (NWQL) Silver in filtered water, by GF-AAS
GF093 1307 true Silver, LL, LIS, GFAAS Silver at Low Concentrations in Low Ionic Strength Water by GFAAS
GF094 1308 true Chromium, wu, GFAAS Chromium in Unfiltered Water by GFAAS
GF095 1309 true Molybdenum, wu, GFAAS Molybdenum Recoverable from Unfiltered Water by GFAAS
GF096 1310 true Arsenic, wu, GFAAS Arsenic Recoverable from Unfiltered Water by GFAAS
GF097 1311 true Cadmium, wu, GF-AAS Cadmium in unfiltered water, by GF-AAS
GF098 1312 true Cobalt, wu, GF-AAS Cobalt recoverable from unfiltered water, by GF-AAS
GF099 1313 true Copper, wu, GF-AAS Copper recoverable from unfiltered water, by GF-AAS
GF100 1314 true Lead, wu, GF-AAS Lead recoverable from unfiltered water, by GF-AAS
GF101 1315 true Nickel, wu, GF-AAS Nickel recoverable from unfiltered water, by GF-AAS
GF102 1316 true Selenium, wu, GFAAS (NWQL) Selenium Recoverable from Unfiltered Water by GFAAS
GF103 1317 true Silver, wu, GF-AAS Silver, recoverable from unfiltered water, by GF-AAS
GF104 1318 true Arsenic, bed sed, GFAAS Arsenic Recoverable from Bed Sediment by GFAAS
GF105 1319 true Selenium, bed sed, GFAAS Selenium Recoverable from Bed Sediment by GFAAS
GF106 1320 true Chromium, wf, GFAAS Chromium in Filtered Water by GFAAS
GLC01 1321 true Munition products, wf, GC & LC Munition products, dissolved in water, by gas and liquid chromatography
GM001 1322 true PCB congeners, wf, HRGC/HRMS Chlorinated biphenyl congeners in filtered water by High Resolution Gas Chromatography and High Resolution Mass Spectrometry
GM002 1323 true PCB congeners, wu, HRGC/HRMS Chlorinated biphenyl congeners in unfiltered water by High Resolution Gas Chromatography and High Resolution Mass Spectrometry
GM003 1324 true PCB congeners, solids, HRGC/HRMS Chlorinated biphenyl congeners in solids by High Resolution Gas Chromatography and High Resolution Mass Spectrometry
GM004 1325 true Custom hormones, wf - Foreman Custom method for hormones in filtered water - Bill Foreman
GM005 1326 true Custom hormones, wu - Foreman Custom method for hormones in unfiltered water - Bill Foreman
GM006 1327 true Custom hormones, solids -Foreman Custom method for hormones in solids - Bill Foreman
GM007 1328 true Custom hormones, ss - Foreman Custom method for hormones in suspended sediment - Bill Foreman
GM008 1329 true NWQL Schedule 5433 NWQL Schedule 5433
GM009 1330 true Pesticides, solids, NWQL Sh 5503 Pesticides in solids by solid phase extraction (ASE) and analysis by gas chromatography/mass spectrometry with selected ion monitoring (NWQL Schedule 5503)
GM010 1331 true Pesticides, ss, NWQL Sch 7503 Pesticides in suspended sediment by solid phase extraction (ASE) and analysis by gas chromatography/mass spectrometry with selected ion monitoring (NWQL Schedule 7503)
GM011 1332 true Current pesticides, wf,HLB GC/MS Current-use pesticides in filtered water by HLB extraction, recoverable by gas chromatography and mass spectrometry
GM012 1333 true Current pesticides, ss, MW GC/MS Current-use pesticides, suspended sediment, microwave assisted solvent extraction, recoverable by gas chromatography and mass spectrometry
GM013 1334 true Current pesticides, bs, MW GC/MS Current-use pesticides, bed sediment, microwave assisted solvent extraction, recoverable by gas chromatography and mass spectrometry
GM014 1335 true ASE solids by NCI-GC/MS ASE solids by negative chemical ionization gas chromatography and mass spectrometry
GM015 1336 true PAHs, solids, GC/MS SIM (NWQL) Polycyclic aromatic hydrocarbons, solids, gas chromatography and mass spectrometry with selected ion monitoring (NWQL)
GM016 1337 true VOCs, wu, HP&T GC/MS SIM (NWQL) Volatile organic compounds in unfiltered water extracted by heated purge and trap and analyzed by gas chromatography/mass spectrometry in selected ion monitoring mode
GM017 1338 true Virus indicators,wf,SPE ID GC/MS Virus indicator compounds in filtered water by solid-phase microextraction with isotope dilution gas chromatography/mass spectrometry
GM018 1339 true Organohalogens, wu,SPE NCI-GC/MS Organohalogen compounds in unfiltered water by solid-phase extraction and negative chemical ionization gas chromatography/mass spectrometry
GM019 1340 true Pesticides, solids (NWQL LC9019) Pesticides in solids by solid phase extraction (ASE) and analysis by gas chromatography/mass spectrometry (NWQL LC9019)
GM020 1341 true HPVs, wu, acidified P&T GCMS High Production Volume compounds in unfiltered water by acidified purge and trap gas chromatography/mass spectrometry
GM021 1342 true HPVs, wu, acidified HP&T GCMS High Production Volume compounds in unfiltered water by acidified, heated purge and trap gas chromatography/mass spectrometry
GM022 1343 true SVOCs, solids, sonication, GC/MS Semivolatile organic compounds on solids desorbed by low level sonication and analyzed by gas chromatography/mass spectrometry
GRV03 1344 true ROE, wf Solids, non-vol, FIL
GRV05 1345 true Phytoplankton, gravimetric, ash Gravimetric, Phytoplankton, biomass, ash weight
GRV06 1346 true Phytoplankton, gravimetric, dry Gravimetric, Phytoplankton, biomass, dry weight
GRV13 1347 true LOI from ROE, wu, 550 C, weight Loss on ignition of residue on evaporation of unfiltered water, heated to 550 deg. C and weighed
GRV15 1348 true Biomass, periphyton, by weight Periphyton, gravimetric method for biomass
GRV16 1349 true Biomass, periphyton, by weight Periphyton, gravimetric method for biomass
GRV17 1350 true Density by gravimetry Density of water sample by gravimetry
GRV25 1351 true LOI, bed sed, weight Loss on ignition, from bottom material, by weight
GRV26 1352 true Oil and grease, wu, weight Oil and grease extractable from unfiltered water, by weight
GRV27 1353 true Oil and grease, bed sed, weight Oil and grease extractable from bottom material, by weight
GRV28 1354 true Moisture content, bed sed,weight Moisture content of bottom material, by weight
GRV29 1355 true n-Hexane Extractable Material n-Hexane Extractable Material (HEM)
GRV30 1356 true HEM by extraction and gravimetry n-Hexane extractable material (HEM) by extraction and gravimetry (see attachment 1 in the reference)
GRV31 1357 true SGT-HEM, extraction & gravimetry Silica gel treated n-hexane extractable material (SGT-HEM) by extraction and gravimetry
H8237 1358 true Turbidity by Hach Method 8237 Turbidity, water, absorptometric method (Hach Method 8237) [Hach refers to the units as FTU]
HTPRB 1359 true Heat dissipation probe Heat dissipation probe
HY001 1360 true Selenium, bed sed, hydride, GD Geologic Division, Hydride, Selenium, BTM, <2mm field sieved
HY002 1361 true Antimony, bed sed, hydride, GD Geologic Division, Hydride, Antimony, BTM, <2mm field sieved
HY003 1362 true Arsenic, bed sed, hydride, GD Geologic Division, Hydride, Arsenic, BTM, <2mm field sieved
HY004 1363 true Inorg As and As(III), hydrideAAS Hydride generation atomic absorption spectrometry
HY005 1364 true Selenium, hydride AA, GD Geologic Division, AA, Hydride generation, Selenium
HY006 1365 true Selenium, geologic,CFhydride AAS Selenium in <63 micrometer field-sieved geologic material by continuous-flow hydride generation atomic absorption spectrophotometry
HY007 1366 true Arsenic, geologic,CF hydride AAS Arsenic in <63 micrometer field-sieved geologic material by continuous-flow hydride generation atomic absorption spectrophotometry
HY008 1367 true Antimony, bed, hydride AA, GD Geologic Division, AA, hydride generation, Antimony, <63 micrometer field-sieved, BTM
HY009 1368 true Antimony, wf, auto hydride AAS Antimony in Filtered Water by Automated-Hydride Atomic Absorption Spectrophotometry
HY010 1369 true Arsenic, wf, auto hydride AAS Arsenic in filtered water by automated sulfuric acid potassium persulfate digestion or ultraviolet radiation, hydride generation, and tube furnace AAS
HY011 1370 true Selenium, wf, auto hydride AAS Selenium in filtered water by automated hydride generation and AAS
HY012 1371 true Selenium, wu, auto hydride AAS Selenium in unfiltered water by automated hydride generation and AAS
HY013 1372 true Arsenic, wu, digest & hydrideAAS Total arsenic in unfiltered water by automated sulfuric acid potassium persulfate digestion or ultraviolet radiation, hydride generation, and tube furnace AAS
HY014 1373 true Minor metals,3-acidDigHydrideAAS Minor metals in sediment by nitric, hydrofluoric, and perchloric acid digestion, and hydride generation with AAS
HY015 1374 true Arsenic, bed, digest &hydrideAAS Total arsenic in bottom material by automated sulfuric acid potassium persulfate digestion or ultraviolet radiation, hydride generation, and tube furnace AAS
HY016 1375 true Selenium, bed, auto hydride AAS Selenium in bottom material by automated hydride generation and AAS
HY017 1376 true Elements, bs, Hydride ICP-AES,GA Elements in bed sediment by Hydride Generation Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
HY018 1377 true Elements, ss, Hydride ICP-AES,GA Elements in suspended sediment by Hydride Generation Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
HY019 1378 true Elements,soil,Hydride ICP-AES,GA Elements in soil by Hydride Generation Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
HY020 1379 true Elements, tissue,Hydride ICP-AES Elements in tissue by Hydride Generation Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
HY021 1380 true Selenium, bs,GD digest & hydride Selenium in bed sediment by multi-acid digestion and hydride generation (USGS/GD Method 10)
IC001 1381 true Bromide, wf, IC-Electrch Bromide, IC-Electrch
IC002 1382 true Bromide, wf, IC Ion chrom Bromide
IC003 1383 true Fluoride, wf, IC Ion chrom Fluoride
IC004 1384 true Nitrate, wf, IC Ion chrom Nitrate
IC005 1385 true Nitrite, wf, IC Ion chrom Nitrite
IC006 1386 true Phosphate, wf, IC Ion chrom Phosphate
IC007 1387 true Chloride, wf, IC (Ocala) CHLORIDE DISSOLVED (IC)
IC008 1388 true Cr(VI) species, IC &spectrometry Separation of Cr(VI) species by ion chromatography and analysis by spectrophotometry
IC009 1389 true Anions, IC, EPA 300.0 Determination of inorganic anions by ion chromatography (USEPA 300.0)
IC010 1390 true Anions, LL, wf, IC, EPA 300.0 Anions, low level, filtered water, by ion chromatography (USEPA 300.0)
IC015 1391 true Perchlorate, wf, IC Perchlorate in filtered water by ion chromatography
IC016 1392 true Perchlorate, wu, IC Perchlorate in unfiltered water by ion chromatography
IC017 1393 true Anions, IC Inorganic Anions by IC
IC018 1394 true Sulfate, wf, IC SULFATE DISSOLVED (IC)
IC019 1395 true Anions, wf, autom IC Anions in filtered water by automated ion chromatography
IC020 1396 true Anions, wf, autom IC Anions in filtered water by automated ion chromatography
IC021 1397 true Anions, wf,auto IC w/ eluant add Anions in filtered water by automated ion chromatography with eluant makeup for water dip fluoride interference
IC022 1398 true Anions, wf, IC Anions, filtered water, ion chromatography
IC024 1399 true Anions, LIS wf, IC Anions, low ionic strength (<100uS/cm), filtered water, ion chromatography
IC025 1400 true Anions, wf, IC (DODEC) Inorganic anions, water, filtered, ion chromatography (DODEC)
IC026 1401 true Anions, wu, IC (DODEC,EPA 300.0) Inorganic anions, water, unfiltered, ion chromatography (DODEC, EPA 300.0)
IC027 1402 true New ion chromatography method New ion chromatography method
IC028 1403 true Anions, wu, IC (DODEC, EPA 9056) Anions in unfiltered water by ion chromatography (DODEC, EPA 9056)
IC029 1404 true Anions, sd, IC (DODEC, EPA 9056) Anions in solids by ion chromatography (DODEC, EPA 9056)
IC030 1405 true Perchlorate, wu, IC (DODEC) Perchlorate in unfiltered water by ion chromatography (DODEC)
IC031 1406 true Perchlorate, solids, IC (DODEC) Perchlorate in solids by ion chromatography (DODEC)
IC032 1407 true Anions, wf, auto IC (NRP/CO) Anions, water, filtered, automated ion-exchange chromatography (NRP @ CO WSC)
IC033 1408 true Cr(VI), wf, IC & derivatization Chromium (VI) in filtered water by ion chromatography with post column derivatization
ICM01 1409 true Perchlorate, wu, IC/MS/MS Perchlorate, wu, IC/MS/MS
ICM02 1410 true Perchlorate, wf, IC/MS/MS Perchlorate, wf, IC/MS/MS
ICM03 1411 true Perchlorate, solids, IC/MS/MS Perchlorate, solids, IC/MS/MS
ICM04 1412 true Perchlorate, biota, IC/ESI/MS Perchlorate in biota using Ion Chromatography/Electrospray Ionization/Mass Spectrometry (IC/ESI/MS or IC/ESI/MS/MS)
ICM05 1413 true Perchlorate, wu, IC/MS/MS Perchlorate in unfiltered water by ion chromatography with suppressed conductivity and electrospray ionization mass spectrometry
ICM06 1414 true Perchlorate, wf, IC/MS/MS Perchlorate in filtered water by ion chromatography with suppressed conductivity and electrospray ionization mass spectrometry
IF001 1415 true Carbon, bed, induction furnace Carbon, inorganic plus organic, total in bottom material, dry weight, induction furnace
IF002 1416 true Carbon, bed, induction furnace Carbon, inorganic plus organic, total in bottom material, dry weight, induction furnace
IF003 1417 true Carbon, bed, induction (NAWQA) Carbon, inorganic plus organic, total in bottom material, dry weight, induction furnace (NAWQA)
IMHOF 1418 true Settleable solids/EPA160.5/DODEC Settleable solids from unfiltered water, measured volumetrically with an Imhoff cone (EPA method 160.5; DODEC program)
IMM01 1419 true Atrazine, wf, by immunoassay Unpublished immunoassay method for atrazine in filtered water
IMM02 1420 true Glyphosate, wf, by immunoassay Unpublished immunoassay method for glyphosate in filtered water
IMM03 1421 true Triazines, wf, by immunoassay Immunoassay analysis for triazines in filtered water
