{"VMV_CODE":"77","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"23","VMV_METHOD_TITLE":"Total nitrogen measurement by persulfate oxidation method"}
{"VMV_CODE":"78","VMV_VARIABLE_CODE":"365","VMV_VARIABLE":"Alkalinity total HCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"30","VMV_METHOD_TITLE":"Total alkalinity using titration with strong acid method"}
{"VMV_CODE":"79","VMV_VARIABLE_CODE":"4541","VMV_VARIABLE":"Chlorophyll corrected","VMV_VARIABLE_TYPE":"Chlorophyll","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"35","VMV_METHOD_TITLE":"Chlorophyll A - colourimetric method"}
{"VMV_CODE":"80","VMV_VARIABLE_CODE":"414","VMV_VARIABLE":"Chlorophyll A","VMV_VARIABLE_TYPE":"Chlorophyll","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"41","VMV_METHOD_TITLE":"Chlorophyll A - colourimetric method"}
{"VMV_CODE":"157","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"188","VMV_METHOD_TITLE":"Turbidity in water"}
{"VMV_CODE":"160","VMV_VARIABLE_CODE":"1073","VMV_VARIABLE":"Solids total","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"189","VMV_METHOD_TITLE":"Solids in water"}
{"VMV_CODE":"201","VMV_VARIABLE_CODE":"837","VMV_VARIABLE":"Total dissolved solids (filterable residue) (calcd.)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"8","VMV_METHOD_TITLE":"Calculated value"}
{"VMV_CODE":"202","VMV_VARIABLE_CODE":"837","VMV_VARIABLE":"Total dissolved solids (filterable residue) (calcd.)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"9","VMV_METHOD_TITLE":"Calculated value"}
{"VMV_CODE":"210","VMV_VARIABLE_CODE":"762","VMV_VARIABLE":"Saturation index (calcd.)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"15","VMV_METHOD_TITLE":"Calculated value"}
{"VMV_CODE":"211","VMV_VARIABLE_CODE":"824","VMV_VARIABLE":"Stability index (calcd.)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"16","VMV_METHOD_TITLE":"Calculated value"}
{"VMV_CODE":"444","VMV_VARIABLE_CODE":"612","VMV_VARIABLE":"Nitrogen nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"617","VMV_METHOD_TITLE":"Ions by ion exchange chromatography; equivalent to BC MELP EMS CODE X044"}
{"VMV_CODE":"725","VMV_VARIABLE_CODE":"166","VMV_VARIABLE":"Azinphos ethyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"726","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"727","VMV_VARIABLE_CODE":"170","VMV_VARIABLE":"Chlorpyriphos OR dursban","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"728","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"729","VMV_VARIABLE_CODE":"221","VMV_VARIABLE":"Ethion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"730","VMV_VARIABLE_CODE":"326","VMV_VARIABLE":"Fonofos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"731","VMV_VARIABLE_CODE":"98","VMV_VARIABLE":"Malathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"732","VMV_VARIABLE_CODE":"218","VMV_VARIABLE":"Parathion ethyl OR Parathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"733","VMV_VARIABLE_CODE":"171","VMV_VARIABLE":"Parathion methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"734","VMV_VARIABLE_CODE":"157","VMV_VARIABLE":"Tetrachlorvinphos or stirophos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"735","VMV_VARIABLE_CODE":"994","VMV_VARIABLE":"Phosmet","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"736","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"737","VMV_VARIABLE_CODE":"4105","VMV_VARIABLE":"Ametryn","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"738","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"739","VMV_VARIABLE_CODE":"154","VMV_VARIABLE":"Cyanazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"740","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"741","VMV_VARIABLE_CODE":"117","VMV_VARIABLE":"Propazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"742","VMV_VARIABLE_CODE":"264","VMV_VARIABLE":"Prometryne","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"743","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"923","VMV_VARIABLE_CODE":"758","VMV_VARIABLE":"Salinity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"psu","VMV_UNIT_NAME":"practical salinity scale","VMV_METHOD_CODE":"923","VMV_METHOD_TITLE":"Salinity by calculation using electrical conductivity method"}
{"VMV_CODE":"951","VMV_VARIABLE_CODE":"9132","VMV_VARIABLE":"Total suspended solids (non-filterable residues or total suspended materials)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3463","VMV_METHOD_TITLE":"Total suspended solids in water are determined gravimetrically."}
{"VMV_CODE":"960","VMV_VARIABLE_CODE":"367","VMV_VARIABLE":"Alkalinity total","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"363","VMV_METHOD_TITLE":"Total alkalinity by potentiometric titration"}
{"VMV_CODE":"962","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L N","VMV_UNIT_NAME":"milligram per liter of nitrogen","VMV_METHOD_CODE":"240","VMV_METHOD_TITLE":"Analysis of ammonia nitrogen: Autoanalyzer technique."}
{"VMV_CODE":"963","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3668","VMV_METHOD_TITLE":"Analysis of total nitrogen using the autoanalyzer technique."}
{"VMV_CODE":"964","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"206","VMV_METHOD_TITLE":"Analysis of carbon in water: Oxydation with persulfate-ultraviolet radiation technique and detection by infrared spectrometry."}
{"VMV_CODE":"965","VMV_VARIABLE_CODE":"415","VMV_VARIABLE":"Chlorophyll A active","VMV_VARIABLE_TYPE":"Chlorophyll","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"492","VMV_METHOD_TITLE":"Determination of chlorophyll-a and phaeopigments in water: Cold ethyl alcohol (95%) technique."}
{"VMV_CODE":"966","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1960","VMV_METHOD_TITLE":"Analysis of anions by ionic chromatography"}
{"VMV_CODE":"967","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1960","VMV_METHOD_TITLE":"Analysis of anions by ionic chromatography"}
{"VMV_CODE":"968","VMV_VARIABLE_CODE":"613","VMV_VARIABLE":"Nitrogen dissolved nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L N","VMV_UNIT_NAME":"milligram per liter of nitrogen","VMV_METHOD_CODE":"1960","VMV_METHOD_TITLE":"Analysis of anions by ionic chromatography"}
{"VMV_CODE":"969","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1960","VMV_METHOD_TITLE":"Analysis of anions by ionic chromatography"}
{"VMV_CODE":"970","VMV_VARIABLE_CODE":"615","VMV_VARIABLE":"Dissolved nitrogen nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L N","VMV_UNIT_NAME":"milligram per liter of nitrogen","VMV_METHOD_CODE":"1960","VMV_METHOD_TITLE":"Analysis of anions by ionic chromatography"}
{"VMV_CODE":"971","VMV_VARIABLE_CODE":"2697","VMV_VARIABLE":"Potassium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"972","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"973","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"974","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"975","VMV_VARIABLE_CODE":"437","VMV_VARIABLE":"Colour apparent","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Pt-Co U","VMV_UNIT_NAME":"Platinum-Cobalt unit","VMV_METHOD_CODE":"2596","VMV_METHOD_TITLE":"Determination of colour in surface water by spectrophotometric technique."}
{"VMV_CODE":"976","VMV_VARIABLE_CODE":"1038","VMV_VARIABLE":"Conductivity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"µS/cm","VMV_UNIT_NAME":"microSiemens per centimeter","VMV_METHOD_CODE":"3210","VMV_METHOD_TITLE":"Measurement of conductivity"}
{"VMV_CODE":"977","VMV_VARIABLE_CODE":"490","VMV_VARIABLE":"Carbon particulate organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3211","VMV_METHOD_TITLE":"Analysis of carbon, nitrogen, hydrogen and sulphur using an elementary analysis technique."}
{"VMV_CODE":"997","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"998","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"999","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1001","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1005","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1006","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1007","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1008","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1011","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1013","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1014","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1016","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1017","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1018","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1020","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1021","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1022","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1026","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1027","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3017","VMV_METHOD_TITLE":"Analysis of dissolved metals by inductively coupled argon plasma-mass spectrometry technique (ICP-MS)."}
{"VMV_CODE":"1041","VMV_VARIABLE_CODE":"1402","VMV_VARIABLE":"Magnesium particulate","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"ng","VMV_UNIT_NAME":"nanogram","VMV_METHOD_CODE":"3021","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"1042","VMV_VARIABLE_CODE":"628","VMV_VARIABLE":"Dissolved nitrite/nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"4006","VMV_METHOD_TITLE":"Total nitrogen in water is measured spectrophotometrically at the 520 nm wavelength (FIA)."}
{"VMV_CODE":"1043","VMV_VARIABLE_CODE":"700","VMV_VARIABLE":"Orthophosphate dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L P","VMV_UNIT_NAME":"milligram per liter of phosphorus","VMV_METHOD_CODE":"3034","VMV_METHOD_TITLE":"Analysis of orthophosphates using the autoanalyser technique."}
{"VMV_CODE":"1044","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L P","VMV_UNIT_NAME":"milligram per liter of phosphorus","VMV_METHOD_CODE":"3022","VMV_METHOD_TITLE":"Analysis of orthophosphates, total dissolved phosphorus and total phosphorus using the autoanalyzer technique."}
{"VMV_CODE":"1045","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L P","VMV_UNIT_NAME":"milligram per liter of phosphorus","VMV_METHOD_CODE":"3022","VMV_METHOD_TITLE":"Analysis of orthophosphates, total dissolved phosphorus and total phosphorus using the autoanalyzer technique."}
{"VMV_CODE":"1047","VMV_VARIABLE_CODE":"443","VMV_VARIABLE":"Colour true","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"CTU","VMV_UNIT_NAME":"colour true unit","VMV_METHOD_CODE":"3023","VMV_METHOD_TITLE":"True colour in water is determined by a spectrophotometer."}
{"VMV_CODE":"1062","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"10000","VMV_METHOD_TITLE":"BC MELP EMS code: XM08"}
{"VMV_CODE":"1064","VMV_VARIABLE_CODE":"659","VMV_VARIABLE":"Oxygen dissolved","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10025","VMV_METHOD_TITLE":"Winkler azide titration method equivalent BC MELP X047"}
{"VMV_CODE":"1065","VMV_VARIABLE_CODE":"408","VMV_VARIABLE":"Calcium  total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10029","VMV_METHOD_TITLE":"BC MELP EMS Code: 0042"}
{"VMV_CODE":"1067","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10036","VMV_METHOD_TITLE":"BC MELP EMS Code: 0914"}
{"VMV_CODE":"1069","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10045","VMV_METHOD_TITLE":"BC MELP EMS Code: 1070"}
{"VMV_CODE":"1070","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10046","VMV_METHOD_TITLE":"BC MELP EMS Code: 1071"}
{"VMV_CODE":"1071","VMV_VARIABLE_CODE":"10213","VMV_VARIABLE":"Colour total absorbance","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"SWU","VMV_UNIT_NAME":"Spectrophotometer wavelength unit","VMV_METHOD_CODE":"10054","VMV_METHOD_TITLE":"BC MELP EMS Code: 1320"}
{"VMV_CODE":"1072","VMV_VARIABLE_CODE":"716","VMV_VARIABLE":"Orthophosphorus dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10058","VMV_METHOD_TITLE":"BC MELP EMS Code: 1380"}
{"VMV_CODE":"1075","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"10071","VMV_METHOD_TITLE":"BC MELP EMS Code: 5065"}
{"VMV_CODE":"1076","VMV_VARIABLE_CODE":"10214","VMV_VARIABLE":"pH (rain)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"10071","VMV_METHOD_TITLE":"BC MELP EMS Code: 5065"}
{"VMV_CODE":"1089","VMV_VARIABLE_CODE":"10213","VMV_VARIABLE":"Colour total absorbance","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"SWU","VMV_UNIT_NAME":"Spectrophotometer wavelength unit","VMV_METHOD_CODE":"10124","VMV_METHOD_TITLE":"BC MELP EMS Code: X010"}
{"VMV_CODE":"1093","VMV_VARIABLE_CODE":"745","VMV_VARIABLE":"Residue filterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10130","VMV_METHOD_TITLE":"BC MELP EMS Code: X017"}
{"VMV_CODE":"1098","VMV_VARIABLE_CODE":"750","VMV_VARIABLE":"Residue total","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10147","VMV_METHOD_TITLE":"BC MELP EMS Code: X042"}
{"VMV_CODE":"1099","VMV_VARIABLE_CODE":"612","VMV_VARIABLE":"Nitrogen nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10168","VMV_METHOD_TITLE":"BC MELP EMS Code: X081"}
{"VMV_CODE":"1100","VMV_VARIABLE_CODE":"628","VMV_VARIABLE":"Dissolved nitrite/nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10169","VMV_METHOD_TITLE":"BC MELP EMS Code: X082"}
{"VMV_CODE":"1101","VMV_VARIABLE_CODE":"443","VMV_VARIABLE":"Colour true","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Colour U","VMV_UNIT_NAME":"colour unit","VMV_METHOD_CODE":"10179","VMV_METHOD_TITLE":"BC MELP EMS Code: X106"}
{"VMV_CODE":"1103","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10193","VMV_METHOD_TITLE":"BC MELP EMS Code: X143"}
{"VMV_CODE":"1104","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10199","VMV_METHOD_TITLE":"BC MELP EMS Code: X154"}
{"VMV_CODE":"1105","VMV_VARIABLE_CODE":"2727","VMV_VARIABLE":"Sulphur total","VMV_VARIABLE_TYPE":"Sulphur","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10204","VMV_METHOD_TITLE":"BC MELP EMS Code: X170"}
{"VMV_CODE":"1106","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10226","VMV_METHOD_TITLE":"BC MELP EMS Code: X257"}