IMM04 1422 true 17-b-Estradiol, wf, immunoassay 17-beta-Estradiol, water, filtered, immunoassay
IMM05 1423 true Magnetic particle immunoassay Triclosan in whole water by magnetic particle immunoassay
INC01 1424 true BOD, wu, incub 5d/20C(EPA,DODEC) BOD in unfiltered water by incubation for 5 days at 20 deg. C (EPA method 405.1; DODEC program)
INC02 1425 true BOD, wu, incub 5d/20C (SM,DODEC) BOD in unfiltered water by incubation for 5 days at 20 deg. C (Standard Methods 5210 B; DODEC program)
INC03 1426 true BOD, wf, incub 5d/20C (SM,DODEC) BOD in filtered water by incubation for 5 days at 20 deg. C (Standard Methods 5210 B; DODEC program)
INDGO 1427 true Diss oxygen, spec indigo carmine Dissolved Oxygen, Spectrophotometric Indigo Carmine
INDKT 1428 true DO, indigo carmine field kit Dissolved Oxygen, CHEMetrics indigo carmine colorimetric field kit, 1-12mg/L
ING01 1429 true delta Helium-3, wu, Ingrowth delta Helium-3, Ingrowth method, Water, Unfiltered, percent
ING02 1430 true Tritium, wu, by helium ingrowth Tritium, Water, Unfiltered, by Helium Ingrowth
ING03 1431 true Tritium, wu, by helium ingrowth Tritium, water, unfiltered, by helium ingrowth
ING04 1432 true Tritium, wu, by helium ingrowth Tritium, water, unfiltered, by helium ingrowth
ING05 1433 true Tritium, wu (Lamont-Doherty) Tritium, water, unfiltered, by helium ingrowth (Lamont-Doherty)
INSD 1434 false Gage height, inside gage Gage height, staff gage inside the gage house
IR001 1435 true Sulfur, bed sed, by infrared, GD Geologic Division, Infrared, Sulfur, BTM, <2mm field sieved
IR002 1436 true Sulfur, bed sed, IR, GD Geologic Division, Infrared, Sulfur, <63 micrometer lab-sieved, BTM
IR003 1437 true Rhodamine WT by YSI model 6025 Field determination of Rhodamine WT by YSI model 6025, near infra-red LED light, 500 nm emission, >470 nm detection, detection angle 90 +/ -2.5 degrees
ISE01 1438 true Sulfide,field,silver/sulfide ISE Sulfide, field, by silver/sulfide ion-specific electrode
ISE02 1439 true H2S, silver/sulfide ISE H2S, Silver/sulfide ion-selective electrode
ISE03 1440 true Fluoride, wf, ISE, EPA method FLUORIDE DISSOLVED (ISE-EPA)
ISE04 1441 true Fluoride, wf, ISE Fluoride in filtered water by ISE
ISE05 1442 true Anions, wf, ISE Anions, filtered water, ion-selective electrode
ISE06 1443 true Fluoride, wu, ASF ISE Fluoride in unfiltered water by ASF ISE
KIT01 1444 true Sulfide, field, CHEMetrics test Sulfide, field, by CHEMetrics methylene blue colorimetric method test kit
KIT02 1445 true Sulfide, field, Hach test kit Sulfide, field, by Hach methylene blue colorimetric method test kit
KIT03 1446 true H2S, Chemetrics field kit H2S, Chemetrics field kit
KIT04 1447 true H2S, Hach field kit H2S, Hach field kit
KJ001 1448 true NH3+org-N, wu, Kjeldahl Ammonia plus organic nitrogen in unfiltered water by Kjeldahl analysis
KJ002 1449 true NH4+org-N, wf, FCC, kjeldahl, CF Ammonia plus organic nitrogen, filtered water, kjeldahl digestion, continuous flow colorimetry
KJ003 1450 true NH4+org-N, wf, FCA, kjeldahl, CF Ammonia plus organic nitrogen, filtered water, kjeldahl digestion, continuous flow colorimetry
KJ004 1451 true P, wf, FCA, kjeldahl, CF Phosphorus, filtered water, acidified, kjeldahl digestion, continuous flow colorimetry
KJ005 1452 true P, wf, FCC, kjeldahl, CF Phosphorus, filtered water, kjeldahl digestion, continuous flow colorimetry
KJ006 1453 true NH3+org-N, wu, microkjeldahl ASF Ammonia Plus Organic Nitrogen in Unfiltered Water by Microkjeldahl Digestion, and ASF Gas Diffusion Cleanup and Colorimetry
KJ007 1454 true NH3+org-N, wu, microkjeldahl ASF Ammonia Plus Organic Nitrogen in Unfiltered Water by Microkjeldahl Digestion, and ASF Gas Diffusion Cleanup and Colorimetry
KJ008 1455 true NH4+org-N, wu, WCA, kjeldahl, CF Ammonia plus organic nitrogen, unfiltered water, acidified, kjeldahl digestion, continuous flow colorimetry
KJ009 1456 true Phosphorus, wu, microKJ ASF, H+ Total Phosphorus in Unfiltered Water by Microkjeldahl Digestion, and ASF Dialysis and Colorimetry (unfiltered sample, preserved by chilling only prior to 1-1-1999, preserved with sulfuric acid 1-1-1999 to present; see OWQ Tech Memo 99.04)
KJ010 1457 true Phosphorus, wu, microKJ ASF, Hg Total Phosphorus in Unfiltered Water by Microkjeldahl Digestion, and ASF Dialysis and Colorimetry (unfiltered sample preserved with mercuric chloride, discontinued 10-01-1994; see OWQ Tech Memo 94.16)
KJ011 1458 true Phosphorus, wu, microKJ ASF,disc Total Phosphorus in Unfiltered Water by Microkjeldahl Digestion, and ASF Dialysis and Colorimetry (unfiltered sample preserved with sulfuric acid; this method code was discontinued because it duplicated KJ009 with preservation change)
KJ012 1459 true NH3+org-N, wf, Jirka NH3+ORGN-JIRKA-FIL
KJ013 1460 true NH3+org-N, wu, Jirka NH3+ORGN-TMJIRKA
KJ014 1461 true Phosphorus, wu, modified Jirka P-MOD-JIRKA
KJ015 1462 true Phosphorus, wf, modified Jirka P.MOD-JIRKA-DIS
KJ016 1463 true NH3+org-N, wf, Kjeldahl Ammonia plus organic nitrogen in filtered water by Kjeldahl analysis
KJ017 1464 true TKN, solids, colorimetry Total Kjeldhal nitrogen (TKN), solids, colorimetry
KJ018 1465 true P, wf, FCC, kjeldahl, DA Phosphorus, filtered water, kjeldahl digestion, colorimetry by discrete analyzer
KJ019 1466 true P, wf, FCA, kjeldahl, DA Phosphorus, filtered water, acidified, kjeldahl digestion, colorimetry by discrete analyzer
KJ020 1467 true P, wu, WCA, kjeldahl, DA Phosphorus, unfiltered water, acidified, kjeldahl digestion, colorimetry by discrete analyzer
KJ021 1468 true NH4+org-N, wf, FCC, kjeldahl, DA Ammonia plus organic nitrogen, filtered water, kjeldahl digestion, colorimetry by discrete analyzer
KJ022 1469 true NH4+org-N, wf, FCA, kjeldahl, DA Ammonia plus organic nitrogen, filtered water, acidified, kjeldahl digestion, colorimetry by discrete analyzer
KJ023 1470 true NH4+org-N, wu, WCA, kjeldahl, DA Ammonia plus organic nitrogen, unfiltered water, acidified, kjeldahl digestion, colorimetry by discrete analyzer
LC018 1471 true Tannin and Lignin, wu, HPLC HPLC: Tannin and Lignin: WWR
LC025 1472 true Chlorophyll, phytoplankton, HPLC Chlorophyll in phytoplankton by HPLC
LC026 1473 true Chlorophyll, periphyton, by HPLC Chlorophyll in periphyton by high-pressure liquid chromatography
LC027 1474 true Pest, wf, SPE, lab, HPLC Pesticides, filtered water, solid phase extraction at lab, high performance liquid chromatography
LC028 1475 true Pest, wf, SPE, fld, HPLC Pesticides, filtered water, solid phase extraction in field, high performance liquid chromatography
LC046 1476 true Carbamates, wu, HPLC Carbamate pesticides recoverable from unfiltered water, by HPLC
LC047 1477 true Munition prods, high level,wu,LC Munition products at high levels, total in water, by liquid chromatography
LC048 1478 true Chlorophyll b, periphyton, HPLC HPLC, Chlorophyll-B, PER
LC049 1479 true PAHs, wu, HPLC Polynuclear aromatic hydrocarbons recoverable from unfiltered water by high performance liquid chromatography
LCD01 1480 true Acetanilides, HPLC-DAD, Sch HPAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-DAD (Kansas Lab Schedule HPAA)
LCD02 1481 true Acetanilides,pre-pub,DAD,SchHPAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-DAD (Kansas Lab Schedule HPAA, method code for analyses prior to method approval on 5-1-2000)
LCD03 1482 true Acetanilide addons, DAD, SchHPAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-DAD (Kansas Lab Schedule HPAA, method code for constituents not included in the published method)
LCM01 1483 true Acetamide addons, LC-MS, SchLCPD Acetamide Herbicides and Degradates in Filtered Water by SPE and LC-MS (Kansas Lab Schedule LCPD, method code for constituents not included in the published method)
LCM02 1484 true Antibiotics by LC/MS Antibiotics method by LC/MS--in development, Kansas Lab Schedule LCAN
LCM03 1485 true Chlorothalonil by LC/MS Chlorothalonil method by LC/MS--in development
LCM04 1486 true Isoxaflutole degradates by LC/MA Isoxaflutole & metabolites method by LC/MA--in development
LCM05 1487 true Triazines & phenylureas by LC/MS Triazine and Phenylurea Herbicides and Degradates by Solid-Phase Extraction and LC-MS, Kansas Lab Schedule LCEA (method code for constituents not included in the published method)
LCM06 1488 true Antibiotics by LC/MS Antibiotics method by LC/MS--in development [LCM06 is the same as LCM02 and should be consolidated into LCM02]
LCM07 1489 true Atrazine degradates, wf, LC/MS Unpublished method for atrazine metabolites in filtered water by LC-MS
LCM08 1490 true Diazanon degradates, wf, LC/MS Unpublished method for diazanon and metabolites in filtered water by LC-MS
LCM09 1491 true Insect growth regulators, LC/MS Unpublished method for insect growth regulator acids in filtered water by LC-MS
LCM10 1492 true Isoxaflutole degradates by LC/MA Isoxaflutole & metabolites method by LC/MA--in development
LCM11 1493 true Phenylureas, wf, LC/MS Unpublished method for phenylureas in filtered water by LC-MS
LCM12 1494 true Triazines with acids, wf, LC/MS Unpublished method for triazines with acids in filtered water by LC-MS
LCM13 1495 true Triazines & hydroxyatrazine,LCMS Unpublished method for triazines with hydroxyatrazine in filtered water by LC-MS
LCM14 1496 true Pesticides, wf, SPE, HPLC/MS HPLC/MS, SPE: Pesticides, Lab-extracted, Water, Filtered LC9060 C2060 development
LCM15 1497 true Explosives, HPLC, custom for MO HPLC: Explosives, Custom for Missouri
LCM16 1498 true Pesticides, glypo, ampa, glufos Pesticides, filtered water, on-line solid phase extraction, high performance liquid chromatography/mass spectrometry
LCM17 1499 true Sulfonylureas, LC/MS-CRADA Sulfonylurea Herbicides by LC/MS-CRADA
LCM20 1500 true Glyphosate, wu, HPLC HPLC: Pesticides, Herbicides, Glyphosate, WWR
LCM22 1501 true Munition products by LC/MS Explosives by LC/MS
LCM29 1502 true Pest, polar, wf, spe, HPLC-MS Pesticides, polar compounds, filtered water, solid phase extraction, hi performance liquid chromatography/mass spectrometry (NWQL Schedule 2060)
LCM33 1503 true Acetanilides, 00-182, Sch LCAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-MS (Kansas Lab Schedule LCAA, OF 00-182)
LCM34 1504 true Acetanilides, 01-10, Sch LCAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-MS (Kansas Lab Schedule LCAA, OF 01-10)
LCM35 1505 true Acetanilides, pre-pub,01-10,LCAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-MS (Kansas Lab Schedule LCAA, OF 01-10, method code for analyses prior to method approval on 1-26-2001)
LCM36 1506 true Acetanilides,pre-pub,00-182,LCAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-MS (Kansas Lab Schedule LCAA, OF 00-182, method code for analyses prior to method approval on 5-1-2000)
LCM37 1507 true Acetanilide addons, 00-182, LCAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-MS (Kansas Lab Schedule LCAA, OF 00-182, method code for constituents not included in the published method)
LCM38 1508 true Acetanilide addons, 01-10, LCAA Chloroacetanilide Herbicide Degradates in Water by SPE and HPLC-MS (Kansas Lab Schedule LCAA, OF 01-10, method code for constituents not included in the published method)
LCM39 1509 true Acetanilides,pre-app addons,LCMS Additional Chloroacetanilide Herbicide Degradates by LC-MS (method code for analyses prior to method approval on 2-26-2001)
LCM40 1510 true Acetanilide addons, LC/MS Additional Chloroacetanilide Herbicide Degradation Compounds by LC-MS
LCM41 1511 true Glyphosate & others,LC/MS (OGRL) Glyphosate, Aminomethylphosphonic Acid, and Glufosinate in Water by LC/MS (Organic Geochemistry Research Lab, Kansas)
LCM42 1512 true Glyphosate, LC/MS (unapproved) Glyphosate, Aminomethylphosphonic Acid, and Glufosinate in Water by LC/MS (method code for analyses prior to method approval on 12-18-2001) (Organic Geochemistry Research Lab, Kansas)
LCM43 1513 true Triazines & Phenylureas,SPE,LCMS Triazine and Phenylurea Herbicides and Degradates by SPE and LC-MS [LCM43 is the same as LCM44 and should be consolidated into LCM44]
LCM44 1514 true Triazines & Phenylureas,SPE,LCMS Triazine and Phenylurea Herbicides and Degradates by SPE and LC-MS, Kansas Lab Schedule LCEA
LCM45 1515 true Acetamides, LC-MS, Sch LCPD Acetamide Herbicides and Degradates in Filtered Water by SPE and LC-MS (Kansas Lab Schedule LCPD)
LCM46 1516 true Custom add-on to schedule 2060 Custom add-on to schedule 2060--Polar pesticides, filtered water, solid phase extraction, high performance liquid chromatography/mass spectrometry
LCM47 1517 true Isoxaflutole &degrad, SPE LC/TMS Dissolved isoxaflutole and degradates in water using solid-phase extraction and liquid chromatography/tandem mass spectrometry
LCM48 1518 true Short Antibiotic Method, LC/MS Short Antibiotic Method, LC/MS, Kansas Lab Schedule LCAB
LCM49 1519 true Nonvolatiles, HPLC, TS/MS or UV Modified version of EPA Method 8321, solvent extractable nonvolatile compounds by high performance liquid chromatography with thermospray/mass spectrometry or ultraviolet detection
LCM50 1520 true Pharmaceuticals, wf, Tandem MS Human-health pharmaceuticals in filtered water by chemically modified styrene-divinylbenzene resin-based solid-phase extraction and high-performance liquid chromatography/tandem mass spectrometry
LCM51 1521 true Perchlorate, wu, LC/MS/MS Perchlorate in unfiltered water by liquid chromatography ionization mass spectrometry
LCM52 1522 true Perchlorate, wf, LC/MS/MS Perchlorate in filtered water by liquid chromatography ionization mass spectrometry
LCM53 1523 true Pharma, wf, neg ion LC/MS/MS Pharmaceuticals in filtered water by negative ion LC/MS/MS--new method under development
LCM54 1524 true Pharma, wf, pos ion LC/MS/MS Pharmaceuticals in filtered water by positive ion LC/MS/MS--new method under development