{"VMV_CODE":"1109","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10249","VMV_METHOD_TITLE":"BC MELP EMS Code: X326"}
{"VMV_CODE":"1110","VMV_VARIABLE_CODE":"628","VMV_VARIABLE":"Dissolved nitrite/nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10251","VMV_METHOD_TITLE":"BC MELP EMS Code: X328"}
{"VMV_CODE":"1111","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"10253","VMV_METHOD_TITLE":"BC MELP EMS Code: X330"}
{"VMV_CODE":"1115","VMV_VARIABLE_CODE":"615","VMV_VARIABLE":"Dissolved nitrogen nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10273","VMV_METHOD_TITLE":"Dissolved organic nitrogen is calculated from dissolved nitrogen."}
{"VMV_CODE":"1117","VMV_VARIABLE_CODE":"626","VMV_VARIABLE":"Nitrogen Kjeldahl total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10273","VMV_METHOD_TITLE":"Dissolved organic nitrogen is calculated from dissolved nitrogen."}
{"VMV_CODE":"1120","VMV_VARIABLE_CODE":"625","VMV_VARIABLE":"Nitrogen Kjeldahl dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10273","VMV_METHOD_TITLE":"Dissolved organic nitrogen is calculated from dissolved nitrogen."}
{"VMV_CODE":"1125","VMV_VARIABLE_CODE":"840","VMV_VARIABLE":"Temperature (water)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"10282","VMV_METHOD_TITLE":"BC MELP EMS Code: XM02"}
{"VMV_CODE":"1126","VMV_VARIABLE_CODE":"817","VMV_VARIABLE":"Specific conductance","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"µS/cm","VMV_UNIT_NAME":"microSiemens per centimeter","VMV_METHOD_CODE":"10285","VMV_METHOD_TITLE":"BC MELP EMS Code: XM10"}
{"VMV_CODE":"1128","VMV_VARIABLE_CODE":"10213","VMV_VARIABLE":"Colour total absorbance","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"TAC unit","VMV_UNIT_NAME":"total absorbance colour unit","VMV_METHOD_CODE":"10287","VMV_METHOD_TITLE":"BC MELP EMS Code: XM14"}
{"VMV_CODE":"1130","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10298","VMV_METHOD_TITLE":"Total nitrogen analysis in biota, water and sediment by colourimetric, automated, persulphate digest, cadmium/copper reduction method."}
{"VMV_CODE":"1131","VMV_VARIABLE_CODE":"364","VMV_VARIABLE":"Alkalinity total CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10299","VMV_METHOD_TITLE":"Alkalinity by single potentiometric titration."}
{"VMV_CODE":"1132","VMV_VARIABLE_CODE":"366","VMV_VARIABLE":"Alkalinity phenolphthalein CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10299","VMV_METHOD_TITLE":"Alkalinity by single potentiometric titration."}
{"VMV_CODE":"1139","VMV_VARIABLE_CODE":"601","VMV_VARIABLE":"Sodium extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10301","VMV_METHOD_TITLE":"BC MELP EMS Code: F055 No preservation/no filtration/no digestion: ICP shortcut."}
{"VMV_CODE":"1140","VMV_VARIABLE_CODE":"2736","VMV_VARIABLE":"Silicon extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10301","VMV_METHOD_TITLE":"BC MELP EMS Code: F055 No preservation/no filtration/no digestion: ICP shortcut."}
{"VMV_CODE":"1141","VMV_VARIABLE_CODE":"583","VMV_VARIABLE":"Magnesium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10301","VMV_METHOD_TITLE":"BC MELP EMS Code: F055 No preservation/no filtration/no digestion: ICP shortcut."}
{"VMV_CODE":"1142","VMV_VARIABLE_CODE":"566","VMV_VARIABLE":"Potassium extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10301","VMV_METHOD_TITLE":"BC MELP EMS Code: F055 No preservation/no filtration/no digestion: ICP shortcut."}
{"VMV_CODE":"1143","VMV_VARIABLE_CODE":"406","VMV_VARIABLE":"Calcium  extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10301","VMV_METHOD_TITLE":"BC MELP EMS Code: F055 No preservation/no filtration/no digestion: ICP shortcut."}
{"VMV_CODE":"1145","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10310","VMV_METHOD_TITLE":"BC MELP EMS Code: F042 Whole bottle, gravimetric, whole bottle, 1.2 µm GF filter, 103-5 degrees C."}
{"VMV_CODE":"1175","VMV_VARIABLE_CODE":"789","VMV_VARIABLE":"Silicon dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10320","VMV_METHOD_TITLE":"BC MELP EMS CODE: F039  field filtered, acid, ICP-AES."}
{"VMV_CODE":"1178","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10320","VMV_METHOD_TITLE":"BC MELP EMS CODE: F039  field filtered, acid, ICP-AES."}
{"VMV_CODE":"1179","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10320","VMV_METHOD_TITLE":"BC MELP EMS CODE: F039  field filtered, acid, ICP-AES."}
{"VMV_CODE":"1180","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10320","VMV_METHOD_TITLE":"BC MELP EMS CODE: F039  field filtered, acid, ICP-AES."}
{"VMV_CODE":"1181","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10320","VMV_METHOD_TITLE":"BC MELP EMS CODE: F039  field filtered, acid, ICP-AES."}
{"VMV_CODE":"1204","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10320","VMV_METHOD_TITLE":"BC MELP EMS CODE: F039  field filtered, acid, ICP-AES."}
{"VMV_CODE":"1205","VMV_VARIABLE_CODE":"542","VMV_VARIABLE":"Hardness total (calcd.) CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10335","VMV_METHOD_TITLE":"BC MELP EMS Code: CCAL (Extractable)."}
{"VMV_CODE":"1208","VMV_VARIABLE_CODE":"364","VMV_VARIABLE":"Alkalinity total CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10346","VMV_METHOD_TITLE":"BC MELP EMS Code: 1212 Potentiometric titration."}
{"VMV_CODE":"1218","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"10347","VMV_METHOD_TITLE":"BC MELP EMS Code: F068 ICP-MS."}
{"VMV_CODE":"1257","VMV_VARIABLE_CODE":"511","VMV_VARIABLE":"Fluoride total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10348","VMV_METHOD_TITLE":"BC MELP EMS Code: 1341 Ion selective electrode."}
{"VMV_CODE":"1281","VMV_VARIABLE_CODE":"363","VMV_VARIABLE":"Alkalinity Gran CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10351","VMV_METHOD_TITLE":"BC MELP EMS Code: 5062 Electron/Gran’s plot"}
{"VMV_CODE":"1285","VMV_VARIABLE_CODE":"861","VMV_VARIABLE":"Thallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1286","VMV_VARIABLE_CODE":"1049","VMV_VARIABLE":"Bismuth total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1287","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1288","VMV_VARIABLE_CODE":"2725","VMV_VARIABLE":"Uranium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1289","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1290","VMV_VARIABLE_CODE":"2728","VMV_VARIABLE":"Silicon total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1291","VMV_VARIABLE_CODE":"858","VMV_VARIABLE":"Titanium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1292","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1293","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1294","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1295","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1296","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1297","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1298","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1299","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1300","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1301","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1302","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1303","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1304","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1305","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1306","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1307","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1308","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1309","VMV_VARIABLE_CODE":"812","VMV_VARIABLE":"Tin total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1310","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1311","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10356","VMV_METHOD_TITLE":"BC MELP EMS Code: F033 Acid diegestion, centrifuged, ICP-MS."}
{"VMV_CODE":"1312","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"10363","VMV_METHOD_TITLE":"BC MELP EMS Code: X058: Turbimetric."}
{"VMV_CODE":"1318","VMV_VARIABLE_CODE":"758","VMV_VARIABLE":"Salinity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"ppt","VMV_UNIT_NAME":"part per trillion","VMV_METHOD_CODE":"10353","VMV_METHOD_TITLE":"BC MELP EMS Code: F011 salinometer and/or  BC MELP EMS Code: 1130 Salinometer."}
{"VMV_CODE":"1328","VMV_VARIABLE_CODE":"547","VMV_VARIABLE":"Mercury dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3656","VMV_METHOD_TITLE":"Mercury in water is determined by spectrometric fluorescence."}
{"VMV_CODE":"1329","VMV_VARIABLE_CODE":"1032","VMV_VARIABLE":"Total suspended solids (non-filterable residue)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"390","VMV_METHOD_TITLE":"Total suspended solids - 0.45 µm filter - done with metal analysis"}
{"VMV_CODE":"1336","VMV_VARIABLE_CODE":"312","VMV_VARIABLE":"Naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1337","VMV_VARIABLE_CODE":"148","VMV_VARIABLE":"Acenaphthylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1338","VMV_VARIABLE_CODE":"292","VMV_VARIABLE":"Acenaphthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1339","VMV_VARIABLE_CODE":"303","VMV_VARIABLE":"Fluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1340","VMV_VARIABLE_CODE":"299","VMV_VARIABLE":"Phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1341","VMV_VARIABLE_CODE":"1270","VMV_VARIABLE":"Anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1342","VMV_VARIABLE_CODE":"146","VMV_VARIABLE":"Fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1343","VMV_VARIABLE_CODE":"1272","VMV_VARIABLE":"Pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1344","VMV_VARIABLE_CODE":"1271","VMV_VARIABLE":"Chrysene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1345","VMV_VARIABLE_CODE":"145","VMV_VARIABLE":"Benzo(b)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1346","VMV_VARIABLE_CODE":"147","VMV_VARIABLE":"Benzo(k)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1347","VMV_VARIABLE_CODE":"137","VMV_VARIABLE":"Benzo(e)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1348","VMV_VARIABLE_CODE":"204","VMV_VARIABLE":"Benzo(a)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1349","VMV_VARIABLE_CODE":"140","VMV_VARIABLE":"Indeno(1,2,3-c,d)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1350","VMV_VARIABLE_CODE":"1036","VMV_VARIABLE":"Dibenzo(a,h)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1351","VMV_VARIABLE_CODE":"132","VMV_VARIABLE":"Benzo(g,h,i)perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1352","VMV_VARIABLE_CODE":"315","VMV_VARIABLE":"2-chloronaphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1353","VMV_VARIABLE_CODE":"92","VMV_VARIABLE":"Tetrahydronaphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1358","VMV_VARIABLE_CODE":"10055","VMV_VARIABLE":"Naphthalenes-C1","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1359","VMV_VARIABLE_CODE":"1077","VMV_VARIABLE":"Biphenyl","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1360","VMV_VARIABLE_CODE":"10052","VMV_VARIABLE":"Naphthalene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1361","VMV_VARIABLE_CODE":"1317","VMV_VARIABLE":"2-isopropylnaphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1362","VMV_VARIABLE_CODE":"1318","VMV_VARIABLE":"trimethylnaphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1363","VMV_VARIABLE_CODE":"1319","VMV_VARIABLE":"9-methylfluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1364","VMV_VARIABLE_CODE":"1320","VMV_VARIABLE":"9-ethylfluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1365","VMV_VARIABLE_CODE":"4402","VMV_VARIABLE":"Fluorene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1366","VMV_VARIABLE_CODE":"10048","VMV_VARIABLE":"Naphthalene-C4","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1367","VMV_VARIABLE_CODE":"1421","VMV_VARIABLE":"n-propylfluorene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1368","VMV_VARIABLE_CODE":"1322","VMV_VARIABLE":"1,9-dimethylfluorene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1369","VMV_VARIABLE_CODE":"1323","VMV_VARIABLE":"n-butylfluorene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1370","VMV_VARIABLE_CODE":"4400","VMV_VARIABLE":"Dibenzothiophene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1371","VMV_VARIABLE_CODE":"4403","VMV_VARIABLE":"Phenanthrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1372","VMV_VARIABLE_CODE":"4053","VMV_VARIABLE":"Dibenzothiophene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1373","VMV_VARIABLE_CODE":"1324","VMV_VARIABLE":"4-propyldibenzothiophene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1374","VMV_VARIABLE_CODE":"1325","VMV_VARIABLE":"2,4,7-trimethyldibenzothiophene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1375","VMV_VARIABLE_CODE":"4401","VMV_VARIABLE":"Fluoranthene/pyrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1376","VMV_VARIABLE_CODE":"3731","VMV_VARIABLE":"Phenanthrene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1377","VMV_VARIABLE_CODE":"1326","VMV_VARIABLE":"3-ethylfluoranthene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1378","VMV_VARIABLE_CODE":"1327","VMV_VARIABLE":"Tetramethylphenanthrene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1379","VMV_VARIABLE_CODE":"4412","VMV_VARIABLE":"Chrysene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1380","VMV_VARIABLE_CODE":"1329","VMV_VARIABLE":"n-propylchrysene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1381","VMV_VARIABLE_CODE":"1330","VMV_VARIABLE":"n-butylchrysene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1382","VMV_VARIABLE_CODE":"3730","VMV_VARIABLE":"Phenanthrene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1383","VMV_VARIABLE_CODE":"1328","VMV_VARIABLE":"Ethylchrysene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1384","VMV_VARIABLE_CODE":"3075","VMV_VARIABLE":"Acridine","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1385","VMV_VARIABLE_CODE":"2364","VMV_VARIABLE":"7-Isopropyl-1-methylphenanthrene (retene)","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1386","VMV_VARIABLE_CODE":"3754","VMV_VARIABLE":"7-methylbenzo(a)pyrene","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1387","VMV_VARIABLE_CODE":"1422","VMV_VARIABLE":"7,10-dimethylbenzo(a)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1388","VMV_VARIABLE_CODE":"1423","VMV_VARIABLE":"Indeno(1,2,3-cd)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3670","VMV_METHOD_TITLE":"Extraction of alkyl PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1390","VMV_VARIABLE_CODE":"1033","VMV_VARIABLE":"3,4-dichloroaniline","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"1391","VMV_VARIABLE_CODE":"4302","VMV_VARIABLE":"Ethametsulfuron-methyl","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"1404","VMV_VARIABLE_CODE":"655","VMV_VARIABLE":"Carbonaceous oxygen demand BOD5","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"194","VMV_METHOD_TITLE":"Carbonaceous biochemical oxygen demand (5 days BOD test)"}
{"VMV_CODE":"1710","VMV_VARIABLE_CODE":"3061","VMV_VARIABLE":"Thiocyanate","VMV_VARIABLE_TYPE":"Thiocyanates","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"367","VMV_METHOD_TITLE":"Analysis of thiocyanate in water by colourimetry"}
{"VMV_CODE":"1715","VMV_VARIABLE_CODE":"626","VMV_VARIABLE":"Nitrogen Kjeldahl total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3136","VMV_METHOD_TITLE":"Total Kjeldahl nitrogen in water is determined by flow injection analysis."}
{"VMV_CODE":"1716","VMV_VARIABLE_CODE":"4345","VMV_VARIABLE":"Bromide","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1980","VMV_METHOD_TITLE":"Bromide in water by ion chromatography"}
{"VMV_CODE":"1720","VMV_VARIABLE_CODE":"1022","VMV_VARIABLE":"Dibrom OR naled","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"1721","VMV_VARIABLE_CODE":"135","VMV_VARIABLE":"Picloram","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1722","VMV_VARIABLE_CODE":"2722","VMV_VARIABLE":"Clopyralid","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1723","VMV_VARIABLE_CODE":"3079","VMV_VARIABLE":"Imazethapyr","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1724","VMV_VARIABLE_CODE":"3036","VMV_VARIABLE":"Imazamethabenz-methyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1725","VMV_VARIABLE_CODE":"9100","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1726","VMV_VARIABLE_CODE":"2723","VMV_VARIABLE":"Methylchlorophenoxypropionic acid (MCPP) OR Mecoprop","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1727","VMV_VARIABLE_CODE":"322","VMV_VARIABLE":"MCPA","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1728","VMV_VARIABLE_CODE":"324","VMV_VARIABLE":"MCPB","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1729","VMV_VARIABLE_CODE":"128","VMV_VARIABLE":"Bromoxynil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1730","VMV_VARIABLE_CODE":"1227","VMV_VARIABLE":"Dichlorprop (2,4-DP)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1731","VMV_VARIABLE_CODE":"318","VMV_VARIABLE":"2,4,5-trichlorophenoxyacitic acid (2,4,5-T)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1732","VMV_VARIABLE_CODE":"317","VMV_VARIABLE":"Fenoprop OR Silvex OR 2,4,5-TP","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1733","VMV_VARIABLE_CODE":"3133","VMV_VARIABLE":"Triclopyr","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1734","VMV_VARIABLE_CODE":"134","VMV_VARIABLE":"Dicamba","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"247","VMV_METHOD_TITLE":"Acid herbicides extracted using Strata-X SPE cartridges."}
{"VMV_CODE":"1742","VMV_VARIABLE_CODE":"84","VMV_VARIABLE":"Endosulfan sulphate total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"255","VMV_METHOD_TITLE":"Analysis of organochlorinated pesticides in water using liquid/liquid extraction and analyzed by GC-MSMS (SOP 3252)."}
{"VMV_CODE":"1906","VMV_VARIABLE_CODE":"219","VMV_VARIABLE":"Benzo(a)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3669","VMV_METHOD_TITLE":"Extraction of PAHs in water by solid phase extraction (SPE) and analysis by GC-MSMS."}
{"VMV_CODE":"1957","VMV_VARIABLE_CODE":"4345","VMV_VARIABLE":"Bromide","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1891","VMV_METHOD_TITLE":"Ions in water by ion chromatography"}
{"VMV_CODE":"1958","VMV_VARIABLE_CODE":"422","VMV_VARIABLE":"Chloride","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1891","VMV_METHOD_TITLE":"Ions in water by ion chromatography"}
{"VMV_CODE":"1959","VMV_VARIABLE_CODE":"625","VMV_VARIABLE":"Nitrogen Kjeldahl dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3597","VMV_METHOD_TITLE":"Kjeldahl nitrogen is determined by colourimetry on autoanalyzer."}
{"VMV_CODE":"1961","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"430","VMV_METHOD_TITLE":"Total suspended solids by gravimetric method. Standard methods 2540 D \"Total suspended solids dried at 103 to 105 degrees C"}
{"VMV_CODE":"1962","VMV_VARIABLE_CODE":"511","VMV_VARIABLE":"Fluoride total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1891","VMV_METHOD_TITLE":"Ions in water by ion chromatography"}
{"VMV_CODE":"1963","VMV_VARIABLE_CODE":"443","VMV_VARIABLE":"Colour true","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"CTU","VMV_UNIT_NAME":"colour true unit","VMV_METHOD_CODE":"312","VMV_METHOD_TITLE":"True colour by spectrometer"}
{"VMV_CODE":"1964","VMV_VARIABLE_CODE":"9177","VMV_VARIABLE":"Hardness total","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"313","VMV_METHOD_TITLE":"Total hardness"}
{"VMV_CODE":"1965","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"314","VMV_METHOD_TITLE":"pH by meter (automated)"}
{"VMV_CODE":"1966","VMV_VARIABLE_CODE":"630","VMV_VARIABLE":"Nitrogen total organic","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"319","VMV_METHOD_TITLE":"Total organic nitrogen (calculated)"}
{"VMV_CODE":"1967","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"315","VMV_METHOD_TITLE":"Total nitrogen in water by colourimetry - persulfate method"}
{"VMV_CODE":"1968","VMV_VARIABLE_CODE":"637","VMV_VARIABLE":"Nitrogen total dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"317","VMV_METHOD_TITLE":"Total dissolved nitrogen  by colourimetry - persulfate method"}
{"VMV_CODE":"1969","VMV_VARIABLE_CODE":"605","VMV_VARIABLE":"Ammonia total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"322","VMV_METHOD_TITLE":"Ammonia in water by fluorescence"}
{"VMV_CODE":"1970","VMV_VARIABLE_CODE":"612","VMV_VARIABLE":"Nitrogen nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1891","VMV_METHOD_TITLE":"Ions in water by ion chromatography"}
{"VMV_CODE":"1971","VMV_VARIABLE_CODE":"617","VMV_VARIABLE":"Total nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1891","VMV_METHOD_TITLE":"Ions in water by ion chromatography"}
{"VMV_CODE":"1972","VMV_VARIABLE_CODE":"813","VMV_VARIABLE":"Sulphate","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1891","VMV_METHOD_TITLE":"Ions in water by ion chromatography"}
{"VMV_CODE":"1973","VMV_VARIABLE_CODE":"626","VMV_VARIABLE":"Nitrogen Kjeldahl total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"323","VMV_METHOD_TITLE":"Total Kjeldahl nitrogen in water by fluorescence"}
{"VMV_CODE":"1974","VMV_VARIABLE_CODE":"475","VMV_VARIABLE":"Carbon dissolved inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3301","VMV_METHOD_TITLE":"Total and dissolved organic carbon are determined by infrared gas analyzer."}
{"VMV_CODE":"1975","VMV_VARIABLE_CODE":"485","VMV_VARIABLE":"Carbon total inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3301","VMV_METHOD_TITLE":"Total and dissolved organic carbon are determined by infrared gas analyzer."}
{"VMV_CODE":"1978","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"333","VMV_METHOD_TITLE":"Dissolved metals in water by ICP-OES"}
{"VMV_CODE":"1979","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"333","VMV_METHOD_TITLE":"Dissolved metals in water by ICP-OES"}
{"VMV_CODE":"1980","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"333","VMV_METHOD_TITLE":"Dissolved metals in water by ICP-OES"}
{"VMV_CODE":"1981","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"333","VMV_METHOD_TITLE":"Dissolved metals in water by ICP-OES"}
{"VMV_CODE":"2010","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"443","VMV_METHOD_TITLE":"Total phosphorus by colourimetry - ascorbic acid reduction method. This method is based off of SM4500-P, sections A, B and F."}
{"VMV_CODE":"2011","VMV_VARIABLE_CODE":"437","VMV_VARIABLE":"Colour apparent","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"rel unit","VMV_UNIT_NAME":"relative unit","VMV_METHOD_CODE":"24","VMV_METHOD_TITLE":"True and apparent colour - visual comparison with standard colour solutions (Cobalt)"}
{"VMV_CODE":"2021","VMV_VARIABLE_CODE":"443","VMV_VARIABLE":"Colour true","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"rel unit","VMV_UNIT_NAME":"relative unit","VMV_METHOD_CODE":"24","VMV_METHOD_TITLE":"True and apparent colour - visual comparison with standard colour solutions (Cobalt)"}
{"VMV_CODE":"2034","VMV_VARIABLE_CODE":"817","VMV_VARIABLE":"Specific conductance","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"µS/cm","VMV_UNIT_NAME":"microSiemens per centimeter","VMV_METHOD_CODE":"2418","VMV_METHOD_TITLE":"Conductivity with conductivity meter"}
{"VMV_CODE":"2041","VMV_VARIABLE_CODE":"817","VMV_VARIABLE":"Specific conductance","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"µS/cm","VMV_UNIT_NAME":"microSiemens per centimeter","VMV_METHOD_CODE":"32","VMV_METHOD_TITLE":"Specific conductance using a conductivity meter with platinum electrodes"}
{"VMV_CODE":"2055","VMV_VARIABLE_CODE":"3461","VMV_VARIABLE":"Temperature water (field)","VMV_VARIABLE_TYPE":"Field (Descriptive)","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"2097","VMV_METHOD_TITLE":"Water temperature using a thermo couple"}
{"VMV_CODE":"2060","VMV_VARIABLE_CODE":"3461","VMV_VARIABLE":"Temperature water (field)","VMV_VARIABLE_TYPE":"Field (Descriptive)","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"38","VMV_METHOD_TITLE":"Mercury filled thermometer"}
{"VMV_CODE":"2061","VMV_VARIABLE_CODE":"840","VMV_VARIABLE":"Temperature (water)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"38","VMV_METHOD_TITLE":"Mercury filled thermometer"}
{"VMV_CODE":"2065","VMV_VARIABLE_CODE":"840","VMV_VARIABLE":"Temperature (water)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"42","VMV_METHOD_TITLE":"Battery-operated Hydrolab Model TC-2"}
{"VMV_CODE":"2073","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"JTU","VMV_UNIT_NAME":"Jackson turbidity unit","VMV_METHOD_CODE":"46","VMV_METHOD_TITLE":"Turbidity by photometry on Hach turbidimeter"}
{"VMV_CODE":"2074","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"47","VMV_METHOD_TITLE":"Turbidity by nephelometric method using a Hach turbidimeter (NTU units)"}
{"VMV_CODE":"2081","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"54","VMV_METHOD_TITLE":"Turbidity with Hach ratio turbidimeter Model 18900"}
{"VMV_CODE":"2233","VMV_VARIABLE_CODE":"1658","VMV_VARIABLE":"Nitrate and nitrite (as N)","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2134","VMV_METHOD_TITLE":"Calculation  of nitrite and nitrate in water"}
{"VMV_CODE":"2235","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2136","VMV_METHOD_TITLE":"Total organic carbon by combustion"}
{"VMV_CODE":"2236","VMV_VARIABLE_CODE":"625","VMV_VARIABLE":"Nitrogen Kjeldahl dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2140","VMV_METHOD_TITLE":"Calculation of dissolved Kjeldahl nitrogen"}
{"VMV_CODE":"2237","VMV_VARIABLE_CODE":"9138","VMV_VARIABLE":"Nitrate (NO3-N)","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2142","VMV_METHOD_TITLE":"Determination of nitrate (as N)"}
{"VMV_CODE":"2239","VMV_VARIABLE_CODE":"836","VMV_VARIABLE":"Total dissolved solids (filterable residue)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2148","VMV_METHOD_TITLE":"Total dissolved solids by gravimetry"}
{"VMV_CODE":"2240","VMV_VARIABLE_CODE":"626","VMV_VARIABLE":"Nitrogen Kjeldahl total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2185","VMV_METHOD_TITLE":"Calculation of total Kjeldahl nitrogen"}
{"VMV_CODE":"2249","VMV_VARIABLE_CODE":"1661","VMV_VARIABLE":"Imazapyr","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"287","VMV_METHOD_TITLE":"Analysis of acidic herbicides by SPE and LC-MS/MS."}
{"VMV_CODE":"2250","VMV_VARIABLE_CODE":"3097","VMV_VARIABLE":"Imazamox","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"287","VMV_METHOD_TITLE":"Analysis of acidic herbicides by SPE and LC-MS/MS."}
{"VMV_CODE":"2251","VMV_VARIABLE_CODE":"203","VMV_VARIABLE":"2,3,6-TBA","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"287","VMV_METHOD_TITLE":"Analysis of acidic herbicides by SPE and LC-MS/MS."}
{"VMV_CODE":"2252","VMV_VARIABLE_CODE":"325","VMV_VARIABLE":"2,4-D butyric acid (2,4-DB)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"287","VMV_METHOD_TITLE":"Analysis of acidic herbicides by SPE and LC-MS/MS."}
{"VMV_CODE":"2392","VMV_VARIABLE_CODE":"1692","VMV_VARIABLE":"Flonicamid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"2393","VMV_VARIABLE_CODE":"1693","VMV_VARIABLE":"Flupyradifurone","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"2674","VMV_VARIABLE_CODE":"485","VMV_VARIABLE":"Carbon total inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"2597","VMV_METHOD_TITLE":"Determination of total inorganic carbon in sediment by calculation using a CHN analyzer."}
{"VMV_CODE":"2757","VMV_VARIABLE_CODE":"433","VMV_VARIABLE":"Fecal coliforms","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"MPN/100mL","VMV_UNIT_NAME":"most probable number per 100 milliliters","VMV_METHOD_CODE":"2607","VMV_METHOD_TITLE":"Concentration of fecal coliforms is determined as the most probable number (MPN) per 100 mL."}
{"VMV_CODE":"3019","VMV_VARIABLE_CODE":"1716","VMV_VARIABLE":"Carbon, total organic (non purgeable)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2695","VMV_METHOD_TITLE":"Carbon concentration determined by infrared analysis on an automated Shimadzu system"}
{"VMV_CODE":"3022","VMV_VARIABLE_CODE":"485","VMV_VARIABLE":"Carbon total inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2695","VMV_METHOD_TITLE":"Carbon concentration determined by infrared analysis on an automated Shimadzu system"}