LCM55 1525 true Pharma, wf(.2u),neg ion LC/MS/MS Pharmaceuticals in filtered water (0.2 um GFF) by negative ion LC/MS/MS--new method under development
LCM56 1526 true Pharma, wf(.2u),pos ion LC/MS/MS Pharmaceuticals in filtered water (0.2 um GFF) by positive ion LC/MS/MS--new method under development
LCM57 1527 true LL glyphosate, wf, LC/MS (LCGY) Low-level Liquid Chromatography/Tandem Mass Spectrometry method for the analysis of Glyphosate, Aminomethylphosphonic Acid, and Glufosinate in filtered water (Organic Geochemistry Research Lab, Kansas Lab Schedule LCGY)
LCM58 1528 true Pharmaceuticals, wu, LC/MS/MS Pharmaceuticals in unfiltered water by positive ion LC/MS/MS--new method under development
LCM59 1529 true Perfluorocarbons, wu, LC/MS/MS Perfluorocarbon compounds in unfiltered water by solid phase extraction with high performance liquid chromatography/tandem mass spectrometry (LC/MS/MS)
LCM60 1530 true Pesticides, wf, dir inj LC/MS/MS Pesticides in filtered water by direct aqueous injection and high performance liquid chromatography/tandem mass spectrometry (LC/MS/MS) analysis
LCU01 1531 true Diquat/paraquat, water, ext HPLC Diquat and paraquat in water by liquid-solid extraction and HPLC with UV detection
LCU02 1532 true Munition products by HPLC UV Explosives by HPLC UV
LCU03 1533 true Explosives residues, LLE & HPLC Explosives residues by LLE & UV HPLC
LCU04 1534 true Explosives residues by HPLC UV Nitroaromatics and nitramines in water, soil, or sediment by high performance liquid chromatography with UV detection
LCU05 1535 true Explosives, solids, by HPLC Explosives, solids, by HPLC
LMSC1 1536 true LaMotte Smart Colorimeter LaMotte Smart Colorimeter [LaMotte refers to the units as FTU]
LSC01 1537 true Radon-222, wu, liq scint Radon-222, Water, Unfiltered, Time Sensitive!! MUST be rcvd within 48 hrs of collection, Liq Scint
LSC02 1538 true Tritium,LL,wu,liquid scint w/Pkg Tritium, Water, Unfiltered, @ 10 pCi/L, by Liquid Scintillation, includes data package
LSC03 1539 true Tritium,wu,liquid scint wDataPkg Tritium, Water, Unfiltered, @ 500 pCi/L, by Liquid Scintillation, includes data package
LSC04 1540 true Tritium, LL, wu,enrich liq scint Tritium, Water, Unfiltered, Low-level, by Electrolytic Enrichment and Liquid Scintillation (NWQL Lab Code 624)
LSC05 1541 true Tritium, wu, enrich liquid scint Tritium, Water, Unfiltered, by Electrolytic Enrichment and Liquid Scintillation
LSC06 1542 true Tritium,wu,dir beta cnt wDataPkg Tritium, direct beta counting by LSC, water, unfiltered, pCi/L, w/data package
LSC07 1543 true Tritium,wu,enrich beta w/DataPkg Tritium, electrolytic enrichment and beta counting by LSC, water, unfiltered, pCi/L, w/data package
LSC08 1544 true Trittum, LIQ SCIN, ERR Trittum, LIQ SCIN, ERR
LSC09 1545 true Carbon-14 age,wf,scint (Krueger) Carbon-14 age, apparent, dissolved, by liquid scintillation (analysis by Krueger Geochron)
LSC10 1546 true Carbon-14 age,wf,scint(Waterloo) Carbon-14 age, apparent, dissolved, by liquid scintillation (analysis by University of Waterloo Isotope Lab)
LSC11 1547 true Tritium, liquid scint (Denver) Tritium, liquid scintillation method, Denver lab
LSC12 1548 true Tritium, liquid scint (Denver) Tritium, liquid scintillation method, Denver lab
LSC13 1549 true Tritium,enrich liq scint(Denver) Tritium, electrolytic enrichment-liquid scintillation method, Denver lab
LSC14 1550 true Tritium,enrich liq scint(Reston) Tritium, electrolytic enrichment-liquid scintillation method, Reston lab
LSC15 1551 true Tritium, wu,liquid scint (IDWSC) Tritium in Water, Waste Water, Milk, and Urine by Liquid Scintillation Counting (ID-WSC)
LSC16 1552 true Sr-90, wu, liquid scint (IDWSC) Srontium-90 in Water, Soil, Fecal, Urine, Organic Fiber Filters and Glass Fiber Filter Samples by Cerenkov Counting (ID-WSC)
LTBG1 1553 true Coliform verification, LTBG test Coliform verification by Lauryl Tryptose/Brilliant Green test
LUMIN 1554 true Diss oxygen, luminescence sensor Dissolved Oxygen, Luminescence Quenching (Luminescence-Based Sensor)
MANO 1555 true Gage height, manometer Gage height, manometer
MCW01 1556 true Microwave assisted acid digest Microwave assisted acid digestion of sediments, sludges, soils, and oils
MD001 1557 true Free cyanide, wu, microdiffusion Free cyanide in unfiltered water by microdiffusion
MD002 1558 true Free cyanide, wf, microdiffusion Free cyanide in filtered water by microdiffusion
MEMB2 1559 true DO, lab, membrane (DODEC) Dissolved oxygen, laboratory, membrane electrode method (Standard Methods 4500-O G; DODEC program)
MEMBR 1560 true Diss oxygen, membrane electrode Dissolved Oxygen, Amperometric (Membrane Electrode Method)
MF001 1561 true Total coliform, MF, immediate Total coliform bacteria, membrane-filter method, immediate incubation test
MF002 1562 true Fecal coliform, MF Fecal coliform bacteria, membrane filter method
MF003 1563 true Fecal coliform, MF, immediate Fecal coliform bacteria, membrane-filter method, immediate incubation test
MF004 1564 true Fecal strep, MF Fecal streptococcal bacteria, membrane filter method
MF005 1565 true Fecal strep, MF, immediate Fecal streptococcal bacteria, membrane-filter method, immediate incubation test
MOLY1 1566 true Silica, wf, molybdate blue color SILICA DISSOLVED (MOLY-BLUE)
MOLY3 1567 true Silica, molybdate-reactive Molybdate-reactive silica
MPN01 1568 true Fecal coliform, MPN, presumptive Fecal coliform bacteria, most probable number (MPN) method, presumptive test
MS001 1569 true Tritium and nobel gases by MS Tritium and dissolved nobel gases in water by mass spectrometry and manometry
MS002 1570 true C-13/C-12 in CO2 gas, by MS C-13/C-12, CO2 gas, by Mass Spectrometry
MS003 1571 true CFCs, age dating, wu, P&T GC-ECD Chlorofluorocarbons for age dating unfiltered water by purge-and-trap gas chromatography with an electron capture detector
MS004 1572 true Same as MS003 Same as MS003
MS005 1573 true Same as MS003 Same as MS003
MS006 1574 true Carbon-13, organic, solids, MS Carbon-13, Organic, Solid Material, by Mass Spectrometry
MS007 1575 true Deuterium/Protium, wu, MS Deuterium/Protium, Water, Unfiltered, by Mass Spectrometry
MS008 1576 true S34/S32 ratio, wu, by MS MS, S34/S32 ratio
MS009 1577 true S34/S32, by MS MS, Sulfur isotopes, S34/S32, PPT
MS010 1578 true N-15/N-14 in N-fract, solids, MS N-15/N-14 in N-fract
MS011 1579 true N-15/N-14 in NH4, solids, MS N-15/N-14 in NH4,sld
MS012 1580 true N-15/N-14 in NO3, solids, MS N-15/N-14 in NO3,sld
MS013 1581 true N15/N14 as NH4, wf, by MS N15/14 as NH4, Water, Filtered, by Mass Spectrometry (Sample per NWQL Tech Memo 95-05)
MS014 1582 true N15/N14 as NH4, solids, by MS N15/14 as NH4, solid, by Mass Spectrometry (Submit sample with at least 2 ppm nitrogen)
MS015 1583 true N15/N14 as NO3 and NH4, wf, MS N15/14 as NO3 and NH4, Water, Filtered, by Mass Spectrometry (Sample per NWQL Tech Memo 95.05)
MS016 1584 true N15/N14 as NO3, wf, by MS N15/14 as NO3, Water, Filtered, by Mass Spectrometry, (Sample per NWQL Tech Memo 95-05)
MS017 1585 true N15/N14 as NO3, solids, by MS N15/14 as NO3, solid, by Mass Spectrometry, (Submit sample with at least 2 ppm Nitrogen)
MS018 1586 true Oxygen-18/16 in NO3, wf, by MS O-18/O-16 in NO3, wf
MS019 1587 true Oxygen-18/16 in NO3, solids, MS O-18/O-16 in NO3,sld
MS020 1588 true Oxygen-18/16, wu, by MS Oxygen-18/16, Water, Unfiltered, by Mass Spectrometry
MS021 1589 true S34/S32, disulfide solids, by MS S34/32 as S disulfide, Solid, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS022 1590 true S34/S32, monosulfide solids, MS S34/32 as S monosulfide, Solid, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS023 1591 true S34/S32 as S, solids, by MS S34/32 as S, solid, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS024 1592 true S34/S32 as S, water, by MS S34/32 as S, water, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS025 1593 true S34/S32 as SO4, by MS S34/32 as SO4, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11) Call T. Coplen for resin
MS026 1594 true S34/S32 as SO4, solid, by MS S34/32 as SO4, solid, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS027 1595 true S34/S32 as SO4, solid, by MS S34/32 as SO4, solid, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS028 1596 true S34/S32 as SO4, water, by MS S34/32 as SO4, water, by Mass Spectrometry (Sample per NWQL Tech Memo 94-11)
MS029 1597 true Argon by mass spectrometry Argon by mass spectrometry
MS030 1598 true Helium by mass spectrometry Helium by mass spectrometry
MS031 1599 true Helium isotopes by MS Helium isotopes by mass spectrometry
MS032 1600 true Helium-4 in water by MS Helium-4 in water by mass spectrometry
MS033 1601 true Krypton by mass spectrometry Krypton by mass spectrometry
MS034 1602 true Neon by mass spectrometry Neon by mass spectrometry
MS035 1603 true Neon in water by MS Neon in water by mass spectrometry
MS036 1604 true Xenon by mass spectrometry Xenon by mass spectrometry
MS038 1605 true C-13/C-12 in C-fract, solids, MS C-13/C-12 in C-fract
MS039 1606 true C-13/12, wf, per NWQL Memo 96-05 Carbon-13/12 Ratio, Water, Filtered (Sample per NWQL Tech Memo 96-05)
MS040 1607 true Remap to GM004 through GM007 Remap Mcode MS040 use with filtered Pcodes to GM004, unfiltered to GM005, solids to GM006, and suspended sediment Pcodes to GM007
MS041 1608 true He3/He4, water (Lamont-Doherty) Helium-3 / Helium-4 isotope ratio determined by mass spectrometry (Lamont-Doherty)
MS042 1609 true C-13/C-12 in DOC, water, by MS C-13/C-12 ratio in organic carbon in water by mass spectrometry
MS043 1610 true Inert gases, MS, LaMont Doherty Inert gases by mass spectrometry (LaMont Doherty Lab, Contact Neil Plummer)
MS044 1611 true N15/N14 & O18/O16 in NO3 by MS Nitrogen and oxygen isotope ratios in nitrate by mass spectrometry
MS045 1612 true O-18/O-16 in sulfate by MS Oxygen-18 / Oxygen-16 isotope ratio in sulfate by mass spectrometry
MS046 1613 true N-Nitrosodimethylamine, GC-IDMS N-Nitrosodimethylamine analysis by liquid-liquid extraction and isotope dilution gas chromatography / mass spectrometry
MS047 1614 true 123Trichloropropane, P&T GC-IDMS 1,2,3-Trichloropropane analysis by purge & trap isotope dilution gas chromatography / mass spectrometry with selected ion monitoring
MS048 1615 true 1,4-Dioxane, liq-liq ext GC-IDMS 1,4-Dioxane by liquid-liquid extraction and isotope dilution gas chromatography / mass spectrometry
MS049 1616 true Perchlorate, wu, dir-inj LC-IDMS Perchlorate in unfiltered water by isotope dilution direct-injection liquid chromatography electrospray ionization tandem mass spectrometry
MS050 1617 true Perchlorate, wf, dir-inj LC-IDMS Perchlorate in filtered water by isotope dilution direct-injection liquid chromatography electrospray ionization tandem mass spectrometry
NCAC 1618 true Gage height, non-cont. acoustic Gage height, non-contact acoustic
NCLZ 1619 true Gage height, non-contact laser Gage height, non-contact laser
NCRD 1620 true Gage height, non-contact radar Gage height, non-contact radar
NTRAN 1621 true Gage height, non-subm pres trans Gage height, non-submersable pressure transducer
OTSD 1622 false Gage height, outside gage Gage height, primary reference staff gage outside the gage house
OX001 1623 true TOC, persulfate-UV oxid (NYSDEC) Organic carbon in unfiltered water by persulfate-ultraviolet oxidation and carbon dioxide detection by IR, FID, or titration
OX002 1624 true DOC, persulfate oxidation & IR DOC in filtered water by persulfate wet oxidation and infrared spectrometry
OX003 1625 true COD, dichromate oxidation COD by dichromate oxidation and colorimetry
OX004 1626 true COD, Hach digestor & colorimeter COD by dichromate oxidation and colorimetry (Hach COD digestor and colorimeter system)
OX005 1627 true DOC, UVpromoted persulf oxid, IR DOC by UV-Promoted Persulfate Oxidation and IR Spectrometry
OX006 1628 true DOC,0.45um cap,acid,persulfateIR DOC in Water Filtered Through a 0.45 um Capsule Filter, Acid-Preserved, and Analysed by Persulfate Oxidation and Infrared Spectrometry
OX007 1629 true DOC, 0.45u silver, persulfate IR DOC in Water Filtered Through a 0.45 um Silver Filter and Analysed by Persulfate Oxidation and Infrared Spectrometry
OX008 1630 true DOC, 0.7um GFF,acid,persulfateIR DOC in Water Filtered Through a 0.7 um GF/F Filter, Acid-Preserved, and Analysed by Persulfate Oxidation and Infrared Spectrometry
OX009 1631 true TOC, wet oxidation Carbon, organic, total, wet oxidation
OX010 1632 true SOC, wet oxidation Carbon, organic, suspended, wet oxidation
OX011 1633 true SOC, 0.45u silver, wet oxidation Suspended organic carbon (SOC) retained on a 0.45 um silver filter and analysed by wet oxidation
OX012 1634 true DOC, carbonaceous analyzer Total organic carbon in filtered water by carbonaceous analyzer
OX013 1635 true TOC, wu, carbon analyzer (DODEC) Total organic carbon in unfiltered water by carbonaceous analyzer
OX014 1636 true TOC, persulfate-UV oxid (CO WSC) Total organic carbon, water, unfiltered, persulfate-ultraviolet oxidation method (CO WSC)
OX015 1637 true DOC,polypropylene cap, perSO4 ox DOC in water filtered through a polypropylene capsule filter, acid-preserved, and analysed by persulfate oxidation and infrared spectrometry
OX016 1638 true TOC, carbon analyzer (NY WSC) Total Organic Carbon by carbonaceous analyzer, USEPA method 9060
OX017 1639 true DOC, wf, sm filtr, persulfate IR DOC in water filtered through a small-volume (~20 square cm surface area, 0.45 um pore diameter), disposable disk/capsule filter (e.g. "Aquaprep" or "Polydisc"); acid-preserved; and analyzed by persulfate oxidation and infrared spectrometry.