{"VMV_CODE":"3404","VMV_VARIABLE_CODE":"629","VMV_VARIABLE":"Nitrogen particulate organic","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3211","VMV_METHOD_TITLE":"Analysis of carbon, nitrogen, hydrogen and sulphur using an elementary analysis technique."}
{"VMV_CODE":"4099","VMV_VARIABLE_CODE":"542","VMV_VARIABLE":"Hardness total (calcd.) CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"472","VMV_METHOD_TITLE":"Hardness calculated using the cations magnesium and calcium."}
{"VMV_CODE":"4100","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"473","VMV_METHOD_TITLE":"Total organic carbon by non-dispersive infrared (NDIR) analyzer"}
{"VMV_CODE":"4654","VMV_VARIABLE_CODE":"992","VMV_VARIABLE":"Aluminum suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/g","VMV_UNIT_NAME":"milligram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4655","VMV_VARIABLE_CODE":"979","VMV_VARIABLE":"Cadmium suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4656","VMV_VARIABLE_CODE":"986","VMV_VARIABLE":"Cobalt suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4657","VMV_VARIABLE_CODE":"984","VMV_VARIABLE":"Copper suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4658","VMV_VARIABLE_CODE":"987","VMV_VARIABLE":"Iron suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/g","VMV_UNIT_NAME":"milligram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4659","VMV_VARIABLE_CODE":"1401","VMV_VARIABLE":"Lithium particulate","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4660","VMV_VARIABLE_CODE":"988","VMV_VARIABLE":"Manganese suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/g","VMV_UNIT_NAME":"milligram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4661","VMV_VARIABLE_CODE":"985","VMV_VARIABLE":"Nickel particulate","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4662","VMV_VARIABLE_CODE":"975","VMV_VARIABLE":"Lead suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4663","VMV_VARIABLE_CODE":"969","VMV_VARIABLE":"Zinc suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3020","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"4678","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4679","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4680","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4681","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4682","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4683","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4684","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4685","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4686","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4687","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4688","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4689","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4690","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4691","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4692","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4693","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4694","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4695","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4696","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"375","VMV_METHOD_TITLE":"Total metals in water by ICP-MS"}
{"VMV_CODE":"4697","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"383","VMV_METHOD_TITLE":"Major ions by IC - EC LEEQ laboratory"}
{"VMV_CODE":"4698","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"383","VMV_METHOD_TITLE":"Major ions by IC - EC LEEQ laboratory"}
{"VMV_CODE":"4699","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"383","VMV_METHOD_TITLE":"Major ions by IC - EC LEEQ laboratory"}
{"VMV_CODE":"4700","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"383","VMV_METHOD_TITLE":"Major ions by IC - EC LEEQ laboratory"}
{"VMV_CODE":"4726","VMV_VARIABLE_CODE":"628","VMV_VARIABLE":"Dissolved nitrite/nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L N","VMV_UNIT_NAME":"milligram per liter of nitrogen","VMV_METHOD_CODE":"1960","VMV_METHOD_TITLE":"Analysis of anions by ionic chromatography"}
{"VMV_CODE":"4735","VMV_VARIABLE_CODE":"367","VMV_VARIABLE":"Alkalinity total","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"452","VMV_METHOD_TITLE":"Total alkalinity in water by potentiometry"}
{"VMV_CODE":"4736","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"426","VMV_METHOD_TITLE":"Chloride - automated ferric thiocynate method. Based off of SM 4500 Cl-G, 22nd Edition."}
{"VMV_CODE":"4737","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"206","VMV_METHOD_TITLE":"Analysis of carbon in water: Oxydation with persulfate-ultraviolet radiation technique and detection by infrared spectrometry."}
{"VMV_CODE":"4738","VMV_VARIABLE_CODE":"1032","VMV_VARIABLE":"Total suspended solids (non-filterable residue)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"476","VMV_METHOD_TITLE":"Total, fixed and volatile suspended solids - gravimetric method"}
{"VMV_CODE":"4741","VMV_VARIABLE_CODE":"240","VMV_VARIABLE":"Atrazine de-ethylated","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"4742","VMV_VARIABLE_CODE":"56","VMV_VARIABLE":"Atrazine de-isopropylated","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"4753","VMV_VARIABLE_CODE":"50","VMV_VARIABLE":"Sulphur particulate","VMV_VARIABLE_TYPE":"Sulphur","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3211","VMV_METHOD_TITLE":"Analysis of carbon, nitrogen, hydrogen and sulphur using an elementary analysis technique."}
{"VMV_CODE":"4754","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"3032","VMV_METHOD_TITLE":"Determination of pH using the technique with electrode combined with glass and temperature probe."}
{"VMV_CODE":"4755","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"3033","VMV_METHOD_TITLE":"Analysis of turbidity using the nephelometric technique."}
{"VMV_CODE":"4962","VMV_VARIABLE_CODE":"592","VMV_VARIABLE":"Flonicamid-D3","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"4963","VMV_VARIABLE_CODE":"1913","VMV_VARIABLE":"Thiacloprid-13C6","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"4966","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4967","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4968","VMV_VARIABLE_CODE":"117","VMV_VARIABLE":"Propazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4970","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4971","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4972","VMV_VARIABLE_CODE":"4105","VMV_VARIABLE":"Ametryn","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4973","VMV_VARIABLE_CODE":"264","VMV_VARIABLE":"Prometryne","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4975","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4976","VMV_VARIABLE_CODE":"170","VMV_VARIABLE":"Chlorpyriphos OR dursban","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4978","VMV_VARIABLE_CODE":"154","VMV_VARIABLE":"Cyanazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4979","VMV_VARIABLE_CODE":"221","VMV_VARIABLE":"Ethion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"4981","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"526","VMV_METHOD_TITLE":"Analysis of organophosphorus and triazine pesticides in surface waters - Technique by gas chromatography. LEEQ Method No. Q0500E0."}
{"VMV_CODE":"5078","VMV_VARIABLE_CODE":"443","VMV_VARIABLE":"Colour true","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"CTU","VMV_UNIT_NAME":"colour true unit","VMV_METHOD_CODE":"494","VMV_METHOD_TITLE":"True colour using a DR3900 spectrophotometer."}
{"VMV_CODE":"5157","VMV_VARIABLE_CODE":"1929","VMV_VARIABLE":"Spirodiclofen","VMV_VARIABLE_TYPE":"Neonicotinoids","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"5158","VMV_VARIABLE_CODE":"1930","VMV_VARIABLE":"Spiromesifen","VMV_VARIABLE_TYPE":"Neonicotinoids","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"5159","VMV_VARIABLE_CODE":"1931","VMV_VARIABLE":"Spirotetramat","VMV_VARIABLE_TYPE":"Neonicotinoids","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"5160","VMV_VARIABLE_CODE":"1932","VMV_VARIABLE":"Chlorantraniliprole","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"5161","VMV_VARIABLE_CODE":"1933","VMV_VARIABLE":"Sulfoxaflor","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"5248","VMV_VARIABLE_CODE":"1199","VMV_VARIABLE":"Calcium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"5249","VMV_VARIABLE_CODE":"1205","VMV_VARIABLE":"Magnesium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"5250","VMV_VARIABLE_CODE":"1203","VMV_VARIABLE":"Potassium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"5251","VMV_VARIABLE_CODE":"1208","VMV_VARIABLE":"Sodium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"5353","VMV_VARIABLE_CODE":"1399","VMV_VARIABLE":"1-naphthol","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5354","VMV_VARIABLE_CODE":"323","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5355","VMV_VARIABLE_CODE":"3403","VMV_VARIABLE":"Bendiocarb","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5356","VMV_VARIABLE_CODE":"124","VMV_VARIABLE":"Alachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5358","VMV_VARIABLE_CODE":"937","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5360","VMV_VARIABLE_CODE":"244","VMV_VARIABLE":"Carbaryl","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5361","VMV_VARIABLE_CODE":"121","VMV_VARIABLE":"Carbofuran","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5363","VMV_VARIABLE_CODE":"1288","VMV_VARIABLE":"Chlorfenvinphos","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5364","VMV_VARIABLE_CODE":"5","VMV_VARIABLE":"Chlorothalonil","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5365","VMV_VARIABLE_CODE":"1400","VMV_VARIABLE":"Chloroxuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5370","VMV_VARIABLE_CODE":"241","VMV_VARIABLE":"Dichlorvos (DDVP)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5371","VMV_VARIABLE_CODE":"4110","VMV_VARIABLE":"Dimethenamid","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5373","VMV_VARIABLE_CODE":"1943","VMV_VARIABLE":"Dimethoate-D6","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5374","VMV_VARIABLE_CODE":"174","VMV_VARIABLE":"Disulfoton","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5375","VMV_VARIABLE_CODE":"279","VMV_VARIABLE":"EPTC OR carbamic acid","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5376","VMV_VARIABLE_CODE":"99","VMV_VARIABLE":"Fenitrothion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5377","VMV_VARIABLE_CODE":"322","VMV_VARIABLE":"MCPA","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5378","VMV_VARIABLE_CODE":"2565","VMV_VARIABLE":"Methidathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5379","VMV_VARIABLE_CODE":"167","VMV_VARIABLE":"Mevinphos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5380","VMV_VARIABLE_CODE":"1622","VMV_VARIABLE":"Myclobutanil","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5381","VMV_VARIABLE_CODE":"2374","VMV_VARIABLE":"Myclobutanil-D9","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5384","VMV_VARIABLE_CODE":"172","VMV_VARIABLE":"Phorate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5385","VMV_VARIABLE_CODE":"1281","VMV_VARIABLE":"Phosalone","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5387","VMV_VARIABLE_CODE":"191","VMV_VARIABLE":"Tebuthiuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5388","VMV_VARIABLE_CODE":"1023","VMV_VARIABLE":"Terbufos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5390","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5392","VMV_VARIABLE_CODE":"186","VMV_VARIABLE":"Linuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"5454","VMV_VARIABLE_CODE":"1399","VMV_VARIABLE":"1-naphthol","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5457","VMV_VARIABLE_CODE":"323","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5460","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5461","VMV_VARIABLE_CODE":"240","VMV_VARIABLE":"Atrazine de-ethylated","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5462","VMV_VARIABLE_CODE":"56","VMV_VARIABLE":"Atrazine de-isopropylated","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5464","VMV_VARIABLE_CODE":"3403","VMV_VARIABLE":"Bendiocarb","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5465","VMV_VARIABLE_CODE":"2577","VMV_VARIABLE":"Bentazon","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5467","VMV_VARIABLE_CODE":"937","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5468","VMV_VARIABLE_CODE":"244","VMV_VARIABLE":"Carbaryl","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5469","VMV_VARIABLE_CODE":"121","VMV_VARIABLE":"Carbofuran","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5470","VMV_VARIABLE_CODE":"197","VMV_VARIABLE":"Chlorfenvinphos total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5471","VMV_VARIABLE_CODE":"5","VMV_VARIABLE":"Chlorothalonil","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5472","VMV_VARIABLE_CODE":"1400","VMV_VARIABLE":"Chloroxuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5477","VMV_VARIABLE_CODE":"134","VMV_VARIABLE":"Dicamba","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5478","VMV_VARIABLE_CODE":"241","VMV_VARIABLE":"Dichlorvos (DDVP)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5480","VMV_VARIABLE_CODE":"4110","VMV_VARIABLE":"Dimethenamid","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5481","VMV_VARIABLE_CODE":"234","VMV_VARIABLE":"Dimethoate OR phosphamide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5483","VMV_VARIABLE_CODE":"174","VMV_VARIABLE":"Disulfoton","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5484","VMV_VARIABLE_CODE":"185","VMV_VARIABLE":"Diuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5485","VMV_VARIABLE_CODE":"279","VMV_VARIABLE":"EPTC OR carbamic acid","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5486","VMV_VARIABLE_CODE":"99","VMV_VARIABLE":"Fenitrothion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5488","VMV_VARIABLE_CODE":"186","VMV_VARIABLE":"Linuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5493","VMV_VARIABLE_CODE":"2565","VMV_VARIABLE":"Methidathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5494","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5495","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5496","VMV_VARIABLE_CODE":"167","VMV_VARIABLE":"Mevinphos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5497","VMV_VARIABLE_CODE":"1622","VMV_VARIABLE":"Myclobutanil","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5500","VMV_VARIABLE_CODE":"172","VMV_VARIABLE":"Phorate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5501","VMV_VARIABLE_CODE":"163","VMV_VARIABLE":"Phosalone total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5504","VMV_VARIABLE_CODE":"191","VMV_VARIABLE":"Tebuthiuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5505","VMV_VARIABLE_CODE":"1023","VMV_VARIABLE":"Terbufos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5507","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5517","VMV_VARIABLE_CODE":"43","VMV_VARIABLE":"2,6-dichlorobenzamide","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5518","VMV_VARIABLE_CODE":"44","VMV_VARIABLE":"Busan OR 2-(thiocyanomethylthio)benzothiazole","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5519","VMV_VARIABLE_CODE":"45","VMV_VARIABLE":"Captafol","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5520","VMV_VARIABLE_CODE":"46","VMV_VARIABLE":"Captan","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5521","VMV_VARIABLE_CODE":"47","VMV_VARIABLE":"Cyhalothrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5522","VMV_VARIABLE_CODE":"3","VMV_VARIABLE":"Cypermethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5523","VMV_VARIABLE_CODE":"1","VMV_VARIABLE":"Deltamethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5524","VMV_VARIABLE_CODE":"1621","VMV_VARIABLE":"Dichlobenil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5525","VMV_VARIABLE_CODE":"48","VMV_VARIABLE":"Dimethomorphe","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5526","VMV_VARIABLE_CODE":"49","VMV_VARIABLE":"Fludioxonil","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5527","VMV_VARIABLE_CODE":"259","VMV_VARIABLE":"p,p'-methoxychlor (methoxychlor)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5528","VMV_VARIABLE_CODE":"1162","VMV_VARIABLE":"Napropamide","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5529","VMV_VARIABLE_CODE":"4","VMV_VARIABLE":"Permethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5531","VMV_VARIABLE_CODE":"164","VMV_VARIABLE":"Pirimicarb","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5532","VMV_VARIABLE_CODE":"83","VMV_VARIABLE":"Propoxur","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5533","VMV_VARIABLE_CODE":"3647","VMV_VARIABLE":"Pyraclostrobin","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5534","VMV_VARIABLE_CODE":"3646","VMV_VARIABLE":"Trifloxystrobin","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3216","VMV_METHOD_TITLE":"Determination of pesticides of the organophosphorus type, triazine, carbamate and urea substituted in water: extraction with C-18; determination of concentration by gas chromatography coupled to a mass spectrometer.  CEAEQ Method No. MA. 403 - Pest. 3.1."}
{"VMV_CODE":"5893","VMV_VARIABLE_CODE":"1311","VMV_VARIABLE":"Methyl mercury","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"244","VMV_METHOD_TITLE":"Methyl mercury in water by distillation, purge and trap and atomic fluorescence"}
{"VMV_CODE":"6002","VMV_VARIABLE_CODE":"488","VMV_VARIABLE":"Carbon total organic (calcd.)","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"96","VMV_METHOD_TITLE":"Calculated total organic carbon"}
{"VMV_CODE":"6009","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"96","VMV_METHOD_TITLE":"Calculated total organic carbon"}
{"VMV_CODE":"6010","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"99","VMV_METHOD_TITLE":"Inorganic and organic carbon by infrared analysis"}
{"VMV_CODE":"6101","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"95","VMV_METHOD_TITLE":"Inorganic and organic carbon using infrared analysis; Dual channel method"}
{"VMV_CODE":"6104","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"99","VMV_METHOD_TITLE":"Inorganic and organic carbon by infrared analysis"}
{"VMV_CODE":"6105","VMV_VARIABLE_CODE":"481","VMV_VARIABLE":"Carbon dissolved total","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"97","VMV_METHOD_TITLE":"Infrared analysis; single channel method"}
{"VMV_CODE":"6201","VMV_VARIABLE_CODE":"545","VMV_VARIABLE":"Bicarbonate (calcd.)","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"135","VMV_METHOD_TITLE":"Calculated value"}
{"VMV_CODE":"6207","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6208","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6209","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6210","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6214","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6215","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6216","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6217","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6219","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6221","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6222","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6223","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6224","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6225","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6227","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6228","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6229","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6234","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6235","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3744","VMV_METHOD_TITLE":"Analysis of dissolved metals is done by inductively coupled argon plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"6301","VMV_VARIABLE_CODE":"431","VMV_VARIABLE":"Carbonate (calcd.)","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"137","VMV_METHOD_TITLE":"Calculated value"}
{"VMV_CODE":"6401","VMV_VARIABLE_CODE":"430","VMV_VARIABLE":"Carbon dioxide free (calcd.)","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"139","VMV_METHOD_TITLE":"Calculated value for CO2 free"}
{"VMV_CODE":"6404","VMV_VARIABLE_CODE":"1994","VMV_VARIABLE":"Sulfoxaflor-13C15N2","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6442","VMV_VARIABLE_CODE":"4491","VMV_VARIABLE":"Dinotefuran","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6443","VMV_VARIABLE_CODE":"1692","VMV_VARIABLE":"Flonicamid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6446","VMV_VARIABLE_CODE":"1165","VMV_VARIABLE":"Thiamethoxam","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6447","VMV_VARIABLE_CODE":"4490","VMV_VARIABLE":"Clothianidin","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6448","VMV_VARIABLE_CODE":"4155","VMV_VARIABLE":"Imidacloprid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6449","VMV_VARIABLE_CODE":"1693","VMV_VARIABLE":"Flupyradifurone","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6451","VMV_VARIABLE_CODE":"1933","VMV_VARIABLE":"Sulfoxaflor","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6452","VMV_VARIABLE_CODE":"4493","VMV_VARIABLE":"Acetamiprid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6454","VMV_VARIABLE_CODE":"4489","VMV_VARIABLE":"Thiacloprid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6462","VMV_VARIABLE_CODE":"1949","VMV_VARIABLE":"Cyantraniliprole","VMV_VARIABLE_TYPE":"Ryanoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6471","VMV_VARIABLE_CODE":"1932","VMV_VARIABLE":"Chlorantraniliprole","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6483","VMV_VARIABLE_CODE":"1931","VMV_VARIABLE":"Spirotetramat","VMV_VARIABLE_TYPE":"Neonicotinoids","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6490","VMV_VARIABLE_CODE":"1930","VMV_VARIABLE":"Spiromesifen","VMV_VARIABLE_TYPE":"Neonicotinoids","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6491","VMV_VARIABLE_CODE":"1929","VMV_VARIABLE":"Spirodiclofen","VMV_VARIABLE_TYPE":"Neonicotinoids","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6493","VMV_VARIABLE_CODE":"592","VMV_VARIABLE":"Flonicamid-D3","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6494","VMV_VARIABLE_CODE":"4492","VMV_VARIABLE":"Clothianidin-D3","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"655","VMV_METHOD_TITLE":"Multi residue analysis of pesticides in water by solid phase extraction and LC-MS/MS."}
{"VMV_CODE":"6610","VMV_VARIABLE_CODE":"428","VMV_VARIABLE":"Cyanide total","VMV_VARIABLE_TYPE":"Carbonated compounds","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2318","VMV_METHOD_TITLE":"Similar to 06604, but sulfamic acid is added to acid digestion mixture"}
{"VMV_CODE":"6612","VMV_VARIABLE_CODE":"428","VMV_VARIABLE":"Cyanide total","VMV_VARIABLE_TYPE":"Carbonated compounds","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2588","VMV_METHOD_TITLE":"Determination of cyanides by colourimetry using Nagashima's isonicotinic-barbituric acids method."}
{"VMV_CODE":"6613","VMV_VARIABLE_CODE":"428","VMV_VARIABLE":"Cyanide total","VMV_VARIABLE_TYPE":"Carbonated compounds","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2589","VMV_METHOD_TITLE":"Determination of cyanides by colourimetry using Nagashima's isonicotinic-barbituric acids method."}
{"VMV_CODE":"6700","VMV_VARIABLE_CODE":"417","VMV_VARIABLE":"Chlorophyll A extractable","VMV_VARIABLE_TYPE":"Chlorophyll","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2564","VMV_METHOD_TITLE":"Determination of chlorophyll A using a colourimetric method"}
{"VMV_CODE":"6717","VMV_VARIABLE_CODE":"414","VMV_VARIABLE":"Chlorophyll A","VMV_VARIABLE_TYPE":"Chlorophyll","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"198","VMV_METHOD_TITLE":"Colourimetry; glass fiber filter; acetone-water extraction"}
{"VMV_CODE":"6901","VMV_VARIABLE_CODE":"490","VMV_VARIABLE":"Carbon particulate organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"210","VMV_METHOD_TITLE":"Thermal conductivity method for measuring particulate CO2 and N2."}
{"VMV_CODE":"6902","VMV_VARIABLE_CODE":"490","VMV_VARIABLE":"Carbon particulate organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"210","VMV_METHOD_TITLE":"Thermal conductivity method for measuring particulate CO2 and N2."}
{"VMV_CODE":"6912","VMV_VARIABLE_CODE":"490","VMV_VARIABLE":"Carbon particulate organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"210","VMV_METHOD_TITLE":"Thermal conductivity method for measuring particulate CO2 and N2."}
{"VMV_CODE":"7010","VMV_VARIABLE_CODE":"626","VMV_VARIABLE":"Nitrogen Kjeldahl total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"225","VMV_METHOD_TITLE":"Ammonia and Kjeldahl nitrogen by automated colourimetric method"}
{"VMV_CODE":"7110","VMV_VARIABLE_CODE":"628","VMV_VARIABLE":"Dissolved nitrite/nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"239","VMV_METHOD_TITLE":"Nitrite and/or nitrate by colourimetry on an autoanalyzer"}
{"VMV_CODE":"7315","VMV_VARIABLE_CODE":"615","VMV_VARIABLE":"Dissolved nitrogen nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"267","VMV_METHOD_TITLE":"Dissolved ions by chromatography"}
{"VMV_CODE":"7540","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"225","VMV_METHOD_TITLE":"Ammonia and Kjeldahl nitrogen by automated colourimetric method"}
{"VMV_CODE":"7556","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"288","VMV_METHOD_TITLE":"Ammonia by manual indophenol blue method"}
{"VMV_CODE":"7557","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"288","VMV_METHOD_TITLE":"Ammonia by manual indophenol blue method"}
{"VMV_CODE":"7562","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"219","VMV_METHOD_TITLE":"Ammonia and Kjeldahl nitrogen by colourimetry (Berthelot reaction)"}
{"VMV_CODE":"7563","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"288","VMV_METHOD_TITLE":"Ammonia by manual indophenol blue method"}
{"VMV_CODE":"7570","VMV_VARIABLE_CODE":"606","VMV_VARIABLE":"Ammonia un-ionized (calcd.)","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"299","VMV_METHOD_TITLE":"Calculated method for the concentration of un-ionized ammonia"}
{"VMV_CODE":"7601","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"300","VMV_METHOD_TITLE":"Total and dissolved nitrogen by UV digestion; colourimetry on autoanalyzer"}
{"VMV_CODE":"7603","VMV_VARIABLE_CODE":"636","VMV_VARIABLE":"Nitrogen total (calcd.)","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"302","VMV_METHOD_TITLE":"Calculated method for total nitrogen"}
{"VMV_CODE":"7657","VMV_VARIABLE_CODE":"637","VMV_VARIABLE":"Nitrogen total dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2606","VMV_METHOD_TITLE":"No description at this time"}
{"VMV_CODE":"7901","VMV_VARIABLE_CODE":"632","VMV_VARIABLE":"Nitrogen particulate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"210","VMV_METHOD_TITLE":"Thermal conductivity method for measuring particulate CO2 and N2."}
{"VMV_CODE":"7902","VMV_VARIABLE_CODE":"632","VMV_VARIABLE":"Nitrogen particulate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"210","VMV_METHOD_TITLE":"Thermal conductivity method for measuring particulate CO2 and N2."}
{"VMV_CODE":"7912","VMV_VARIABLE_CODE":"629","VMV_VARIABLE":"Nitrogen particulate organic","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"210","VMV_METHOD_TITLE":"Thermal conductivity method for measuring particulate CO2 and N2."}
{"VMV_CODE":"8001","VMV_VARIABLE_CODE":"661","VMV_VARIABLE":"Oxygen dissolved % saturation","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"320","VMV_METHOD_TITLE":"Calculated method"}
{"VMV_CODE":"8002","VMV_VARIABLE_CODE":"662","VMV_VARIABLE":"Oxygen dissolved % saturation (calcd.)","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"321","VMV_METHOD_TITLE":"Calculated method for DO % saturation"}
{"VMV_CODE":"8101","VMV_VARIABLE_CODE":"659","VMV_VARIABLE":"Oxygen dissolved","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"324","VMV_METHOD_TITLE":"Winkler method (azide modification)"}