OX018 1640 true TOC, sd, carbon analyzer (DODEC) Total organic carbon, solids, carbonaceous analyzer
OX019 1641 true TOC, bs, carbon analyzer (DODEC) Total organic carbon, bed sediment, carbonaceous analyzer
OX020 1642 true Custom DIC anal, NASQAN-Crawford Custom DIC analysis, acidify (wet oxidation)/nitrogen purge/infrared detector (NASQAN - Crawford)
OX021 1643 true TIC, wu, carbon analyzer (DODEC) Total inorganic carbon in unfiltered water by carbonaceous analyzer
OX022 1644 true DIC, wf, carbon analyzer (DODEC) Dissolved inorganic carbon in filtered water by carbonaceous analyzer
PAPER 1645 true pH, field, litmus or test strips pH, field, by litmus paper or test strips
PCL01 1646 true Total-N,wf,pyrochemiluminescence Total nitrogen in filtered water by pyrochemiluminescence
PCP01 1647 true Radium, wf, as Ra-226 (STL) Radium, dissolved, as radium-226, precipitation method (analysis by Severn-Trent Laboratory)
PCP02 1648 true Radium, wf, as Ra-226 (Eberline) Radium, dissolved, as radium-226, precipitation method (analysis by Eberline Services)
PEB01 1649 true Direct measurement by pebble cnt Direct measurement by pebble count
PFLT 1650 true Precipitation, float Precipitation, total volume measured with a float
PGEN 1651 true Precipitation, generic Precipitation, unspecified method
PHOS1 1652 true Laser phosphorim, dir (Eberline) Laser-induced phosphorimetry, direct (analysis by Eberline Services)
PHOS2 1653 true Laser phosphorimetry, dir (NWQL) Laser-induced phosphorimetry, direct (analysis by NWQL)
PHOS3 1654 true Laser phosphorim, ext (Eberline) Laser-induced phosphorimetry, extracted (analysis by Eberline Services)
PHOS4 1655 true Laser phosphorimetry, ext (NWQL) Laser-induced phosphorimetry, extracted (analysis by NWQL)
PHOS5 1656 true Uranium, wf, dir phosphorescence Uranium, Water, Filtered, by Direct Laser Induced Phosphorescence
PHOS6 1657 true Uranium, wf, ext phosphorescence Uranium, Water, Filtered, by Extraction and Laser Induced Phosphorescence
PHOS7 1658 true Uranium, bed, phosphorescence Uranium, bed sediment, pCi/g, by laser induced phosphorescence
PHOS8 1659 true Uranium, sus, phosphorescence Uranium, suspended sediment, pCi/g, by laser induced phosphorescence
PHOS9 1660 true Uranium, wu, phosphorescence Uranium, water, unfiltered, pCi/L, by laser induced phosphorescence
PL002 1661 true Vanadium, wu, ICP VANADIUM,WWR,ICP
PL003 1662 true Niobium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Niobium, SUS, ug/q
PL004 1663 true Aluminum, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Aluminum, SUS, Percent
PL005 1664 true Antimony, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Antimony, SUS, ug/q
PL006 1665 true Arsenic, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Arsenic, SUS, ug/q
PL007 1666 true Barium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Barium, SUS, ug/q
PL008 1667 true Beryllium, sus, ICP or ICP/MS, G Geologic Division, ICP or ICP/MS, Beryllium, SUS, ug/q
PL009 1668 true Bismuth, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Bismuth, SUS, ug/q
PL010 1669 true Cadmium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Cadmium, SUS, ug/q
PL011 1670 true Calcium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Calcium, SUS, Percent
PL012 1671 true Cerium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Cerium, SUS, ug/q
PL013 1672 true Chromium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Chromium, SUS, ug/q
PL014 1673 true Cobalt, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Cobalt, SUS, ug/q
PL015 1674 true Copper, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Copper, SUS, ug/q
PL016 1675 true Europium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Europium, SUS, ug/q
PL017 1676 true Gallium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Gallium, SUS, ug/q
PL018 1677 true Gold, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Gold, SUS, ug/q
PL019 1678 true Holmium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Holmium, SUS, ug/q
PL020 1679 true Iron, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Iron, SUS, Percent
PL021 1680 true Lanthanum, sus, ICP or ICP/MS, G Geologic Division, ICP or ICP/MS, Lanthanum, SUS, ug/q
PL022 1681 true Lead, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Lead, SUS, ug/q
PL023 1682 true Lithium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Lithium, SUS, ug/q
PL024 1683 true Magnesium, sus, ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Magnesium, SUS, Percent
PL025 1684 true Manganese, sus, ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Manganese, SUS, ug/q
PL026 1685 true Neodymium, sus, ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Neodymium, SUS, ug/q
PL027 1686 true Nickel, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Nickel, SUS, ug/q
PL029 1687 true Phosphorus, sus,ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Phosphorus, SUS, Percent
PL030 1688 true Potassium, sus, ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Potassium, SUS, Percent
PL031 1689 true Scandium, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Scandium, ug/q
PL032 1690 true Silver, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Silver, SUS, ug/q
PL033 1691 true Sodium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Sodium, SED, Percent
PL034 1692 true Strontium, sus, ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Strontium, SUS, ug/q
PL035 1693 true Tantatum, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Tantatum, SUS, ug/q
PL036 1694 true Thallium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Thallium, SUS, Percent
PL037 1695 true Thorium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Thorium, SUS, ug/q
PL038 1696 true Tin, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Tin, SUS, ug/q
PL039 1697 true Uranium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Uranium, SUS, ug/q
PL040 1698 true Vanadium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Vanadium, SUS, ug/q
PL041 1699 true Ytterbium, sus, ICP or ICP/MS,GD Geologic Division, ICP or ICP/MS, Ytterbium, SUS, ug/q
PL042 1700 true Yttrium, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Yttrium, SUS, ug/q
PL043 1701 true Zinc, sus, ICP or ICP/MS, GD Geologic Division, ICP or ICP/MS, Zinc, SUS, ug/q
PL044 1702 true Cobalt, tissue, ICP ICP, Cobalt, tissue, dry weight
PL045 1703 true Vanadium, tissue, by ICP ICP, Vanadium, tissue, dry weight
PL051 1704 true Metals, blank water, ICP Metals in Blank Water by ICP
PL065 1705 true Strontium, LL, wf, ICP STRONTIUM DISSOLVED (ICP) LL
PL081 1706 true Elements, drinking water,ICP-AES Elements in drinking water by ICP-AES (EPA 200.7)
PL084 1707 true Trace elements, wf, ICP (Ocala) Ocala Lab analysis of dissolved trace elements by ICP
PL086 1708 true Trace elements, wu, ICP (Ocala) Ocala Lab analysis of total trace elements by ICP
PL088 1709 true Trace elements, LL,wf,ICP(Ocala) Ocala Lab low level analysis of dissolved trace elements by ICP
PL089 1710 true Silica, wf, ICP, EPA method SILICA DISSOLVED (ICP) (EPA)
PL096 1711 true Cadmium, wu, ICP CADMIUM TOTAL (ICP)
PL097 1712 true Lead, wu, ICP LEAD TOTAL (ICP)
PL098 1713 true Molybdenum, wu, ICP MOLYBDENUM TOTAL (ICP)
PL099 1714 true 3050B digest, 6010B anal by ICP USEPA 3050B digestion and 6010B analysis by ICP
PL120 1715 true Metals, wu, ICP-OES or ICP-MS Metals Recoverable from Unfiltered Water ICP-OES or ICP-MS
PL121 1716 false Elements, bs, GD digest,Sch 2422 Elements in bed sediment by Geologic Division digestion and ICP or ICPMS (NWQL Schedule 2422)
PL122 1717 true 42 Elements, tiss, GD ICP-AES-MS 42 Elements in biological tissue by multi-acid digestion and inductively coupled plasma-atomic emission spectrometry (ICP-AES) and inductively coupled plasma-mass spectrometry (ICP-MS) (USGS/GD Method 19)
PL123 1718 true 42 Elements, bs, GD ICP-AES-MS 42 Elements in bed sediment by multi-acid digestion and inductively coupled plasma-atomic emission spectrometry (ICP-AES) and inductively coupled plasma-mass spectrometry (ICP-MS) (USGS/GD Method 19)
PLA01 1719 true Elements, bed sed, by ICP-AES Elemental analysis of <63 micrometer lab-sieved bottom material by inductively coupled plasma-atomic emission spectrometry
PLA02 1720 true Elements, geologic, by ICP-AES Elemental analysis of <63 micrometer field-sieved geologic material by inductively coupled plasma-atomic emission spectrometry
PLA03 1721 true Elements, wf, ICP-AES w/o digest Metals and trace elements in water and wastes by inductively coupled plasma-atomic emission spectrometry without digestion
PLA04 1722 true Elements, water/wastes, ICP-AES Metals and trace elements in water and wastes by ICP-AES
PLA05 1723 true Elements, wf, ICP-AES (CO WSC) Metals and trace elements in water and wastes by ICP-AES (Colorado WSC)
PLA06 1724 true Trace elements, wf, ICP/T (Ocala Ocala Lab analysis of dissolved trace elements by Inductively Coupled Plasma--Atomic Emission Spectrometry (ICP/T)
PLA07 1725 true Trace elements, wu,ICP/T (Ocala) Ocala Lab analysis of total trace elements by Inductively Coupled Plasma--Atomic Emission Spectrometry (ICP/T)
PLA08 1726 true Metals, tis, lab, ICP-AES Metals, aquatic tissue, low temperature nitric acid digestion w/hydrogen peroxide, Inductively coupled plasma-atomic emmission spectrometry
PLA09 1727 true Metals, LL, wf, ICP-AES Low level metals in filtered water, by ICP-AES
PLA11 1728 true Metals, wf, ICP-AES Metals, filtered water, Inductively coupled plasma-atomic emmission spectrometry
PLA12 1729 true Metals, wf, ICP-AES Metals in filtered water, by ICP-AES
PLA13 1730 true Metals, wf, suppliment, ICP-AES Metals, filtered water, add, Inductively coupled plasma-atomic emmission spectrometry
PLA14 1731 true Metals, bs, ICP-AES Metals, bed sediment, Inductively coupled plasma-atomic emission spectrometry
PLA15 1732 true Metals, wu, ICP-AES Metals, unfiltered water, Inductively coupled plasma-atomic emission spectrometry
PLA16 1733 true Elements, geologic, ICP-AES Elemental analysis of <2mm field-sieved geologic material by inductively coupled plasma-atomic emission spectrometry
PLA17 1734 true Elements, wu, ICP-AES (DODEC) Trace elements in unfiltered water by ICP-AES (DODEC program)
PLA18 1735 true Elements, wf, ICP-AES (DODEC) Trace elements in filtered water by ICP-AES (DODEC program)
PLA19 1736 true Trace elements, solids, ICP-AES Trace elements in solids by inductively coupled plasma-atomic emission spectrometry
PLA20 1737 true Elements, bs, ICP-AES, GA WSC Elements in bed sediment by Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
PLA21 1738 true Elements, ss, ICP-AES, GA WSC Elements in suspended sediment by Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
PLA22 1739 true Elements, soil, ICP-AES, GA WSC Elements in soil by Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
PLA23 1740 true Elements, tissue, ICP-AES,GA WSC Elements in tissue by Inductively Coupled Plasma-Atomic Emission Spectrometry, Georgia WSC Sediment-Partitioning Research Lab
PLA24 1741 true Metals, wf, ICP-AES (NRP/CO) Metals in filtered water by ICP-AES (NRP @ CO WSC)
PLA25 1742 true Elements, wf, ICP-AES (GD MRL) Trace elements in filtered water by ICP-AES (USGS Geologic Discipline Mineral Resources Lab, Denver)
PLA26 1743 true Elements, wu, ICP-AES (GD MRL) Trace elements in unfiltered water by ICP-AES (USGS Geologic Discipline Mineral Resources Lab, Denver)
PLM01 1744 true Elements,bed,4-acid digest,ICPMS NAWQA Geologic Division Bed Sediment ICPMS 4 Acid Digestion - VanMetre Protocol (NWQL Schedule 3197)
PLM02 1745 true Antimony, blank water, ICP/MS ICP/MS, BLANKS ONLY, Antimony, Water, Filtered
PLM03 1746 true Boron, tissue, by ICP/MS ICP/MS, Boron, tissue, dry weight
PLM04 1747 true Iron, tissue, ICP/MS ICP/MS, Iron, tissue, dry weight
PLM05 1748 true Strontium, tissue, by ICP/MS ICP/MS, Strontium, tissue, dry weight
PLM06 1749 true Thorium, tissue, by ICP/MS ICP/MS, Thorium, tissue, dry weight
PLM07 1750 true Metals, blank water, ICP-MS Metals in Blank Water by ICP-MS
PLM09 1751 true 42 Elements by ICPMS (GD, NAWQA) NAWQA Geologic Division Bed Sediment ICPMS 42 Elements <63u
PLM10 1752 true Elements, wf, cICP-MS Elements in filtered water using collision/reaction cell inductively coupled plasma-mass spectrometry
PLM11 1753 true Elements, wu, cICP-MS Elements in unfiltered water using collision/reaction cell inductively coupled plasma-mass spectrometry
PLM12 1754 true Elements, biota, cICP-MS Elements in biota using collision/reaction cell inductively coupled plasma-mass spectrometry
PLM13 1755 true Elements, sed/soil, cICP-MS Elements in sediment or soil using collision/reaction cell inductively coupled plasma-mass spectrometry
PLM14 1756 true Arsenics, wf, field sep, cICP-MS Arsenic species, water, filtered, field separation, collision/reaction cell inductively coupled plasma-mass spectrometry
PLM15 1757 true Arsenics, wf, malonate, cICP-MS Arsenic species, water, filtered, laboratory separation, malonate/acetate mobile phase, collision/reaction cell inductively coupled plasma-mass spectrometry
PLM16 1758 true Arsenics, wf, PO4 phase, cICP-MS Arsenic species, water, filtered, laboratory separation, phosphate mobile phase with arsine generation, collision/reaction cell inductively coupled plasma-mass spectrometry
PLM17 1759 true Arsenics, wf, HNO3 phase, cICPMS Arsenic species, water, filtered, laboratory separation, nitric acid mobile phase, collision/reaction cell inductively coupled plasma-mass spectrometry
PLM19 1760 true Boron, wu, ICP-MS BORON TOTAL ICP-MS
PLM20 1761 true Tin, wf, ICP-MS TIN DISSOLVED ICPMS
PLM21 1762 true Tin, wu, ICP-MS TIN TOTAL ICP-MS
PLM22 1763 true Titanium, wf, ICP-MS TITANIUM DISSOLVED ICPMS
PLM23 1764 true Titanium, wu, ICP-MS TITANIUM TOTAL ICP-MS
PLM24 1765 true Tungsten, wf, ICP-MS TUNGSTEN DISSOLVED ICPMS
PLM25 1766 true Tungsten, wu, ICP-MS TUNGSTEN TOTAL ICP-MS
PLM26 1767 true Elements,wat/waste,ICPMS(ND WSC) Trace Elements in Water & Wastes - ICP/MS
PLM27 1768 true Elements, wf, ICP-MS w/o digest Trace elements in water and wastes by inductively coupled plasma - mass spectrometry without digestion
PLM28 1769 true Elements, wu, ICP-MS (DODEC_01) Trace elements in unfiltered water and wastes by inductively coupled plasma-mass spectrometry
PLM29 1770 true Trace elements, blanks, ICP-MS Ocala Lab analysis of trace elements in blank water by ICP-MS
PLM30 1771 true Trace elements,wf, ICP-MS(Ocala) Ocala Lab analysis of trace elements in filtered water by ICP-MS
PLM31 1772 true Trace elements, wu,ICP-MS(Ocala) Ocala Lab analysis of trace elements in unfiltered water by ICP-MS
PLM32 1773 true Metals, tis, lab, ICP-MS Metals, aquatic tissue, low temperature nitric acid digestion w/hydrogen peroxide, Inductively coupled plasma-mass spectrometry
PLM33 1774 true Arsenics, wf, field SPE, ICP-MS Arsenic speciation, filtered water, solid-phase extraction in field, inductively coupled plasma-mass spectrometry
PLM34 1775 true Addons, elements by cICP-MS Custom addons to Elements in Natural-Water, Biota, Sediment, and Soil Samples Using Collision/Reaction Cell Inductively Coupled Plasma-Mass Spectrometry
PLM35 1776 true Arsenics, lab SPE PO4, ICP-MS Arsenic speciation, filtered water, solid-phase extraction in lab with phosphate mobile phase, inductively coupled plasma-mass spectrometry
PLM36 1777 true Arsenics, lab SPE mal/ace,ICP-MS Arsenic speciation, filtered water, solid-phase extraction in lab with malonate/acetate mobile phase, inductively coupled plasma-mass spectrometry
PLM37 1778 true Arsenics, lab SPE HNO3, ICP-MS Arsenic speciation, filtered water, solid-phase extraction in lab with nitric acid mobile phase, inductively coupled plasma-mass spectrometry
PLM38 1779 true Metals, blank water, add, ICP-MS Metals in Blank Water by ICP-MS (constituents not described in the published method)
PLM39 1780 true Elements, wf, ICP-MS (DODEC_02) Elements in filtered water samples and waste extracts or digests by inductively coupled plasma - mass spectrometry
PLM40 1781 true Metals, water, ICP-MS Metals in Water by ICP-MS
PLM41 1782 true Elements, wu, ICP-MS (DODEC_03) Elements in unfiltered water samples and waste extracts or digests by inductively coupled plasma - mass spectrometry
PLM42 1783 true Elements, wf, ICP-MS (DODEC_04) Trace elements in filtered water and wastes by inductively coupled plasma - mass spectrometry
PLM43 1784 true Metals, wf, ICP-MS Metals, filtered water, Inductively coupled plasma-mass spectrometry
PLM44 1785 true Metals, water, ICP-MS Metals in Water by ICP-MS
PLM45 1786 true Metals, wu, addons, ICP-MS Metals, unfiltered water, inductively coupled plasma-mass spectrometry (constituent not described in the published method)