{"VMV_CODE":"8102","VMV_VARIABLE_CODE":"659","VMV_VARIABLE":"Oxygen dissolved","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"325","VMV_METHOD_TITLE":"Dissolved oxygen with DO meter"}
{"VMV_CODE":"8221","VMV_VARIABLE_CODE":"3351","VMV_VARIABLE":"Boron total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8222","VMV_VARIABLE_CODE":"374","VMV_VARIABLE":"Aluminum total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8223","VMV_VARIABLE_CODE":"389","VMV_VARIABLE":"Barium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8224","VMV_VARIABLE_CODE":"471","VMV_VARIABLE":"Copper  total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8225","VMV_VARIABLE_CODE":"1201","VMV_VARIABLE":"Iron total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8226","VMV_VARIABLE_CODE":"1204","VMV_VARIABLE":"Lithium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8227","VMV_VARIABLE_CODE":"1206","VMV_VARIABLE":"Manganese total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8228","VMV_VARIABLE_CODE":"891","VMV_VARIABLE":"Zinc total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8229","VMV_VARIABLE_CODE":"1210","VMV_VARIABLE":"Antimony total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8230","VMV_VARIABLE_CODE":"1196","VMV_VARIABLE":"Arsenic total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8231","VMV_VARIABLE_CODE":"413","VMV_VARIABLE":"Cadmium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8232","VMV_VARIABLE_CODE":"465","VMV_VARIABLE":"Chromium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8233","VMV_VARIABLE_CODE":"457","VMV_VARIABLE":"Cobalt total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8234","VMV_VARIABLE_CODE":"3103","VMV_VARIABLE":"Gallium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8235","VMV_VARIABLE_CODE":"3104","VMV_VARIABLE":"Lanthanum total recoverable","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8236","VMV_VARIABLE_CODE":"684","VMV_VARIABLE":"Lead total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8237","VMV_VARIABLE_CODE":"1207","VMV_VARIABLE":"Molybdenum total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8238","VMV_VARIABLE_CODE":"611","VMV_VARIABLE":"Nickel  total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8239","VMV_VARIABLE_CODE":"3107","VMV_VARIABLE":"Rubidium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8240","VMV_VARIABLE_CODE":"3342","VMV_VARIABLE":"Selenium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8241","VMV_VARIABLE_CODE":"1212","VMV_VARIABLE":"Strontium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8242","VMV_VARIABLE_CODE":"1214","VMV_VARIABLE":"Thallium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8243","VMV_VARIABLE_CODE":"3343","VMV_VARIABLE":"Tin total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8244","VMV_VARIABLE_CODE":"879","VMV_VARIABLE":"Vanadium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8245","VMV_VARIABLE_CODE":"1197","VMV_VARIABLE":"Beryllium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8246","VMV_VARIABLE_CODE":"1198","VMV_VARIABLE":"Bismuth total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8247","VMV_VARIABLE_CODE":"3337","VMV_VARIABLE":"Silver total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8248","VMV_VARIABLE_CODE":"1215","VMV_VARIABLE":"Uranium total recoverable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2459","VMV_METHOD_TITLE":"Total recoverable metals in water with in-bottle oven digestion and analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"8249","VMV_VARIABLE_CODE":"367","VMV_VARIABLE":"Alkalinity total","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"452","VMV_METHOD_TITLE":"Total alkalinity in water by potentiometry"}
{"VMV_CODE":"8250","VMV_VARIABLE_CODE":"414","VMV_VARIABLE":"Chlorophyll A","VMV_VARIABLE_TYPE":"Chlorophyll","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"492","VMV_METHOD_TITLE":"Determination of chlorophyll-a and phaeopigments in water: Cold ethyl alcohol (95%) technique."}
{"VMV_CODE":"8251","VMV_VARIABLE_CODE":"629","VMV_VARIABLE":"Nitrogen particulate organic","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3211","VMV_METHOD_TITLE":"Analysis of carbon, nitrogen, hydrogen and sulphur using an elementary analysis technique."}
{"VMV_CODE":"8252","VMV_VARIABLE_CODE":"1038","VMV_VARIABLE":"Conductivity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"µS/cm","VMV_UNIT_NAME":"microSiemens per centimeter","VMV_METHOD_CODE":"3217","VMV_METHOD_TITLE":"Mesurement of conductivity"}
{"VMV_CODE":"8253","VMV_VARIABLE_CODE":"437","VMV_VARIABLE":"Colour apparent","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Colour U","VMV_UNIT_NAME":"colour unit","VMV_METHOD_CODE":"3745","VMV_METHOD_TITLE":"Determination of the colour of water is done using the spectrophotometric technique."}
{"VMV_CODE":"8254","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"8255","VMV_VARIABLE_CODE":"2697","VMV_VARIABLE":"Potassium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"8256","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"8257","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1961","VMV_METHOD_TITLE":"Analysis of cations by ionic chromatography"}
{"VMV_CODE":"8258","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1957","VMV_METHOD_TITLE":"Analysis of carbon in water using the thermal oxidation technique."}
{"VMV_CODE":"8259","VMV_VARIABLE_CODE":"487","VMV_VARIABLE":"Carbon total organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1957","VMV_METHOD_TITLE":"Analysis of carbon in water using the thermal oxidation technique."}
{"VMV_CODE":"8260","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3668","VMV_METHOD_TITLE":"Analysis of total nitrogen using the autoanalyzer technique."}
{"VMV_CODE":"8501","VMV_VARIABLE_CODE":"641","VMV_VARIABLE":"Hydroxide (calcd.)","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"351","VMV_METHOD_TITLE":"Calculated method"}
{"VMV_CODE":"9105","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"356","VMV_METHOD_TITLE":"Fluoride analysis with specific ion electrode"}
{"VMV_CODE":"9117","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"361","VMV_METHOD_TITLE":"Fluoride by photometric method using autoananlyzer"}
{"VMV_CODE":"9134","VMV_VARIABLE_CODE":"364","VMV_VARIABLE":"Alkalinity total CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3738","VMV_METHOD_TITLE":"Alkalinity in water is determined by potentiometric titration."}
{"VMV_CODE":"9136","VMV_VARIABLE_CODE":"1402","VMV_VARIABLE":"Magnesium particulate","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"3021","VMV_METHOD_TITLE":"Analytical method for analysis of major, minor and trace metal elements in the particulate phase of natural waters."}
{"VMV_CODE":"10101","VMV_VARIABLE_CODE":"364","VMV_VARIABLE":"Alkalinity total CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"363","VMV_METHOD_TITLE":"Total alkalinity by potentiometric titration"}
{"VMV_CODE":"10110","VMV_VARIABLE_CODE":"363","VMV_VARIABLE":"Alkalinity Gran CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"372","VMV_METHOD_TITLE":"Gran alkalinity by Gran titration"}
{"VMV_CODE":"10111","VMV_VARIABLE_CODE":"364","VMV_VARIABLE":"Alkalinity total CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"373","VMV_METHOD_TITLE":"Total alkalinity using titroprocessor"}
{"VMV_CODE":"10151","VMV_VARIABLE_CODE":"366","VMV_VARIABLE":"Alkalinity phenolphthalein CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"379","VMV_METHOD_TITLE":"Total alkalinity by potentiometric titration"}
{"VMV_CODE":"10301","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"389","VMV_METHOD_TITLE":"pH - electrometric method"}
{"VMV_CODE":"10310","VMV_VARIABLE_CODE":"694","VMV_VARIABLE":"pH theoretical (calcd.)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"394","VMV_METHOD_TITLE":"Calculated method for the determination of pH theoretical percentage error"}
{"VMV_CODE":"10400","VMV_VARIABLE_CODE":"1032","VMV_VARIABLE":"Total suspended solids (non-filterable residue)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2568","VMV_METHOD_TITLE":"Total suspended solids dried at 103-105 degrees C"}
{"VMV_CODE":"10401","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"396","VMV_METHOD_TITLE":"Nonfilterable residue by gravimetric method"}
{"VMV_CODE":"10406","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"401","VMV_METHOD_TITLE":"Total suspended solids by gravimetric method"}
{"VMV_CODE":"10451","VMV_VARIABLE_CODE":"745","VMV_VARIABLE":"Residue filterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"404","VMV_METHOD_TITLE":"Gravimetric method"}
{"VMV_CODE":"10501","VMV_VARIABLE_CODE":"747","VMV_VARIABLE":"Residue fixed nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"411","VMV_METHOD_TITLE":"Nonfilterable fixed residue by gravimetric method"}
{"VMV_CODE":"10601","VMV_VARIABLE_CODE":"542","VMV_VARIABLE":"Hardness total (calcd.) CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"422","VMV_METHOD_TITLE":"Total hardness by calculated method"}
{"VMV_CODE":"10602","VMV_VARIABLE_CODE":"542","VMV_VARIABLE":"Hardness total (calcd.) CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"423","VMV_METHOD_TITLE":"Total hardness by calculated method"}
{"VMV_CODE":"10606","VMV_VARIABLE_CODE":"543","VMV_VARIABLE":"Hardness  total laboratory (calcd.) CaCO3","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"422","VMV_METHOD_TITLE":"Total hardness by calculated method"}
{"VMV_CODE":"10650","VMV_VARIABLE_CODE":"540","VMV_VARIABLE":"Hardness non-carbonated (calcd.)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"428","VMV_METHOD_TITLE":"Calculated method"}
{"VMV_CODE":"11103","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"445","VMV_METHOD_TITLE":"Major ions by flame photometry"}
{"VMV_CODE":"11201","VMV_VARIABLE_CODE":"599","VMV_VARIABLE":"Sodium adsorption ratio (calcd.)","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"rel unit","VMV_UNIT_NAME":"relative unit","VMV_METHOD_CODE":"453","VMV_METHOD_TITLE":"Calculated method for determination of the sodium adsorption ratio (SAR)"}
{"VMV_CODE":"11250","VMV_VARIABLE_CODE":"598","VMV_VARIABLE":"Sodium percentage (calcd.)","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"454","VMV_METHOD_TITLE":"Calculated method"}
{"VMV_CODE":"12102","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"459","VMV_METHOD_TITLE":"Major ions by atomic absorption by direct aspiration"}
{"VMV_CODE":"12106","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"459","VMV_METHOD_TITLE":"Major ions by atomic absorption by direct aspiration"}
{"VMV_CODE":"12107","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"469","VMV_METHOD_TITLE":"Major ions by automated atomic absorption"}
{"VMV_CODE":"14108","VMV_VARIABLE_CODE":"784","VMV_VARIABLE":"SiO2","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2329","VMV_METHOD_TITLE":"Colourimetry using heteropoly blue method on an autoanalyser"}
{"VMV_CODE":"14109","VMV_VARIABLE_CODE":"784","VMV_VARIABLE":"SiO2","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2328","VMV_METHOD_TITLE":"Colourimetry using heteropoly blue method on an autoanalyser (TRAACS)"}
{"VMV_CODE":"15102","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"567","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate, ascorbic acid and potassium antimonyl tartrate"}
{"VMV_CODE":"15104","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"577","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"15253","VMV_VARIABLE_CODE":"700","VMV_VARIABLE":"Orthophosphate dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"617","VMV_METHOD_TITLE":"Ions by ion exchange chromatography; equivalent to BC MELP EMS CODE X044"}
{"VMV_CODE":"15265","VMV_VARIABLE_CODE":"716","VMV_VARIABLE":"Orthophosphorus dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2334","VMV_METHOD_TITLE":"Determination of phosphorus by colourimetry on Technicon TRAACS 800 at 660 nm."}
{"VMV_CODE":"15406","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"567","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate, ascorbic acid and potassium antimonyl tartrate"}
{"VMV_CODE":"15411","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2362","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"15413","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"566","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"15417","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"567","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate, ascorbic acid and potassium antimonyl tartrate"}
{"VMV_CODE":"15423","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2331","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"15463","VMV_VARIABLE_CODE":"732","VMV_VARIABLE":"Phosphorus total filtered","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"564","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"15465","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2332","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"15901","VMV_VARIABLE_CODE":"725","VMV_VARIABLE":"Phosphorus particulate (calcd.)","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"598","VMV_METHOD_TITLE":"Particular phosphorus = total phosphorus - total dissolved phosphorus (soluble)"}
{"VMV_CODE":"16306","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"615","VMV_METHOD_TITLE":"Sulfate by colourimetry on autoanalyzer with barium chloride and methylthymol blue."}
{"VMV_CODE":"16307","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"615","VMV_METHOD_TITLE":"Sulfate by colourimetry on autoanalyzer with barium chloride and methylthymol blue."}
{"VMV_CODE":"16309","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"617","VMV_METHOD_TITLE":"Ions by ion exchange chromatography; equivalent to BC MELP EMS CODE X044"}
{"VMV_CODE":"17206","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"630","VMV_METHOD_TITLE":"Dissolved chloride by colourimetry on an autoanalyzer using ferric nitrate and mercury thiocyanate"}
{"VMV_CODE":"17208","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"630","VMV_METHOD_TITLE":"Dissolved chloride by colourimetry on an autoanalyzer using ferric nitrate and mercury thiocyanate"}