PLM46 1787 true Metals, bs, ICP-MS Metals, bed sediment, Inductively coupled plasma-mass spectrometry
PLM47 1788 true Metals, wu, ICP-MS Metals, unfiltered water, Inductively coupled plasma-mass spectrometry
PLM48 1789 true Metals, wu, ICP-MS Metals, unfiltered water, Inductively coupled plasma-mass spectrometry
PLM49 1790 true 44 Elements, water, ICP-MS Forty four elements in aqueous samples by inductively coupled plasma - mass spectrometry
PLM50 1791 true Addons,elements,bs,microwave,ICP Add-on to elements recoverable from bed sediment by microwave assisted digestion (EPA 3051A) and inductively coupled plasma-mass spectrometry
PLM51 1792 true Addon,elements,bs,microwave,cICP Add-on to elements recoverable from bed sediment by microwave assisted digestion (EPA 3051A) and collision/reaction cell inductively coupled plasma-mass spectrometry
PLM52 1793 true Selenium, high salinity, cICP-MS Custom NWQL Labcode 8513/3044 -- Selenium in high salinity filtered samples by ICP-MS using collision chamber
PLM53 1794 true Titanium, wf, by ICPMS Titanium, water, filtered, by ICPMS
PLM54 1795 true Custom add-ons to TMR 5-B1, wu Custom add-ons to elements in unfiltered water, TMR Book 5, Section B, Chapter 1 (method code for constituents not included in the published method)
PLM55 1796 true Metals, solids, ICP/MS (DODEC) Metals, solids, by ICP/MS (DODEC)
PLM56 1797 true Elements,<2mm bs,GDdigest,ICP-MS Elements in <2 mm bed sediment by Geologic Division digestion and ICP-MS
PLM57 1798 true Elements, wu, ICP-MS (CO WSC) Elements in unfiltered water by inductively coupled plasma-mass spectrometry (CO WSC)
PLM58 1799 true Elements, wf, ICP-MS (CO WSC) Elements in filtered water by inductively coupled plasma-mass spectrometry (CO WSC)
PLM59 1800 true Element speciation, wf,LC/ICP-MS Trace element speciation, filtered water, solid-phase extraction with ammonium nitrate mobile phase, LC/ICP-MS
PLM60 1801 true Elements, wf, ICP-MS (GD MRL) Trace elements in filtered water by ICP-MS (USGS Geologic Discipline Mineral Resources Lab, Denver)
PLM61 1802 true Elements, wu, ICP-MS (GD MRL) Trace elements in unfiltered water by ICP-MS (USGS Geologic Discipline Mineral Resources Lab, Denver)
PLO01 1803 true Potassium, wu, by ICP-OES Potassium recoverable from unfiltered water by ICP-OES
PLO02 1804 true Potassium, LL, wf, by ICP-OES Potassium at low concentrations in filtered water by ICP-OES
PLO03 1805 true Potassium, wf, by ICP-OES Potassium in filtered water by ICP-OES
PLO04 1806 true Metals, wu, ICP-OES or ICP-MS Metals Recoverable from Unfiltered Water ICP-OES or ICP-MS
PMAN 1807 true Precipitation, manual Precipitation, manual reading of calibrated collector
POPT 1808 true Precipitation, optical Precipitation, optical
PPM01 1809 true Heterotrophs, pour plate, R2 Heterotrophic bacteria in water by the pour plate method with R2 agar medium
PR001 1810 true Bromide, wf, phenol red BROMIDE DISSOLVED (PHENOL RED)
PRAD 1811 true Precipitation, radar Precipitation, radar
PROBE 1812 true pH, field, electrometric pH, field, electrometric
PSF01 1813 true Nutrients, wf, FCC,persulfate,DA Nutrients, filtered water, alkaline-persulfate digestion, colorimetry by discrete analyzer
PSF02 1814 true Nutrients, wf, FCA,persulfate,DA Nutrients, filtered water, acidified, alkaline-persulfate digestion, colorimetry by discrete analyzer
PSF03 1815 true Nutrients, wu, WCA,persulfate,DA Nutrients, unfiltered water, acidified, alkaline-persulfate digestion, colorimetry by discrete analyzer
PSF04 1816 true P, wf, FCC, persulfate, DA Phosphorus, filtered water, acid-persulfate digestion, colorimetry by discrete analyzer
PSF05 1817 true P, wf, FCA, persulfate, DA Phosphorus, filtered water, acidified, acid-persulfate digestion, colorimetry by discrete analyzer
PSF06 1818 true P, wu, WCA, persulfate, DA Phosphorus, unfiltered water, acidified, acid-persulfate digestion, colorimetry by discrete analyzer
PTB1 1819 true Precipitation, single tipping bu Precipitation, tipping bucket with single bucket
PTB2 1820 true Precipitation, dual tipping buck Precipitation, tipping bucket with dual buckets
PUNAJ 1821 true Atmos press, unadj,weather statn Atmospheric pressure, unadjusted, from weather station
PWBE 1822 true Precipitation, weighing - Elec Precipitation, weighing bucket measured with an electronic method (strain gage or load cell)
PWBM 1823 true Precipitation, weighing - Mech. Precipitation, weighing bucket measured with a mechanical method (potentiometer or pen)
PYRO1 1824 true Total-N,wf,pyrochemiluminescence Pyrochemiluminescence, N, TOT Nitrogen as N, FIL
PYRO2 1825 true Total-N,wf,pyrochemiluminescence Total nitrogen in filtered water by pyrochemiluminescence
Q-EST 1826 true Discharge, estimated Discharge, estimated
QADCP 1827 true Disch., meas., ADCP moving boat Discharge, measured, acoustic doppler current profiler from moving boat
QFLUM 1828 true Disch., meas., flume Discharge, measured, flume
QGATE 1829 false Gate rating Discharge, dam gate computation
QIDIR 1830 true Disch., meas., indirect Discharge, measured, indirect method
QRSSC 1831 true SS load, SS conc regression Suspended sediment load, computed, a product of regression-computed suspended sediment concentration and streamflow
QSCMM 1832 true Disch., meas., midsection Discharge, measured, midsection method
QSLPQ 1833 true Discharge, slope-disch rating Discharge, slope-discharge rating curve method
QSTGQ 1834 true Discharge, stg-disch rating Discharge, stage-discharge rating curve method
QTRAC 1835 true Disch., meas., tracer dye Discharge, measured, tracer dye dilution
QUNSP 1836 false Discharge, Unspecified Discharge measured with an unspecified method
QVELO 1837 true Discharge, index-velo rating Discharge, index-velocity rating curve method
QVOLM 1838 true Disch., meas., volumetric Discharge, measured, volumetric
QWEIR 1839 true Disch., meas., weir Discharge, measured, weir
RED01 1840 true NO3+NO2, wf, FCC,NaR, DA Nitrate + nitrite, filtered water, enzymatic reduction, Griess Reaction colorimetry, automated discrete analyzer, standard range
RED02 1841 true NO3+NO2, wf, FCC,NaR, DA, LL Nitrate + nitrite, filtered water, enzymatic reduction, Griess Reaction colorimetry, automated discrete analyzer, low range
RED03 1842 true NO3+NO2, wf, FCA, NaR, DA Nitrate + nitrite, filtered-acidified water, enzymatic reduction, Griess Reaction colorimetry, automated discrete analyzer
RED04 1843 true NO3+NO2, wf, FCC, NaR, CFA Nitrate + nitrite, filtered water, enzymatic reduction, Griess Reaction colorimetry, continuous flow analyzer
RED05 1844 true NO3+NO2, wf, FCA, NaR, CFA Nitrate + nitrite, filtered-acidified water, enzymatic reduction, Griess Reaction colorimetry, continuous flow analyzer
RED06 1845 true NO3+NO2, wf, NaR,batch reduction Nitrate + nitrite, filtered or filtered-acidified, semi-automated batch enzymatic reduction, Griess Reaction colorimetry
RED07 1846 true Nitrogen, wf, FCC, reductase, DA Nitrogen, filtered water, nitrate reductase, colorimetry by discrete analyzer
RED08 1847 true Nitrogen, wf, FCA, reductase, DA Nitrogen, filtered water, acidified, nitrate reductase, colorimetry by discrete analyzer
RED09 1848 true Nitrogen, wu, WCA, reductase, DA Nitrogen, unfiltered water, acidified, nitrate reductase, colorimetry by discrete analyzer
RES01 1849 true Alpha & beta, dis & sus, residue Gross alpha and beta radioactivity, dissolved and suspended, residue method
RES02 1850 true Alpha & beta, dis & sus, residue Gross alpha and beta radioactivity, dissolved and suspended, residue method
RGSTQ 1851 true SS load, turbidity regression Suspended sediment load, regression computed, turbidity and streamflow as regressors
RHODA 1852 true LL DO, CM Rhodazine-D kit,visual Low level dissolved oxygen, CHEMetrics Rhodazine-D colorimetry (visual comparison) field kit, 0-1 mg/L
RNEM1 1853 true Radium-226, sus, radon em (STL) Radium-226, suspended sediment, by radon emanation (analysis by Severn-Trent Laboratory)
RNEM2 1854 true Radium-226, wu, radon em (STL) Radium-226, water, unfiltered @ 0.1 pCi/L, by radon emanation (analysis by Severn-Trent Laboratory)
RNEM3 1855 true Radium-226,ss,radon em(Eberline) Radium-226, suspended sediment, by radon emanation (analysis by Eberline Services)
RNEM4 1856 true Radium-226, wf, radon emanation Radium-226, water, filtered, pCi/L, by radon emanation
RNEM5 1857 true Radium-226,wu,radon em(Eberline) Radium-226, water, unfiltered, by radon emanation (analysis by Eberline Services)
RNEM6 1858 true Radium-226, wf, radon emanation Radium-226, dissolved, radon emanation method
RNEM7 1859 true Radium-226, wf, radon emanation Radium-226, dissolved, radon emanation method
RNEM8 1860 true Rn-222 2SPE, water, radon emanat Radon emanation, Radon-222, FIL
RNEM9 1861 true Rn-222 2SPE, water, radon emanat Radon emanation, Radon-222, FIL
ROE01 1862 true Residue, total nonfilter, 105C S Residue T-NONFL105 S
ROE02 1863 true Residue, fixed nonfilterable Residue fixed nonfil
ROE03 1864 true Sus solids, wat, 110C,wt Ocala) Residue SUS 110C
ROE04 1865 true ROE, wf, 180C, weight (OK WSC) Residue, Filterable, 180 oC
ROE05 1866 true ROE, wf, 180C (EPA 160.1 /DODEC) Residue on evaporation of filtered water, dried at 180 deg. C and weighed (EPA method 160.1; DODEC program)
ROE06 1867 true ROE, wf, 180C, EPA method RESIDUE FILTERABLE AT 180-EPA
ROE07 1868 true Residue,total nonfilterable,105C RESIDUE TOT NON-FILT AT 105C
ROE08 1869 true ROE, wu, 105C (EPA 160.3 /DODEC) Residue on evaparation of unfiltered water, dried at 105 deg. C and weighed (EPA method 160.3; DODEC program)
ROE09 1870 true ROE, wf, 105C, by weight Residue on evaporation at 105C of filtered water, by weight
ROE10 1871 true ROE, wf, 180C, by weight (NWQL) Residue on evaporation at 180C of filtered water, by weight
ROE11 1872 true LOI from ROE, wf, weight Loss on ignition, from residue on evaporation of filtered water, by weight
ROE12 1873 true ROE, wu, 105C, by weight (NWQL) Residue on evaporation at 105C of unfiltered water, by weight
ROE13 1874 true ROE, wu, 105C (SM 2540 B /DODEC) Residue on evaporation, water, unfiltered, dried at 105 degrees Celsius (SM 2540 B; DODEC program)
ROE14 1875 true ROE, wf, 180C (SM 2540 C /DODEC) Residue on evaporation of filtered water, dried at 180 deg. C and weighed (SM 2540 C; DODEC program)
ROE15 1876 true Vaccum desication at room temp Suspended solids by vaccum desication at room temperature
RP 1877 true Gage height, reference point Gage height, tape up or tape down from reference point
S0093 1878 false No information exists for method
S0094 1879 false No information exists for method
S0095 1880 false No information exists for method
S0096 1881 false No information exists for method
S0097 1882 false No information exists for method
S0098 1883 false No information exists for method
S0099 1884 false No information exists for method
S0100 1885 false No information exists for method
S0101 1886 false No information exists for method
S0102 1887 false No information exists for method
S0103 1888 false No information exists for method
S0104 1889 false No information exists for method
S0105 1890 false No information exists for method
S0106 1891 false No information exists for method
S0107 1892 false No information exists for method
S0116 1893 false No information exists for method
S0117 1894 false No information exists for method
S0118 1895 false No information exists for method
S0119 1896 false No information exists for method
S0120 1897 false No information exists for method
S0121 1898 false No information exists for method
S0122 1899 false No information exists for method
S0123 1900 false No information exists for method
S0124 1901 false No information exists for method
S0125 1902 false No information exists for method
S0126 1903 false No information exists for method
S0127 1904 false No information exists for method
S0128 1905 false No information exists for method
S0129 1906 false No information exists for method
S0130 1907 false No information exists for method
S0133 1908 false No information exists for method
S0135 1909 false No information exists for method
S0137 1910 false No information exists for method
S0140 1911 false No information exists for method
S0141 1912 false No information exists for method
S0143 1913 false No information exists for method
S0145 1914 false No information exists for method
S0147 1915 false No information exists for method
S0148 1916 false No information exists for method
S0150 1917 false No information exists for method
S0151 1918 false No information exists for method
S0154 1919 false No information exists for method
S0168 1920 false No information exists for method
S0169 1921 false No information exists for method
S0170 1922 false No information exists for method
S0171 1923 false No information exists for method
S0172 1924 false No information exists for method
S0181 1925 false No information exists for method
S0183 1926 false No information exists for method
S0185 1927 false No information exists for method
S0187 1928 false No information exists for method
S0188 1929 false No information exists for method
S0189 1930 false No information exists for method
S0190 1931 false No information exists for method
S0191 1932 false No information exists for method
S0192 1933 false No information exists for method
S0193 1934 false No information exists for method
S0194 1935 false No information exists for method
S0195 1936 false No information exists for method
S0196 1937 false No information exists for method
S0197 1938 false No information exists for method
S0198 1939 false No information exists for method
S0199 1940 false No information exists for method
S0200 1941 false No information exists for method
S0201 1942 false No information exists for method
S0202 1943 false No information exists for method
S0203 1944 false No information exists for method
S0204 1945 false No information exists for method
S0205 1946 false No information exists for method
S0206 1947 false No information exists for method
S0207 1948 false No information exists for method
S0208 1949 false No information exists for method
S0209 1950 false No information exists for method
S0210 1951 false No information exists for method
S0211 1952 false No information exists for method
S0215 1953 false No information exists for method
S0223 1954 false No information exists for method
S0235 1955 false No information exists for method
S0236 1956 false No information exists for method
S0238 1957 false No information exists for method
S0243 1958 false No information exists for method
S0248 1959 false No information exists for method
S0249 1960 false No information exists for method
S0251 1961 false No information exists for method
S0260 1962 false No information exists for method
S0261 1963 false No information exists for method
S0267 1964 false No information exists for method
S0272 1965 false No information exists for method
S0276 1966 false No information exists for method
S0279 1967 false No information exists for method
S0280 1968 false No information exists for method
S0281 1969 false No information exists for method
S0399 1970 false No information exists for method
S0400 1971 false No information exists for method
S0401 1972 false No information exists for method
S0402 1973 false No information exists for method
S0403 1974 false No information exists for method
S0404 1975 false No information exists for method
S0405 1976 false No information exists for method
S0406 1977 false No information exists for method
S0407 1978 false No information exists for method
S0408 1979 false No information exists for method
S0409 1980 false No information exists for method
S0410 1981 false No information exists for method
S0411 1982 false No information exists for method
S0412 1983 false No information exists for method
S0413 1984 false No information exists for method
S0414 1985 false No information exists for method
S0415 1986 false No information exists for method
S0416 1987 false No information exists for method
S0417 1988 false No information exists for method
S0419 1989 false No information exists for method
S0420 1990 false No information exists for method
S0422 1991 false No information exists for method
S0429 1992 false No information exists for method
S0430 1993 false No information exists for method
S0432 1994 false No information exists for method
S0435 1995 false No information exists for method
S0436 1996 false No information exists for method
S0437 1997 false No information exists for method
S0438 1998 false No information exists for method
SADVM 15 true Velocity, Sideways looking ADVM Stream velocity measured using a sideways looking acoustic doppler velocity meter.
SC001 2000 true Specific conductance sensor Specific electrical conductance, field, contacting-type sensor
SC002 2001 true Specific cond, electrometry Specific conductance of water by electrometry
SC003 2002 true Specific cond, field (NRP/CO) Specific conductance, water, field, electrometry (NRP @ CO WSC)
SECCH 2003 true Secchi disk method Secchi disk method
SED01 2004 true B W tube B W tube
SED02 2005 true Dry sieve Dry sieve
SED03 2006 true Hydrometer Hydrometer
SED04 2007 true Measurement, direct (optical) Measurement, direct (optical)
SED05 2008 true Direct particle count Measurement, direct (particle count)
SED06 2009 true Pipet Pipet
SED07 2010 true Sedigraph Sedigraph
SED08 2011 true Sediment by acoustic backscatter Sediment concentration measurement by acoustic backscatter
SED09 2012 true Sediment conc by evaporation Sediment concentration measurement by evaporation
SED10 2013 true Sediment conc by filtration Sediment concentration measurement by filtration
SED11 2014 true Sediment conc by centrifuge Sediment concentration measurement by flow-through centrifuge
SED12 2015 true Sediment conc by laser Sediment concentration measurement by laser
SED13 2016 true Sediment conc by photo optics Sediment concentration measurement by photo optics
SED14 2017 true Sediment by pressure difference Sediment concentration measurement by pressure difference
SED15 2018 true Sediment conc by turbidity Sediment concentration measurement by regression analysis of turbidity
SED16 2019 true Sediment conc from size analysis Sediment concentration measurement results from size analysis
SED17 2020 true Sediment size by VA tube Sediment size by VA tube
SED18 2021 true Sediment by acoustic backscatter Sediment size by acoustic backscatter
SED19 2022 true Sediment size by bottom withdraw Sediment size by bottom withdrawal
SED20 2023 true Sediment size by dry sieve Sediment size by dry sieve
SED21 2024 true Sediment size by hydrometer Sediment size by hydrometer
SED22 2025 true Sediment size by particle count Sediment size by manual particle count
SED23 2026 true Sediment size by pipette Sediment size by pipette
SED24 2027 true Sediment size by sedigraph Sediment size by sedigraph
SED25 2028 true Sediment size by wet sieve Sediment size by wet sieve
SED26 2029 true Sediment size, bottom withdrawal Sediment size meas. by bottom withdrawal
SED27 2030 true Sediment size meas. by laser Sediment size meas. by laser
SED28 2031 true Sediment size by photo optics Sediment size meas. by photo optics
SED29 2032 true V A tube V A tube
SED30 2033 true Wet sieve Wet sieve
SED31 2034 true Sediment load, regress turbidity Suspended sediment load by regression analysis of turbidity
SED32 2035 true Surrogate, regres turb/discharge Surrogate, multiple regression turbidity and water discharge
SHC01 2036 true Nutrients, wu, color Nutrients, unfiltered water, salicylate-hypochlorite, colorimetric
SLD01 2037 true TSS, 105C (EPA 160.2 /DODEC) Suspended solids filtered from water (aka: TSS or nonfilterable residue), dried at 105 deg. C and weighed (EPA method 160.2; DODEC program)
SLD02 2038 true LOI from susp solids, 550C, wt Loss on ignition of suspended solids filtered from water, heated to 550 deg. C and weighed
SLD03 2039 true LOI from ROE, wu, weight Loss on ignition, from residue on evaporation of unfiltered water, by weight
SLD04 2040 true Sus solids, wat, 105C,wt (NWQL) Suspended solids, dried at 105C, by weight
SLD05 2041 true LOI from suspended solids,weight Loss on ignition, from suspended solids, by weight
SLD06 2042 true Residue, NF,105C (SM2540D/DODEC) Residue, filtered from water (aka: nonfilterable or TSS), dried at 105 deg. C, and weighed (Standard Methods 2540 D; DODEC program)
SLD07 2043 true Settleable solids (SM2540F/DODEC Settleable solids from unfiltered water, measured either volumetrically or gravimetrically (Standard Methods 2540 F; DODEC program)
SNIF1 2044 true H2S sniff test, acidified sample Sniff Test, H2S Odor Detection, Acidified Sample
SNIF2 2045 true H2S sniff test, unacidified samp Sniff Test, H2S Odor Detection, Unacidified Sample
SPC10 2046 true LL DO, CM Rhodazine-D, spectroph Low level dissolved oxygen, CHEMetrics Rhodazine-D, spectrophotometry (analysis by spectrophotometer)
SPEC1 2047 true Phenolics, wu,react w/antipyrine Phenolic materials in unfiltered water by reaction with 4-amino antipyrine and quantification by spectroscopy
SPEC2 2048 true MBAS by Spectrophotometry MBAS by Spectrophotometry
SPEC3 2049 true MBAS, wu (SM 5540 C /DODEC) Anionic surfactants as MBAS in unfiltered water by spectrophotometry (Standard Methods 5540 C; DODEC program)
SPEC4 2050 true MBAS, wf (SM 5540 C /DODEC) Anionic surfactants as MBAS in filtered water by spectrophotometry (Standard Methods 5540 C; DODEC program)
SPEC5 2051 true MBAS, wu (EPA 425.1 /DODEC) Anionic surfactants as MBAS in unfiltered water by spectrophotometry (EPA method 425.1; DODEC program)
SPEC6 2052 true MBAS, wf (EPA 425.1 /DODEC) Anionic surfactants as MBAS in filtered water by spectrophotometry (EPA method 425.1; DODEC program)
SPEC7 2053 true NO3+NO2, in situ, spec (NJ-WSC) Nitrate plus nitrite, water, in situ, ultra-violet/visible spectrophotometry with auto-correction for color and turbidity (NJ-WSC)
SPEC8 2054 true DOC,in situ,UV/vis spec (NJ-WSC) Dissolved organic carbon, water, in situ, estimated from ultra-violet/visible spectrophotometry with auto-correction for color and turbidity (NJ-WSC)
SPEC9 2055 true TOC,in situ,UV/vis spec (NJ-WSC) Total organic carbon, water, in situ, estimated from ultra-violet/visible spectrophotometry with auto-correction for color and turbidity (NJ-WSC)
SPMD1 2056 true SPMD extract analysis Analysis of Semi-Permeable Membrane Device extracts (SPMD)
SPMD2 2057 true Custom SPMD Analysis Custom SPMD Analysis
SSM01 2058 true Alkalinity, IPT, Hach, SSM Inflection-point titration method (incremental titration method), Hach digital titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM02 2059 true Alkalinity, IPT, buret, SSM Inflection-point titration method (incremental titration method), buret titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM03 2060 true Alkalinity, Gran, Hach, SSM Gran titration, Hach digital titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM04 2061 true Alkalinity, Gran, buret, SSM Gran titration, buret titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM05 2062 true Alkalinity, fixed EP, Hach, SSM Fixed endpoint titration, Hach digital titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM06 2063 true Alkalinity, fixed EP, buret, SSM Fixed endpoint titration, buret titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM07 2064 true ANC, fixed EP, Hach, SSM Fixed endpoint titration, Hach digital titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM08 2065 true ANC, fixed EP, buret, SSM Fixed endpoint titration, buret titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM09 2066 true ANC, IPT, Hach, SSM Inflection-point titration method (incremental titration method), Hach digital titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM10 2067 true ANC, IPT, buret, SSM Inflection-point titration method (incremental titration method), buret titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM11 2068 true ANC, Gran, Hach, SSM Gran titration, Hach digital titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
SSM12 2069 true ANC, Gran, buret, SSM Gran titration, buret titrator, Simple Mass-Balance Speciation Method (hydroxide is not considered--this method is only suitable for samples with pH <9.2)
STAFF 2070 true Gage height, staff gage Gage height, staff gage
STRAN 2071 true Gage height, subm press trans Gage height, submersable pressure transducer
TBD01 2072 true Turbidity, by turbidimeter Turbidity by comparison with standards using a turbidimeter
THM01 2073 true Temperature, water, thermistor Temperature, water, thermistor thermometer
THM02 2074 true Temperature, water, liq-in-glass Temperature, water, liquid-in-glass thermometer
THM03 2075 true Temperature, water,noncontact IR Temperature, water, noncontact infrared
THM04 2076 true Temperature, air, thermistor Temperature, air, thermistor thermometer
THM05 2077 true Temperature, air, liq-in-glass Temperature, air, liquid-in-glass thermometer
THORN 2078 true Sulfate, wf, thorin method SULFATE DISSOLVED (THORIN)
TS001 2079 true D-A Instruments model OBS-3, FBU D-A Instruments Co, sensor model OBS-3, FBU
TS002 2080 true D-A Instruments model OBS-3A D-A Instruments Co, sensor model OBS-3A, FBU
TS003 2081 true Great Lakes Instruments 95 T Great Lakes Instruments, sensor 95 T, FNMU
TS004 2082 true Great Lakes Instruments Accu4 Great Lakes Instruments, sensor Accu4, FNMU
TS005 2083 true HACH 2100 AN, white, attenuation HACH, sensor model 2100 AN (light source WHITE, Attenuation ON), AU
TS006 2084 true HACH 2100 AN, white, backscatter HACH, sensor model 2100 AN (light source WHITE, Backscatter ON), BU
TS007 2085 true HACH 2100 AN IS, IR, backscatter HACH, sensor model 2100 AN IS (light source INFRA RED, Backscatter ON), FBU
TS008 2086 true HF Sci Micro1000, IR, ratio,back HF Scientific, sensor model Micro 1000 (light source INFRA RED, Ratio ON, Backscatter ON), FBU
TS009 2087 true HF Sci Micro 1000, white, attenu HF Scientific, sensor model Micro 1000 (light source WHITE, Ratio OFF, Attenuation ON), AU
TS010 2088 true HF Sci Micro 1000, white, back HF Scientific, sensor model Micro 1000 (light source WHITE, Ratio OFF, Backscatter ON), BU
TS011 2089 true Hydrolab, sensor model 4 Beam Hydrolab, sensor model 4 Beam, FNMU
TS012 2090 true Hydrolab model Quanta (4-beam) Hydrolab, sensor model Quanta (4-beam), FNMU
TS013 2091 true McVan model Analite NEP 152, FBU McVan, sensor model Analite NEP 152, FBU
TS014 2092 true McVan model Analite NEP 156, FBU McVan, sensor model Analite NEP 156, FBU
TS015 2093 true McVan model Analite NEP 160-2 McVan, sensor model Analite NEP 160-2 (180 deg), FBU
TS016 2094 true McVan model Analite NEP 160-1 McVan, sensor model Analite NEP 160-1 (180 deg), FBU
TS017 2095 true McVan model Analite NEP 180, FBU McVan, sensor model Analite NEP 180 (180 deg), FBU
TS018 2096 true McVan model Analite NEP 185, FBU McVan, sensor model Analite NEP 185 (180 deg), FBU
TS019 2097 true Optek, sensor model TF16, NTMU Optek, sensor model TF16, NTMU
TS020 2098 true Other AU instrument Other AU instrument, sensor model undefined
TS021 2099 true Other BU instrument Other BU instrument, sensor model undefined
TS022 2100 true Other FAU instrument Other FAU instrument, sensor model undefined
TS023 2101 true Other FBU instrument Other FBU instrument, sensor model undefined
TS024 2102 true Other FNMU instrument Other FNMU instrument, sensor model undefined
TS025 2103 true Other FNRU instrument Other FNRU instrument, sensor model undefined
TS026 2104 true Other NTMU instrument Other NTMU instrument, sensor model undefined
TS027 2105 true Other NTRU instrument Other NTRU instrument, sensor model undefined
TS028 2106 true Other NTU instrument Other NTU instrument, sensor model undefined
TS029 2107 true Thermo E., Orion AQUAFast AQ4500 Thermo Electron Corp., sensor model Orion AQUAFast AQ4500, (Light-source INFRA RED Attenuation ON), FAU
TS030 2108 true Wetlabs, sensor model ECO-BB2F Wetlabs, sensor model ECO-BB2F, BU
TS031 2109 true Eureka Environmental Trimeter Eureka Environmental, sensor model Trimeter, FNU
TS032 2110 true Forest Technology Systems DTS-12 Forest Technology Systems, sensor model DTS-12, FNU
TS033 2111 true Global Water Instrumentation 710 Global Water Instrumentation Inc., sensor model 710, FNRU
TS034 2112 true Greenspan, sensor model TS 100 Greenspan, sensor model TS 100, FNU
TS035 2113 true Greenspan, sensor model TS 1200 Greenspan, sensor model TS 1200, FNU
TS036 2114 true Greenspan, sensor model TS 300 Greenspan, sensor model TS 300, FNU
TS037 2115 true HACH, sensor model 1720 D/L, FNU HACH, sensor model 1720 D/L, FNU
TS038 2116 true HACH, sensor model 2100 AN IS HACH, sensor model 2100 AN IS (Ratio OFF), FNU
TS039 2117 true HACH, model 2100 AN IS, Ratio On HACH, sensor model 2100 AN IS (Ratio ON) FNRU
TS040 2118 true HACH, sensor model 2100 N IS HACH, sensor model 2100 N IS (Ratio OFF), FNU
TS041 2119 true HACH, sensor model Optiquant HACH, sensor model Optiquant, FNU
TS042 2120 true HACH Pocket Turbidimeter, FNU HACH, sensor model Pocket Turbidimeter, FNU
TS043 2121 true HF Scientific MicroTOL, IR, FNU HF Scientific, sensor model MicroTOL (Light source INFRA RED), FNU
TS044 2122 true HF Scientific Micro 1000, IR HF Scientific, sensor model Micro 1000 (light source INFRA RED, Ratio OFF), FNU
TS045 2123 true HF Scientific Micro 1000, IR, RA HF Scientific, sensor model Micro 1000 (light source INFRA RED, Ratio ON), FNRU
TS046 2124 true HF Scientific Micro 1000, IR, RA HF Scientific, sensor model Micro 1000 (light source INFRA RED, Ratio ON, Attenuation ON), FAU
TS047 2125 true HF Scientific Micro TPI, FNU HF Scientific, sensor model Micro TPI, FNU
TS048 2126 true HF Scientific Micro100, IR, FNU HF Scientific, sensor model Micro100 (light source INFRA RED), FNU
TS049 2127 true Hanna Instruments model 93703 Hanna Instruments, sensor model 93703, FNU
TS050 2128 true Hanna Instruments model LP2000 Hanna Instruments, sensor model LP2000, FNU
TS051 2129 true Horiba Sensor model U-10, FNRU Horiba sensor model U-10, FNRU
TS052 2130 true Horiba U-20 XD Series, FNRU Horiba sensor model U-20 XD Series, FNRU
TS053 2131 true Hydrolab Datasonde 4a, FNU Hydrolab, sensor model Datasonde 4a, FNU
TS054 2132 true Hydrolab Datasonde 4, FNU Hydrolab, sensor model Datasonde 4, FNU
TS055 2133 true In-Situ MP TROLL 9000, FNU In-Situ, sensor model MP TROLL 9000, FNU
TS056 2134 true Innovative Sensors model 31 Innovative Sensors, sensor model 31, FNU
TS057 2135 true Lamotte Instruments model 2020i Lamotte Instruments, sensor model 2020i, FNRU
TS058 2136 true Lamotte Instruments model 3000i Lamotte Instruments, sensor model 3000i, FNRU
TS059 2137 true McVan Analite NEP 160-3 (90 deg) McVan, sensor model Analite NEP 160-3 (90 deg), FNU
TS060 2138 true McVan Analite NEP 195, FNU McVan, sensor model Analite NEP 195, FNU
TS061 2139 true McVan Analite NEP 390, FNU McVan, sensor model Analite NEP 390, FNU
TS062 2140 true McVan Analite NEP 391, FNU McVan, sensor model Analite NEP 391, FNU
TS063 2141 true McVan Analite NEP 395, FNU McVan, sensor model Analite NEP 395, FNU
TS064 2142 true McVan Analite NEP 396, FNU McVan, sensor model Analite NEP 396, FNU
TS065 2143 true McVan Analite NEP 495, FNU McVan, sensor model Analite NEP 495, FNU
TS066 2144 true McVan Analite NEP 9000, FNU McVan, sensor model Analite NEP 9000, FNU
TS067 2145 true McVan Analite NEP 9500, FNU McVan, sensor model Analite NEP 9500, FNU
TS068 2146 true Orbeco-Hellige Model 965-IR Orbeco-Hellige, sensor model 965-IR, FNU
TS069 2147 true Orbeco-Hellige sensor 966-IR,FNU Orbeco-Hellige, sensor model 966-IR, FNU
TS070 2148 true Other FNU instrument Other FNU instrument, sensor model undefined
TS071 2149 true Seapoint Sensors Turbidity Meter Seapoint Sensors, Inc., sensor model Seapoint Turbidity Meter, FNU
TS072 2150 true Thermo, Orion AQUAFast AQ4500,WA Thermo Electron Corp., sensor model Orion AQUAFast AQ4500, (Light-source WHITE, Attenuation ON), AU
TS073 2151 true Thermo, Orion AQUAFast AQ4500,IR Thermo Electron Corp., sensor model Orion AQUAFast AQ4500, (Light-source INFRA RED, Ratio ON), FNRU
TS074 2152 true Thermo, Orion AQUAFast AQ4500,IO Thermo Electron Corp., sensor model Orion AQUAFast AQ4500, (Light source INFRA RED, Ratio OFF), FNU