{"VMV_CODE":"17209","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"617","VMV_METHOD_TITLE":"Ions by ion exchange chromatography; equivalent to BC MELP EMS CODE X044"}
{"VMV_CODE":"19103","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"445","VMV_METHOD_TITLE":"Major ions by flame photometry"}
{"VMV_CODE":"20103","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1070","VMV_METHOD_TITLE":"Major ions by atomic absorption spectroscopy"}
{"VMV_CODE":"20108","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1070","VMV_METHOD_TITLE":"Major ions by atomic absorption spectroscopy"}
{"VMV_CODE":"20110","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"469","VMV_METHOD_TITLE":"Major ions by automated atomic absorption"}
{"VMV_CODE":"36002","VMV_VARIABLE_CODE":"434","VMV_VARIABLE":"Coliforms total","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"1410","VMV_METHOD_TITLE":"Membrane filter count per 100 mL"}
{"VMV_CODE":"36006","VMV_VARIABLE_CODE":"434","VMV_VARIABLE":"Coliforms total","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"2565","VMV_METHOD_TITLE":"Determination of coliforms producing a red colony with a metallic sheen"}
{"VMV_CODE":"36007","VMV_VARIABLE_CODE":"433","VMV_VARIABLE":"Fecal coliforms","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"2566","VMV_METHOD_TITLE":"Determination of fecal coliform colonies by counting using a low power (10-15 X magnification) binocular wide field microscope."}
{"VMV_CODE":"36012","VMV_VARIABLE_CODE":"433","VMV_VARIABLE":"Fecal coliforms","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"1410","VMV_METHOD_TITLE":"Membrane filter count per 100 mL"}
{"VMV_CODE":"36014","VMV_VARIABLE_CODE":"433","VMV_VARIABLE":"Fecal coliforms","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"1418","VMV_METHOD_TITLE":"Membrane filtration"}
{"VMV_CODE":"36103","VMV_VARIABLE_CODE":"514","VMV_VARIABLE":"Fecal streptococci","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"1421","VMV_METHOD_TITLE":"Membrane filtration"}
{"VMV_CODE":"47600","VMV_VARIABLE_CODE":"2797","VMV_VARIABLE":"Nitrogen, nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3687","VMV_METHOD_TITLE":"Method INW 5013: Determination of anions in water using a chromatographic separation based on an ion exchange process."}
{"VMV_CODE":"47601","VMV_VARIABLE_CODE":"1658","VMV_VARIABLE":"Nitrate and nitrite (as N)","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3687","VMV_METHOD_TITLE":"Method INW 5013: Determination of anions in water using a chromatographic separation based on an ion exchange process."}
{"VMV_CODE":"47602","VMV_VARIABLE_CODE":"612","VMV_VARIABLE":"Nitrogen nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3687","VMV_METHOD_TITLE":"Method INW 5013: Determination of anions in water using a chromatographic separation based on an ion exchange process."}
{"VMV_CODE":"47603","VMV_VARIABLE_CODE":"9148","VMV_VARIABLE":"Phosphate (as P)","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3687","VMV_METHOD_TITLE":"Method INW 5013: Determination of anions in water using a chromatographic separation based on an ion exchange process."}
{"VMV_CODE":"48821","VMV_VARIABLE_CODE":"3728","VMV_VARIABLE":"Decabromodiphenyl ether (PBDE 209)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48822","VMV_VARIABLE_CODE":"4217","VMV_VARIABLE":"BDE-183","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48823","VMV_VARIABLE_CODE":"1403","VMV_VARIABLE":"Heptabromodiphenyl ether (IUPAC 184)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48824","VMV_VARIABLE_CODE":"1404","VMV_VARIABLE":"Heptabromodiphenyl ether (IUPAC 191)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48825","VMV_VARIABLE_CODE":"4215","VMV_VARIABLE":"BDE-153","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48826","VMV_VARIABLE_CODE":"4214","VMV_VARIABLE":"2,2',3,4,4',5'-hexabromodiphenyl ether (PBDE 138)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48827","VMV_VARIABLE_CODE":"4216","VMV_VARIABLE":"BDE-154","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48828","VMV_VARIABLE_CODE":"1405","VMV_VARIABLE":"Hexabromodiphenyl ether  (IUPAC 156)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48829","VMV_VARIABLE_CODE":"4274","VMV_VARIABLE":"2,2',3,3',4,4',5,5',6-nonabromodiphenyl ether (PBDE 206)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48830","VMV_VARIABLE_CODE":"4275","VMV_VARIABLE":"2,2',3,3',4,4',5,6,6'-nonabromodiphenyl ether (PBDE 207)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48831","VMV_VARIABLE_CODE":"1406","VMV_VARIABLE":"Octabromodiphenyl ether (IUPAC 196)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48832","VMV_VARIABLE_CODE":"4292","VMV_VARIABLE":"2,2',3,3',4,4',6,6'-octabromodiphenyl ether (PBDE (197)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48833","VMV_VARIABLE_CODE":"4213","VMV_VARIABLE":"BDE-100","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48834","VMV_VARIABLE_CODE":"3726","VMV_VARIABLE":"2,3’,4,4’,6-pentabromodiphenyl ether (PBDE 119)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48835","VMV_VARIABLE_CODE":"4261","VMV_VARIABLE":"3,3',4,4',5-pentabromodiphenyl ether (PBDE 126)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48836","VMV_VARIABLE_CODE":"4211","VMV_VARIABLE":"BDE-85","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48837","VMV_VARIABLE_CODE":"4212","VMV_VARIABLE":"BDE-99","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48838","VMV_VARIABLE_CODE":"4208","VMV_VARIABLE":"BDE-47","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48839","VMV_VARIABLE_CODE":"4250","VMV_VARIABLE":"2,2',4,5'-tetrabromodiphenyl ether (PBDE 49)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48840","VMV_VARIABLE_CODE":"4209","VMV_VARIABLE":"BDE-66","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48841","VMV_VARIABLE_CODE":"4210","VMV_VARIABLE":"BDE-71","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48842","VMV_VARIABLE_CODE":"4255","VMV_VARIABLE":"3,3',4,4'-tetrabromodiphenyl ether (PBDE 77)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48843","VMV_VARIABLE_CODE":"4206","VMV_VARIABLE":"2,2',4-tribromodiphenyl ether (PBDE 17)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"48844","VMV_VARIABLE_CODE":"4207","VMV_VARIABLE":"2,4,4'-tribromodiphenyl ether (PBDE 28)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49076","VMV_VARIABLE_CODE":"3728","VMV_VARIABLE":"Decabromodiphenyl ether (PBDE 209)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49078","VMV_VARIABLE_CODE":"4217","VMV_VARIABLE":"BDE-183","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49080","VMV_VARIABLE_CODE":"1403","VMV_VARIABLE":"Heptabromodiphenyl ether (IUPAC 184)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49084","VMV_VARIABLE_CODE":"1404","VMV_VARIABLE":"Heptabromodiphenyl ether (IUPAC 191)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49085","VMV_VARIABLE_CODE":"4215","VMV_VARIABLE":"BDE-153","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49086","VMV_VARIABLE_CODE":"4214","VMV_VARIABLE":"2,2',3,4,4',5'-hexabromodiphenyl ether (PBDE 138)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49087","VMV_VARIABLE_CODE":"4216","VMV_VARIABLE":"BDE-154","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49088","VMV_VARIABLE_CODE":"1405","VMV_VARIABLE":"Hexabromodiphenyl ether  (IUPAC 156)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49089","VMV_VARIABLE_CODE":"4274","VMV_VARIABLE":"2,2',3,3',4,4',5,5',6-nonabromodiphenyl ether (PBDE 206)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49092","VMV_VARIABLE_CODE":"4275","VMV_VARIABLE":"2,2',3,3',4,4',5,6,6'-nonabromodiphenyl ether (PBDE 207)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49095","VMV_VARIABLE_CODE":"1406","VMV_VARIABLE":"Octabromodiphenyl ether (IUPAC 196)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49097","VMV_VARIABLE_CODE":"4292","VMV_VARIABLE":"2,2',3,3',4,4',6,6'-octabromodiphenyl ether (PBDE (197)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49098","VMV_VARIABLE_CODE":"4213","VMV_VARIABLE":"BDE-100","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49100","VMV_VARIABLE_CODE":"3726","VMV_VARIABLE":"2,3’,4,4’,6-pentabromodiphenyl ether (PBDE 119)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49101","VMV_VARIABLE_CODE":"4261","VMV_VARIABLE":"3,3',4,4',5-pentabromodiphenyl ether (PBDE 126)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49104","VMV_VARIABLE_CODE":"4211","VMV_VARIABLE":"BDE-85","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49105","VMV_VARIABLE_CODE":"4212","VMV_VARIABLE":"BDE-99","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49108","VMV_VARIABLE_CODE":"4208","VMV_VARIABLE":"BDE-47","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49109","VMV_VARIABLE_CODE":"4250","VMV_VARIABLE":"2,2',4,5'-tetrabromodiphenyl ether (PBDE 49)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49111","VMV_VARIABLE_CODE":"4209","VMV_VARIABLE":"BDE-66","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49112","VMV_VARIABLE_CODE":"4210","VMV_VARIABLE":"BDE-71","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49113","VMV_VARIABLE_CODE":"4255","VMV_VARIABLE":"3,3',4,4'-tetrabromodiphenyl ether (PBDE 77)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49114","VMV_VARIABLE_CODE":"4206","VMV_VARIABLE":"2,2',4-tribromodiphenyl ether (PBDE 17)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49115","VMV_VARIABLE_CODE":"4207","VMV_VARIABLE":"2,4,4'-tribromodiphenyl ether (PBDE 28)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"49145","VMV_VARIABLE_CODE":"1641","VMV_VARIABLE":"BDE 28-13C12","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49146","VMV_VARIABLE_CODE":"4571","VMV_VARIABLE":"2,2',4,4'-tetrabromodiphenyl ether (PBDE 47)-13C","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49149","VMV_VARIABLE_CODE":"1636","VMV_VARIABLE":"BDE 100-13C12","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49150","VMV_VARIABLE_CODE":"4577","VMV_VARIABLE":"2,2',4,4',5,5'-hexabromodiphenyl ether (PBDE 153)-13C","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49152","VMV_VARIABLE_CODE":"1638","VMV_VARIABLE":"BDE 183-13C12","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49153","VMV_VARIABLE_CODE":"1640","VMV_VARIABLE":"BDE 209-13C","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49171","VMV_VARIABLE_CODE":"2771","VMV_VARIABLE":"Atrazine-D5","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49172","VMV_VARIABLE_CODE":"4820","VMV_VARIABLE":"Cyanazine-D5","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49173","VMV_VARIABLE_CODE":"4821","VMV_VARIABLE":"EPTC-D14","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49174","VMV_VARIABLE_CODE":"4822","VMV_VARIABLE":"Fenitrothion-D6","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49175","VMV_VARIABLE_CODE":"3261","VMV_VARIABLE":"Linuron-D6","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49176","VMV_VARIABLE_CODE":"4823","VMV_VARIABLE":"Malathion-D6","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49177","VMV_VARIABLE_CODE":"4824","VMV_VARIABLE":"Metolachlor-D6","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49178","VMV_VARIABLE_CODE":"4825","VMV_VARIABLE":"Phorate-D10","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49179","VMV_VARIABLE_CODE":"4826","VMV_VARIABLE":"1-naphthol-D8","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"303","VMV_METHOD_TITLE":"Analysis of  organophosphorus and triazine pesticides in surface waters using GC-MS/MS. LEEQ Method No. Q0515E0."}
{"VMV_CODE":"49182","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49184","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49185","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49186","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49187","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49188","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49189","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49190","VMV_VARIABLE_CODE":"612","VMV_VARIABLE":"Nitrogen nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49191","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49192","VMV_VARIABLE_CODE":"615","VMV_VARIABLE":"Dissolved nitrogen nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49193","VMV_VARIABLE_CODE":"4123","VMV_VARIABLE":"Bromine dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"562","VMV_METHOD_TITLE":"Determination of major ions (cations and anions) by ion chromatography"}
{"VMV_CODE":"49414","VMV_VARIABLE_CODE":"1199","VMV_VARIABLE":"Calcium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"49415","VMV_VARIABLE_CODE":"1205","VMV_VARIABLE":"Magnesium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"49416","VMV_VARIABLE_CODE":"1208","VMV_VARIABLE":"Sodium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"49417","VMV_VARIABLE_CODE":"1203","VMV_VARIABLE":"Potassium total recoverable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3743","VMV_METHOD_TITLE":"Analysis of total major ions in the waters is done using microwave digestion by the inductively coupled argon plasma emission spectroscopy technique (ICP-AES)."}
{"VMV_CODE":"49418","VMV_VARIABLE_CODE":"1920","VMV_VARIABLE":"2,2',4,4',5,5' -Hexabromobiphenyl (HBB 153)","VMV_VARIABLE_TYPE":"PBDE","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3221","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers in solids using GC-HRMS Technique Q0512D0."}
{"VMV_CODE":"49419","VMV_VARIABLE_CODE":"1947","VMV_VARIABLE":"Polybrominated biphenyls","VMV_VARIABLE_TYPE":"Brominated compounds","VMV_UNIT":"pg/L","VMV_UNIT_NAME":"picogram per liter","VMV_METHOD_CODE":"3228","VMV_METHOD_TITLE":"Analysis of polybrominated diphenyl ethers (PBDE) in water, biological tissues, sediment and soils.  CEAEQ Method not available."}
{"VMV_CODE":"56101","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1583","VMV_METHOD_TITLE":"Atomic absorption by direct aspiration"}