TS075 2153 true Turbiquant sensor model 1000 IR Turbiquant sensor model 1000 IR, FNU
TS076 2154 true Turbiquant sensor model 1500 IR Turbiquant sensor model 1500 IR, FNU
TS077 2155 true Turbiquant sensor 3000 IR (>40) Turbiquant sensor model 3000 IR (>40), FAU
TS078 2156 true Turbiquant model 3000 IR, R-Off Turbiquant sensor model 3000 IR (Ratio OFF), FNU
TS079 2157 true Turbiquant model 3000 IR, R-On Turbiquant sensor model 3000 IR (Ratio ON), FNRU
TS080 2158 true Vernier, sensor model TRB-BTA Vernier, sensor model TRB-BTA, FNU
TS081 2159 true WTW Measurement Systems 350 IR WTW Measurement Systems, sensor model 350 IR, FNU
TS082 2160 true WTW Measurement Systems 550 IR WTW Measurement Systems, sensor model 550 IR, FNU
TS083 2161 true WTW Measurement Systems 555 IR WTW Measurement Systems, sensor model 555 IR, FNRU
TS084 2162 true WTW Measurement, VisoTurb 700 IQ WTW Measurement Systems, sensor model VisoTurb 700 IQ, FNU
TS085 2163 true YSI model 6026, FNU YSI Environmental, sensor model 6026, FNU
TS086 2164 true YSI model 6026-4000, FNU YSI Environmental, sensor model 6026-4000, FNU
TS087 2165 true YSI Environmental, sensor 6136 YSI Environmental, sensor model 6136, several multiparameter instruments, FNU
TS088 2166 true HACH Filter Track 660, NTU HACH, sensor model Filter Track 660, NTU
TS089 2167 true ESD, sensor model 800/800P, NTU ESD, sensor model 800 / 800P, NTU
TS090 2168 true Global Water, model WQ710, NTRU Global Water, sensor model WQ710, NTRU
TS091 2169 true HACH, sensor model 18900, NTRU HACH, sensor model 18900, NTRU
TS092 2170 true HACH, sensor model 43900/XR HACH, sensor model 43900/XR, NTRU
TS093 2171 true HACH, sensor model 2100 A, NTU HACH, sensor model 2100 A, NTU
TS094 2172 true HACH, sensor model 1720 C, NTU HACH, sensor model 1720 C, NTU
TS095 2173 true HACH, sensor model 1720 D, NTU HACH, sensor model 1720 D, NTU
TS096 2174 true HACH, sensor model 1720 E, NTU HACH, sensor model 1720 E, NTU
TS097 2175 true HACH, sensor model 2100 AN,R-Off HACH, sensor model 2100 AN (Ratio OFF), NTU
TS098 2176 true HACH, sensor model 2100 AN, R-On HACH, sensor model 2100 AN (Ratio ON), NTRU
TS099 2177 true HACH, sensor model 2100 N R-Off HACH, sensor model 2100 N (Ratio OFF), NTU
TS100 2178 true HACH, sensor model 2100 N, R-On HACH, sensor model 2100 N (Ratio ON), NTRU
TS101 2179 true HACH, sensor model 2100 P, NTRU HACH, sensor model 2100 P, NTRU
TS102 2180 true HACH, sensor model SS6, NTU HACH, sensor model SS6, NTU
TS103 2181 true HF Scientific, Micro TPW, NTU HF Scientific, sensor model Micro TPW, NTU
TS104 2182 true HF Scientific, MicroTOL, white HF Scientific, sensor model MicroTOL (Light source WHITE), NTU
TS105 2183 true HF Scientific, DRT-15CE, NTU HF Scientific, sensor model DRT-15CE, NTU
TS106 2184 true HF Scientific, Micro 1000, white HF Scientific, sensor model Micro 1000 (light source WHITE, Ratio OFF), NTU
TS107 2185 true HF Scientific, Micro 1000, WR HF Scientific, sensor model Micro 1000 (light source WHITE, Ratio ON), NTRU
TS108 2186 true HF Scientific, Micro100, white HF Scientific, sensor model Micro100 (light source WHITE), NTU
TS109 2187 true HF Scientific, Micro200, NTU HF Scientific, sensor model Micro200, NTU
TS110 2188 true Hanna Instruments, model C102 Hanna Instruments, sensor model C102, NTU
TS111 2189 true Hanna Instruments, model C114 Hanna Instruments, sensor model C114, NTU
TS112 2190 true ICM, sensor model 11520 ICM, sensor model 11520
TS113 2191 true ICM, sensor model 11150, NTU ICM, sensor model 11150, NTU
TS114 2192 true LaMotte Instruments model 2008 LaMotte Instruments, sensor model 2008, NTU
TS115 2193 true LaMotte Instruments model 2020 LaMotte Instruments, sensor model 2020, NTRU
TS116 2194 true LaMotte Instruments model 2020e LaMotte Instruments, sensor model 2020e, NTRU
TS117 2195 true Lamotte Instruments model 3000e LaMotte Instruments, sensor model 3000e, NTRU
TS118 2196 true Monitek Technologies Model TA-1 Monitek Technologies, Inc., sensor model TA-1, NTU
TS119 2197 true Monitek Technologies TA6-FS,NTRU Monitek Technologies, Inc., sensor model TA6-FS, NTRU
TS120 2198 true Optek, sensor model TF16, NTU Optek, sensor model TF16, NTU
TS121 2199 true Orbeco-Hellige model 965-10A,NTU Orbeco-Hellige, sensor model 965-10A, NTU
TS122 2200 true Orbeco-Hellige model 966-01, NTU Orbeco-Hellige, sensor model 966-01, NTU
TS123 2201 true Thermo, Orion AQUAFast AQ4500,WR Thermo Electron Corp., sensor model Orion AQUAFast AQ4500, (Light-source WHITE, Ratio ON), NTRU
TS124 2202 true Turbiquant model 1500 T, NTU Turbiquant sensor model 1500 T, NTU
TS125 2203 true Turbiquant model 3000 T, R-On Turbiquant sensor model 3000 T (Ratio ON), NTRU
TS126 2204 true Turner Designs, model Aquafluor Turner Designs Inc., sensor model Aquafluor, NTU
TS127 2205 true Turner Designs, model SCUFA, NTU Turner Designs Inc., sensor model SCUFA, NTU
TS128 2206 true WTW Measurement Systems 550, NTU WTW Measurement Systems, sensor model 550, NTU
TS129 2207 true WTW Measurement Systems 555,NTRU WTW Measurement Systems, sensor model 555, NTRU
TS130 2208 true Wetlabs model ECO-FLNTU, NTU Wetlabs, sensor model ECO-FLNTU, NTU
TS131 2209 true WaterPOINT, sensor 870, NTU WaterPOINT, sensor model 870, NTU
TS132 2210 true WTW Measurement Systems 355, NTU WTW Measurement Systems, sensor model 355 T/IR (Light source WHITE), NTU
TS133 2211 true WTW Measurement Systems 430, NTU WTW Measurement Systems, sensor model 430 T/IR (Light source WHITE), NTU
TS134 2212 true Rosemount Clarity II (WHITE),NTU Rosemount Analytical, sensor model Clarity II (Light Source WHITE), NTU
TS135 2213 true Chemtrac TruTrac, NTU Chemtrac, sensor model TruTrac, NTU
TS136 2214 true Eutech Instruments TB100, NTU Eutech Instruments, sensor model TB100, NTU
TS137 2215 true Cole-Parmer EW-08391-40, NTU Cole-Parmer Instruments, sensor model EW-08391-40, NTU
TS138 2216 true VWR Instruments sensor 800, NTU VWR Instruments, sensor model 800, NTU
TS141 2217 true WTW Instruments pHotoFlex, NTRU WTW Instruments, sensor model pHotoFlex, NTRU
TS145 2218 true Lamotte, sensor model 2020i, FNU Lamotte, sensor model 2020i, FNU
TS146 2219 true In-Situ Instruments Troll 9500 In-Situ Instruments, sensor model Troll 9500, FNU
TS147 2220 true Endress+Hauser TurbiMax W CUS 31 Endress + Hauser Instruments, sensor model TurbiMax W CUS 31 / 31-W
TS148 2221 true Rosemount Clarity II (INFRA RED) Rosemount Analytical, sensor model Clarity II (Light Source INFRA RED), FNU
TS149 2222 true Oakton, sensor model T 100, FNU Oakton, sensor model T 100, FNU
TS150 2223 true Hydrolab, Series 5 Datasondes Hydrolab, Series 5 Datasondes (Self-Cleaning Turbidity Probe), several sensor models, FNU
TS151 2224 true Eutech Instruments TB100 IR, FNU Eutech Instruments, sensor model TB100 IR, FNU
TS152 2225 true Global Water Instrumentation 710 Global Water Instrumentation, Inc., sensor model 710, FNU
TS155 2226 true Eutech Instruments TN100, FNRU Eutech Instruments, sensor model TN100, FNRU
TS156 2227 true Turner Designs, Cyclops-7, FNU Turner Designs, sensor model Cyclops-7, FNU
TS157 2228 true Hach, model Solitax SC, FNRU Hach, sensor model Solitax SC, FNRU
TT001 2229 true ANC, wu, field, incremental titr ALKALINITY,WWR,IN-TITR,FLD
TT002 2230 true Bicarbonate, wu, field, increm BICARBONATE,WWR,IN-TITR,FLD
TT003 2231 true Carbonate, wu, field, fixed EP Carbonate ALK FLD EP
TT004 2232 true Carbonate, wu, field, fixed EP ANC CARB FET FIELD, fixed endpoint
TT005 2233 true Carbonate, wu, field, increment ANC CARB FET FIELD, incremental titration
TT006 2234 true Bicarbonate, wu, field, fixed EP ANC HCO3 FET FIELD, fixed endpoint
TT007 2235 true Bicarbonate, wu, field, increm ANC HCO3 FET FIELD, incremental titration
TT008 2236 true ANC, wu, field, fixed EP ANC, FET, FIELD, fixed endpoint
TT009 2237 true ANC, wu, field ANC, FET, FIELD, incremental titration
TT010 2238 true ANC, wu, lab, fixed EP ANC, FET, LAB, fixed endpoint
TT011 2239 true ANC, wu, lab ANC, FET, LAB, incremental titration
TT012 2240 true Alkalinity, wf, field, fixed EP Alkalinity, dissolved, field, fixed endpoint
TT013 2241 true Alkalinity, wf, field, increment Alkalinity, dissolved, field, incremental titration
TT014 2242 true Alkalinity, wf, lab, fixed EP Alkalinity, dissolved, lab, fixed endpoint
TT015 2243 true Alkalinity, wf, lab, incremental Alkalinity, dissolved, lab, incremental titration
TT016 2244 true Bicarbonate, wf, field, fixed EP Bicarbonate, dissolved, field, fixed endpoint
TT017 2245 true Bicarbonate, wf, field, increm Bicarbonate, dissolved, field, incremental titration
TT018 2246 true Carbonate, wf, field, fixed EP Carbonate, dissolved, field, fixed endpoint
TT019 2247 true Carbonate, wf, field, increment Carbonate, dissolved, field, incremental titration
TT020 2248 true Hydroxide, wu, field, fixed EP HYDROXIDE,WH,FET,F, fixed endpoint
TT021 2249 true Hydroxide, wu, field, increm HYDROXIDE,WH,FET,F, incremental titration
TT022 2250 true Hydroxide, wf, field, fixed EP Hydroxide, dissolved, field, fixed endpoint
TT023 2251 true Hydroxide, wf, field, increm Hydroxide, dissolved, field, incremental titration
TT024 2252 true Non-carb hardness, lab, EP (OWQ) NONCARBONATE HARD. L, fixed endpoint
TT025 2253 true Non-carb hardness, lab, increm NONCARBONATE HARD. L, incremental titration
TT026 2254 true Non-carb hardness,wf,fld,fixedEP Non-carb hardness, dissolved, field, fixed endpoint
TT027 2255 true Non-carb hardness, wf,fld,increm Non-carb hardness, dissolved, field, incremental titration
TT028 2256 true Non-carb hardness,wf,lab,fixedEP Non-carb hardness, dissolved, lab, fixed endpoint
TT029 2257 true Non-carb hardness, wf, lab, inc Non-carb hardness, dissolved, lab, incremental titration
TT030 2258 true Carbonate carbon, geo, coulometr Carbonate carbon in geologic materials by coulometric titration
TT031 2259 true Hardness, wf, EDTA (EPA /DODEC) Hardness of filtered water by titration with EDTA (EPA method 130.2; DODEC program)
TT032 2260 true Hardness, wu, EDTA (EPA /DODEC) Hardness of unfiltered water by titration with EDTA (EPA method 130.2; DODEC program)
TT033 2261 true Acidity, wu, titration with NaOH Acidity of unfiltered water by titration with NaOH
TT034 2262 true ANC, wu, titration to pH 4.5 Acid neutralizing capacity of unfiltered water by titration to pH 4.5
TT035 2263 true Acidity, titration to pH 8.3 Acidity by electrometric titration to pH 8.3
TT036 2264 true Chloride, wf,silver nitrate titr Chloride in filtered water by silver nitrate titration
TT037 2265 true Chloride, wf,MercuricNitrateTitr Chloride in filtered water by mercuric nitrate titration
TT038 2266 true Non-carb hardness, lab,EP(Ocala) Hardness N.CARB LAB-EP
TT039 2267 true Acidity, LIS, auto electrometric Acidity, low ionic-strength water, automated electrometric titration
TT040 2268 true Alkalinity, titration to pH 4.5 Alkalinity by automated electrometric titration to pH 4.5
TT041 2269 true Alkalinity, titration to pH 4.5 Alkalinity by automated electrometric titration to pH 4.5
TT042 2270 true Alkalinity, LIS, auto electmetr Alkalinity, low ionic-strength water, automated electrometric titration
TT043 2271 true Sulfide,wu,ZnSppt,iodometric tit ZnS ppt., Iodometric titration
TT044 2272 true COD, bed sed, dichromate ox,titr COD in bottom materials by dichromate oxidation and titration
TT045 2273 true Bicarbonate, wf, titr pH 4.5,lab Bicarbonate in filtered water by laboratory titration to pH 4.5
TT046 2274 true Bicarbonate, wu, titr pH 4.5,lab Bicarbonate in unfiltered water by laboratory titration to pH 4.5
TT047 2275 true Carbonate, wf, titr pH 8.3, lab Carbonate in filtered water by laboratory titration to pH 8.3
TT048 2276 true Carbonate, wu, titr pH 8.3, lab Carbonate in unfiltered water by laboratory titration to pH 8.3
TT049 2277 true Hydroxide, wf, titr pH 10.4, lab Hydroxide in filtered water by laboratory titration to pH 10.4
TT050 2278 true Hydroxide, wu, titr pH 10.4, lab Hydroxide in unfiltered water by laboratory titration to pH 10.4
TT051 2279 true Alkalinity, wf, titr pH 4.5, lab Alkalinity of filtered water by laboratory titration to pH 4.5
TT052 2280 true Sulfide, wf, iodine (EPA 376.1) Sulfide in filtered water by iodine titration (EPA method 376.1; DODEC program)
TT053 2281 true Sulfide, wu, iodine (EPA 376.1) Sulfide in unfiltered water by iodine titration (EPA method 376.1; DODEC program)
TT054 2282 true Alkalinity, fixed EP, Hach Alkalinity, fixed endpoint titration, Hach digital titrator
TT055 2283 true Alkalinity, fixed EP, buret Alkalinity, fixed endpoint titration, buret titrator
TT056 2284 true Alkalinity, Gran, Hach Alkalinity, Gran titration, Hach digital titrator
TT057 2285 true Alkalinity, Gran, buret Alkalinity, Gran titration, buret titrator
TT058 2286 true ANC, Gran, Hach Acid neutralizing capacity, Gran titration, Hach digital titrator
TT059 2287 true ANC, Gran, buret Acid neutralizing capacity, Gran titration, buret titrator
TT060 2288 true ANC or alkalinity, lab,Gran,auto ANC or alkalinity, laboratory, Gran titration, automatic titrator
TT061 2289 true Alkalinity, IPT, Hach Alkalinity, inflection-point titration method (incremental titration method), Hach digital titrator
TT062 2290 true Alkalinity, IPT, buret Alkalinity, inflection-point titration method (incremental titration method), buret titrator
TT063 2291 true ANC, fixed EP, Hach Acid neutralizing capacity, fixed endpoint titration, Hach digital titrator
TT064 2292 true ANC, fixed EP, buret Acid neutralizing capacity, fixed endpoint titration, buret titrator
TT065 2293 true ANC, IPT, Hach Acid neutralizing capacity, inflection-point titration method (incremental titration method), Hach digital titrator
TT066 2294 true ANC, IPT, buret Acid neutralizing capacity, inflection-point titration method (incremental titration method), buret titrator
TT067 2295 true Low level ANC, custom for NJ WSC Low level titration of acid neutralizing capacity (NWQL custom analysis for NJ WSC - Gibs)
TT068 2296 true COD, solids, by titration(DODEC) Chemical oxygen demand in solids by titration (DODEC)
TT069 2297 true Acidity, wu (DODEC) Acidity in unfiltered water by titration (DODEC program)
TT070 2298 true Alkalinity, wu (DODEC) Alkalinity in unfiltered water by titration (DODEC program)
TT071 2299 true Alkalinity, wf (DODEC) Alkalinity in filtered water by titration (DODEC program)
TT072 2300 true Hardness, wu, EDTA (SM /DODEC) Hardness of unfiltered water by titration with EDTA (Standard Methods 2340 C; DODEC program)
TT073 2301 true Hardness, wf, EDTA (SM /DODEC) Hardness of filtered water by titration with EDTA (Standard Methods 2340 C; DODEC program)
TT074 2302 true Sulfide, wu, iodine (SM4500-S F) Sulfide in unfiltered water by iodine titration (Standard Methods 4500-S F; DODEC program)
TT075 2303 true Sulfide, wf, iodine (SM4500-S F) Sulfide in filtered water by iodine titration (Standard Methods 4500-S F; DODEC program)
TT076 2304 true ANC, wu, IPT, digital (NRP/CO) Acid neutralizing capacity, water, unfiltered, inflection point titration with digital titrator, field (NRP @ CO WSC)
TT077 2305 true ANC, wu, IPT w/ buret (NRP/CO) Acid neutralizing capacity, water, unfiltered, inflection point titration with buret (NRP @ CO WSC)
TT078 2306 true ANC, wu, Gran titration (NRP/CO) Acid neutralizing capacity, water, unfiltered, Gran titration (NRP @ CO WSC)
TTUBE 2307 true Transparency tube method Transparency tube method
UADVM 16 true Velocity, Upward looking ADVM Stream velocity measured using an upward looking acoustic doppler velocity meter.
UBD01 2309 false Core, know vol, dry 105, weigh Core, known volume of soil as measured in site, dried to 105C, and weighed
UBD02 2310 false Excavate, dry, weigh, funnel Excavate, dry to 105C, weigh, determine volume by sand-funnel method
UBD03 2311 false Excavate, dry, weigh, balloon Excavate, dry to 105C, weigh, determine volume by rubber-balloon method
UBD04 2312 false Excavate, dry, weigh, mensur Excavate, dry to 105C, weigh, determine volume by mensuration apparatus
UBD05 2313 false Clod, dry, weigh, immerse Clod, dry to 105C, weigh, determine volume by immersion/Archimedes principle
UBD06 2314 false Radiation, in situ Gamma scatter radiation, in situ, corrected for water content
UDF01 2315 false Water content dist at fix time Nonsteady-state Boltmann transform, method based on water content distribution at fixed time
UDF02 2316 false Water content vs time at X Nonsteady-state Boltmann transform, method based on water content vs time at fixed position
UDF03 2317 false Diffusivity-sorptivity Determination of soil-water diffusivity function by a series of 1-D adsorption experiments
UHF01 2318 false Auger-hole, field Evacuate cavity in soil below water table, pump out water, calculate rate of water rise
UHF02 2319 false Piezometer method, field Install piezometer in cavity below water table, pump out water, calculate rate of water rise
UHF03 2320 false Two-well technique, field Two cavities evacuated in soil below water table, water pumped from one to other until equilibrium
UHF04 2321 false Multiple-well technique, field Array of wells evacuated in soil below water table, water pumped from one to other until equilibrium
UHF05 2322 false Pit-bailing method, field Large hole excavated below water table, after equilibrium water is removed, calculate rate of water rise
UHF06 2323 false Double tube method, field Concentric tubes pressed into soil at bottom of hole and filled with water to measure saturated K
UHL01 2324 false Constant head, sat - lab Application of Darcy equation to saturated soil column under constant head
UHL02 2325 false Falling head, sat - lab Application of Darcy equation to saturated soil column under falling head
UHL03 2326 false Head control, unsat - lab Steady-state 1-D flow from constant head at a given water content
UHL04 2327 false Flux control, unsat, long, lab Steady-state 1-D flow under constant flux at a given water content, long column
UHL05 2328 false Flux ctrl, unsat, short, lab Steady-state 1-D flow under constant flux at a given water content, short column
UHL06 2329 false Instantaneous profile, lab Integration of several variables over the profile
UHL07 2330 false High-res porous plate, lab Determination from cumulative inflow to a uniform soil core through a high-resistance porous plate
UHL08 2331 false Unit-gradient drain, lab Drainage from upper wetted column in a uniform draining profile
UHL09 2332 false Parameter identification, lab Measure some aspect of the response to a set of boundary conditions, best-fit a curve
UNKN 2333 false Unknown_method unknown method, valid for hydraulic test data transfer only
UPD01 2334 false Pycnometer Pycnometer flask, weighing at constant temperature
UPD02 2335 false Submersion Submerse sample, weighing while submersed
UPO01 2336 false Calc from blk and prt density Calculate as 1 - (bulk dens / part dens)
UPO02 2337 false Gas pycnometer - variable Gas pycnometer uses Boyle's law of pressure-volume relations, variable volume
UPO03 2338 false Gas pycnometer - constant Gas pycnometer uses Boyle's law of pressure-volume relations, constant volume
UV001 2339 true UV Absorbing Organics, 280nm UV Absorbing Organic Constituents - 280nm, Filtered, Silver Filter
UV002 2340 true UV Absorbing Organics, 280nm UV Absorbing Organic Constituents - 280nm, Filtered, Supor Filter
UV003 2341 true SUVA, wf, calculation SUVA of filtered water calculated as (100) * (UV absorbance at 254 nm) / (DOC concentration)
UV004 2342 true UV Absorbers, 254 nm, silver-flt UV Absorbing Organic Constituents - 254 nm, Filtered, Silver Filter
UV005 2343 true UV Absorbers, wf, 254 nm, GFF UV Absorbing Organic Constituents - 254 nm, Filtered, Glass Fiber Filter
UV006 2344 true UV Absorbers, 254nm, SuporFilter UV Absorbing Organic Constituents - 254 nm, Filtered, Supor Filter
UV007 2345 true UV Absorbers, wf, 280 nm, GFF UV Absorbing Organic Constituents - 280nm, Filtered, Glass Fiber Filter
UV008 2346 true UV absorbance, wf, 254 nm Ultraviolet absorbance of filtered water at 254 nm in a 1 cm pathlength quartz cuvette
UV009 2347 true Nitrate, in situ UV, 200-400 nm Nitrate, water, in situ UV absorption, wavelength 200-400 nm
UV010 2348 true UV absorbance, wf, 412 nm Ultraviolet absorbance of filtered water at 412 nm, 1 cm pathlength (NWQL custom analysis for NASQAN - Crawford)
UWC01 2349 false Gravimetry Weigh sample wet, dry to 105C 10-24 hr, weigh sample dry, calculate
UWC02 2350 false Gravimetry - microwave Weigh sample wet, dry in microwave oven, weigh sample dry, calculate
UWC03 2351 false Electrical conduct/capac Probes inserted into soil, properties estimated from calibration
UWC04 2352 false Porous moisture blocks Electrical properties measured in buried porous blocks
UWC05 2353 false Time-domain reflectometry Measurement of electrical properties with coaxial cables
UWC06 2354 false Neutron thermalization Neutron scattering and thermalization thru soil access casing
UWC07 2355 false Radiation attenuation Gamma-ray or neutron attenuation
UWC08 2356 false Gravimetry - volumetric Weigh wet sample of known vol, dry in oven, calculate
UWP01 2357 false Piezometer Pressure measurement is positive
UWP02 2358 false Tensiometer - vacuum gauge Pressure measurement is negative
UWP03 2359 false Tensiometer - Hg/H2O manom Pressure measurement is negative
UWP04 2360 false Lab - flow-thru Flow-trhough tensiometer for lab
UWP05 2361 false Lab - strip tensiometer Porous barrier for laboratory tensiometer
UWP06 2362 false Millar thermo psych Thermocouple psychrometer - Millar model - intact soil core
UWP07 2363 false Sample changer psychrom Thermocouple psychrometer - multiple samples
UWP08 2364 false Lab soil psychrometer Thermocouple psychrometer - single sample
UWP09 2365 false Electrical resistance Equilibration between standard matrix and soil solution - measure elec resis
UWP10 2366 false Heat dissipation sensors Equilibration between standard matrix and soil solution - measure heat dissip
UWP11 2367 false Filter paper technique Equilibration between filter paper and soil solution - meas wc in paper
UWP12 2368 false Vapor equilibration Osmotic agents used to maintain potential in vapor phase
V-EST 17 true Stream velocity, estimated Stream velocity, estimated
VADCP 3 true Stream velocity, ADCP Stream velocity, acoustic doppler current profiler
VADV 2 true Stream velocity, ADV Stream velocity, acoustic doppler velocimeter
VELC 9 true Velocity,Electromagnetic Vel Mtr Stream velocity measured using an Electromagnetic Velocity Meter
VICE 6 true Stream Velocity, Ice Vane Meter Stream velocity measured with Ice Vane Meter
VIPAA 7 true Velocity, Polymer Cup AA Meter Stream Velocity measured with a Price AA meter with polymer cups
VIPYG 8 true Velocity,Polymer Cup Pygmy Meter Stream Velocity measured with a Price Pygmy meter with polymer cups
VIR01 2376 true Coliphage, E. coli, C13 host, MF Coliphage, E. coli, C13 host, MF method, water, plaques per 100 milliliters
VIR02 2377 true Coliphage, E. coli, C-3000 host Coliphage, E. coli, C-3000 host, 1-MDS filter, agar overlay, 37 degrees Celsius, water, plaque-forming units per 100 liters
VIR03 2378 true Coliphage, E. coli, C-host,1-MDS Coliphage, E. coli, C-host, 1-MDS filter, agar overlay, 37 degrees Celsius, water, plaque-forming units per 100 liters
VIR04 2379 true Coliphage, E. coli, C-host, MF Coliphage, E. coli, C-host, MF method, water, plaques per 100 milliliters
VIR05 2380 true Coliphage, E. coli, FAMP host,MF Coliphage, E. coli, FAMP host, MF method, water, plaques per 100 milliliters
VIR06 2381 true Coliphage, F-specific, FAMP,0.1L Coliphage, F-specific, E. coli FAMP-host, 2-step enrichment, water, presence or absence in 100 milliliters
VIR07 2382 true Coliphage, F-specific, FAMP, 4 L Coliphage, F-specific, E. coli FAMP-host, 2-step enrichment, water, presence or absence in 4 liters
VIR08 2383 true Coliphage, F-specific, FAMP, 1 L Coliphage, F-specific, E. coli FAMP-host, 2-step enrichment, water, presence or absence per liter
VIR09 2384 true Coliphage, somatic, C-host, 0.1L Coliphage, somatic, E. coli C-host, 2-step enrichment, water, presence or absence in 100 milliliters
VIR10 2385 true Coliphage, somatic, C-host, 4 L Coliphage, somatic, E. coli C-host, 2-step enrichment, water, presence or absence in 4 liters
VIR11 2386 true Coliphage, somatic, C-host, 1 L Coliphage, somatic, E. coli C-host, 2-step enrichment, water, presence or absence per liter
VIR12 2387 true Coliphage, somatic, CN13, 0.1 L Coliphage, somatic, E. coli CN13-host, 2-step enrichment, water, presence or absence in 100 milliliters
VIR13 2388 true Coliphage, somatic, CN13, 4 L Coliphage, somatic, E. coli CN13-host, 2-step enrichment, water, presence or absence in 4 liters
VIR14 2389 true Coliphage, somatic, CN13, 1 L Coliphage, somatic, E. coli CN13-host, 2-step enrichment, water, presence or absence per liter
VIR15 2390 true Enteric virus, total culturable Enteric virus, total culturable, bgm kidney cell culture, 1-MDS filter, quantal assay, 37 degrees Celsius, water, most probable number per 100 liters
VIR16 2391 true Enterovirus, PCR, 1MDS filter Enterovirus, reverse-transcriptase polymerase chain reaction method, 1MDS filter, water, presence or absence in 50 liters
VIR17 2392 true Reovirus, PCR, 1MDS filter Reovirus, reverse-transcriptase polymerase chain reaction method, 1MDS filter, water, presence or absence in 50 liters
VIR18 2393 true Rotavirus, PCR, 1MDS filter Rotavirus, reverse-transcriptase polymerase chain reaction method, 1MDS filter, water, presence or absence in 50 liters
VIR19 2394 true Hepatitis-A, PCR, 1MDS filter Hepatitis-A virus, reverse-transcriptase polymerase chain reaction method, 1MDS filter, water, presence or absence in 50 liters
VIR20 2395 true Norwalk virus, PCR, 1MDS filter Norwalk virus, reverse-transcriptase polymerase chain reaction method, 1MDS filter, water, presence or absence in 50 liters
VIR21 2396 true Calicivirus, PCR, 1MDS filter Calicivirus, reverse-transcriptase polymerase chain reaction method, 1MDS filter, water, presence or absence in 50 liters
VOPT 10 true Stream velocity, optical current Velocity measured by a surface velocity stroboscopic device
VOTT 11 true Stream velocity, horiz. shaft Stream velocity, horizontal shaft (Ott) meter
VPAA 4 true Stream velocity, Price AA Stream velocity, Price AA meter
VPYG 5 true Stream velocity, pygmy Stream velocity, Price pygmy meter
VRAD 12 true Stream velocity, radar Stream velocity, radar
VTIME 13 true Stream Velocity, Time of Travel Stream velocity measured by any time of travel method
VTRNS 18 false NWIS 4.8 Transferred Velocity The method used to measure the velocity is not known.
VULT 14 true Stream velocity, ultrasonic Stream velocity, ultrasonic meter
WAVE1 2405 true Wave height from graduated rod Nearshore wave height estimated from graduated rod
WHT01 2406 true Specific cond, lab, bridge Specific conductance, lab, by Wheatstone bridge
WHT02 2407 true Specific cond, lab, bridge Specific conductance, lab, by Wheatstone bridge
WHT03 2408 true Specific cond, lab, autom bridge Specific conductance, lab, automated, by Wheatstone bridge
WHT04 2409 true Specific cond, lab auto (NRP/CO) Specific conductance, water, laboratory, automated electrometry (NRP @ CO WSC)
WINKL 2410 true Diss oxygen, Winkler titration Dissolved Oxygen, Iodometric (Winkler Titration)
WLAIR 2411 true GW level, airline Ground water level, airline
WLETP 2412 true GW level, electric tape Ground water level, electric tape
WLPTR 2413 true GW level, pressure transducer Ground water level, pressure transducer
WLSTP 2414 true GW level, steel tape Ground water level, steel tape
WWG 2415 true Gage height, wire weight gage Gage height, wire weight gage