{"VMV_CODE":"74339","VMV_VARIABLE_CODE":"2723","VMV_VARIABLE":"Methylchlorophenoxypropionic acid (MCPP) OR Mecoprop","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4196","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water is performed by liquid-liquid extraction."}
{"VMV_CODE":"74473","VMV_VARIABLE_CODE":"617","VMV_VARIABLE":"Total nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1922","VMV_METHOD_TITLE":"Ions by ion chromatography, unfiltered sample"}
{"VMV_CODE":"80152","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"1830","VMV_METHOD_TITLE":"Turbidity measured with nephelometric method"}
{"VMV_CODE":"80315","VMV_VARIABLE_CODE":"548","VMV_VARIABLE":"Mercury extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1611","VMV_METHOD_TITLE":"Mercury by flameless atomic absorption on autoanalyzer"}
{"VMV_CODE":"97001","VMV_VARIABLE_CODE":"493","VMV_VARIABLE":"Water depth","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"m","VMV_UNIT_NAME":"meter","VMV_METHOD_CODE":"2176","VMV_METHOD_TITLE":"Depth of water at time of sampling"}
{"VMV_CODE":"97020","VMV_VARIABLE_CODE":"881","VMV_VARIABLE":"Water table depth","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"m","VMV_UNIT_NAME":"meter","VMV_METHOD_CODE":"2180","VMV_METHOD_TITLE":"Distance from water level to top of casing"}
{"VMV_CODE":"97060","VMV_VARIABLE_CODE":"839","VMV_VARIABLE":"Temperature (air)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"2182","VMV_METHOD_TITLE":"Air temperature reported as degrees C."}
{"VMV_CODE":"97251","VMV_VARIABLE_CODE":"497","VMV_VARIABLE":"Depth of sampling from surface","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"m","VMV_UNIT_NAME":"meter","VMV_METHOD_CODE":"2214","VMV_METHOD_TITLE":"Depth measured vertically in meters from the surface of river, lake"}
{"VMV_CODE":"97290","VMV_VARIABLE_CODE":"447","VMV_VARIABLE":"Concentration suspended sediment","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2225","VMV_METHOD_TITLE":"Calculation of total sample dry weight"}
{"VMV_CODE":"97372","VMV_VARIABLE_CODE":"801","VMV_VARIABLE":"Temperature","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"2252","VMV_METHOD_TITLE":"The temperature of the sample when received by the laboratory."}
{"VMV_CODE":"97501","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97502","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97503","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97504","VMV_VARIABLE_CODE":"1049","VMV_VARIABLE":"Bismuth total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97505","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97506","VMV_VARIABLE_CODE":"1002","VMV_VARIABLE":"Cerium total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97507","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97508","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97509","VMV_VARIABLE_CODE":"1003","VMV_VARIABLE":"Cesium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97510","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97511","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97512","VMV_VARIABLE_CODE":"3135","VMV_VARIABLE":"Gallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97513","VMV_VARIABLE_CODE":"1006","VMV_VARIABLE":"Lanthanum total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97514","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97515","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97516","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97517","VMV_VARIABLE_CODE":"3334","VMV_VARIABLE":"Niobium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97518","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97519","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97520","VMV_VARIABLE_CODE":"3335","VMV_VARIABLE":"Platinum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97521","VMV_VARIABLE_CODE":"1008","VMV_VARIABLE":"Rubidium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97522","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97523","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97524","VMV_VARIABLE_CODE":"812","VMV_VARIABLE":"Tin total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97525","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97527","VMV_VARIABLE_CODE":"861","VMV_VARIABLE":"Thallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97528","VMV_VARIABLE_CODE":"2725","VMV_VARIABLE":"Uranium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97529","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97530","VMV_VARIABLE_CODE":"1013","VMV_VARIABLE":"Tungsten total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97531","VMV_VARIABLE_CODE":"3336","VMV_VARIABLE":"Yttrium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97532","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97578","VMV_VARIABLE_CODE":"349","VMV_VARIABLE":"Silver extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97579","VMV_VARIABLE_CODE":"371","VMV_VARIABLE":"Aluminum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97580","VMV_VARIABLE_CODE":"377","VMV_VARIABLE":"Arsenic extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97581","VMV_VARIABLE_CODE":"400","VMV_VARIABLE":"Boron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97582","VMV_VARIABLE_CODE":"387","VMV_VARIABLE":"Barium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97583","VMV_VARIABLE_CODE":"392","VMV_VARIABLE":"Beryllium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97584","VMV_VARIABLE_CODE":"2832","VMV_VARIABLE":"Bismuth extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97585","VMV_VARIABLE_CODE":"410","VMV_VARIABLE":"Cadmium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97586","VMV_VARIABLE_CODE":"3488","VMV_VARIABLE":"Cerium extractable","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97587","VMV_VARIABLE_CODE":"454","VMV_VARIABLE":"Cobalt extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97588","VMV_VARIABLE_CODE":"461","VMV_VARIABLE":"Chromium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97589","VMV_VARIABLE_CODE":"3333","VMV_VARIABLE":"Cesium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97590","VMV_VARIABLE_CODE":"468","VMV_VARIABLE":"Copper  extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97591","VMV_VARIABLE_CODE":"517","VMV_VARIABLE":"Iron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97592","VMV_VARIABLE_CODE":"2843","VMV_VARIABLE":"Gallium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97593","VMV_VARIABLE_CODE":"2845","VMV_VARIABLE":"Lanthanum extractable","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97594","VMV_VARIABLE_CODE":"575","VMV_VARIABLE":"Lithium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97595","VMV_VARIABLE_CODE":"589","VMV_VARIABLE":"Manganese extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97596","VMV_VARIABLE_CODE":"594","VMV_VARIABLE":"Molybdenum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97597","VMV_VARIABLE_CODE":"3489","VMV_VARIABLE":"Niobium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97598","VMV_VARIABLE_CODE":"608","VMV_VARIABLE":"Nickel extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97599","VMV_VARIABLE_CODE":"679","VMV_VARIABLE":"Lead extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97600","VMV_VARIABLE_CODE":"3490","VMV_VARIABLE":"Platinum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97601","VMV_VARIABLE_CODE":"2844","VMV_VARIABLE":"Rubidium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97602","VMV_VARIABLE_CODE":"764","VMV_VARIABLE":"Antimony extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97603","VMV_VARIABLE_CODE":"780","VMV_VARIABLE":"Selenium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97604","VMV_VARIABLE_CODE":"811","VMV_VARIABLE":"Tin extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97605","VMV_VARIABLE_CODE":"820","VMV_VARIABLE":"Strontium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97607","VMV_VARIABLE_CODE":"860","VMV_VARIABLE":"Thallium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97608","VMV_VARIABLE_CODE":"2733","VMV_VARIABLE":"Uranium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97609","VMV_VARIABLE_CODE":"877","VMV_VARIABLE":"Vanadium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97610","VMV_VARIABLE_CODE":"886","VMV_VARIABLE":"Tungsten extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97611","VMV_VARIABLE_CODE":"888","VMV_VARIABLE":"Zinc extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97702","VMV_VARIABLE_CODE":"434","VMV_VARIABLE":"Coliforms total","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"1905","VMV_METHOD_TITLE":"mColi blue method"}
{"VMV_CODE":"97703","VMV_VARIABLE_CODE":"3059","VMV_VARIABLE":"Escherichia coli","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"1905","VMV_METHOD_TITLE":"mColi blue method"}
{"VMV_CODE":"97958","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1923","VMV_METHOD_TITLE":"Ions by ion chromatography, dissolved"}
{"VMV_CODE":"97959","VMV_VARIABLE_CODE":"3485","VMV_VARIABLE":"Chloride total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1922","VMV_METHOD_TITLE":"Ions by ion chromatography, unfiltered sample"}
{"VMV_CODE":"97960","VMV_VARIABLE_CODE":"3486","VMV_VARIABLE":"Sulphate total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"1922","VMV_METHOD_TITLE":"Ions by ion chromatography, unfiltered sample"}
{"VMV_CODE":"97962","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97963","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97964","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97965","VMV_VARIABLE_CODE":"399","VMV_VARIABLE":"Boron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97966","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97967","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97968","VMV_VARIABLE_CODE":"1050","VMV_VARIABLE":"Bismuth dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97969","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97970","VMV_VARIABLE_CODE":"3327","VMV_VARIABLE":"Cerium dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97971","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97972","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97973","VMV_VARIABLE_CODE":"2634","VMV_VARIABLE":"Cesium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97974","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97975","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97976","VMV_VARIABLE_CODE":"2840","VMV_VARIABLE":"Gallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97977","VMV_VARIABLE_CODE":"2842","VMV_VARIABLE":"Lanthanum dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97978","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97979","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97980","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97981","VMV_VARIABLE_CODE":"3328","VMV_VARIABLE":"Niobium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97982","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97983","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97984","VMV_VARIABLE_CODE":"3329","VMV_VARIABLE":"Platinum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97985","VMV_VARIABLE_CODE":"2632","VMV_VARIABLE":"Rubidium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97986","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97987","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97988","VMV_VARIABLE_CODE":"810","VMV_VARIABLE":"Tin dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97989","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97991","VMV_VARIABLE_CODE":"859","VMV_VARIABLE":"Thallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97992","VMV_VARIABLE_CODE":"2729","VMV_VARIABLE":"Uranium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97993","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97994","VMV_VARIABLE_CODE":"2700","VMV_VARIABLE":"Tungsten dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97995","VMV_VARIABLE_CODE":"3330","VMV_VARIABLE":"Yttrium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97996","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1920","VMV_METHOD_TITLE":"Dissolved metals in water with “in-bottle” digestion using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97997","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97998","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"97999","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1919","VMV_METHOD_TITLE":"Total metals in water with \"in-bottle\" digestion and using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"98177","VMV_VARIABLE_CODE":"3359","VMV_VARIABLE":"pH (field)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"389","VMV_METHOD_TITLE":"pH - electrometric method"}
{"VMV_CODE":"100081","VMV_VARIABLE_CODE":"371","VMV_VARIABLE":"Aluminum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100082","VMV_VARIABLE_CODE":"387","VMV_VARIABLE":"Barium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100083","VMV_VARIABLE_CODE":"392","VMV_VARIABLE":"Beryllium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100084","VMV_VARIABLE_CODE":"410","VMV_VARIABLE":"Cadmium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100085","VMV_VARIABLE_CODE":"454","VMV_VARIABLE":"Cobalt extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100086","VMV_VARIABLE_CODE":"461","VMV_VARIABLE":"Chromium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100087","VMV_VARIABLE_CODE":"468","VMV_VARIABLE":"Copper  extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100088","VMV_VARIABLE_CODE":"517","VMV_VARIABLE":"Iron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100089","VMV_VARIABLE_CODE":"575","VMV_VARIABLE":"Lithium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100090","VMV_VARIABLE_CODE":"589","VMV_VARIABLE":"Manganese extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100091","VMV_VARIABLE_CODE":"594","VMV_VARIABLE":"Molybdenum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100092","VMV_VARIABLE_CODE":"608","VMV_VARIABLE":"Nickel extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100093","VMV_VARIABLE_CODE":"679","VMV_VARIABLE":"Lead extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100094","VMV_VARIABLE_CODE":"820","VMV_VARIABLE":"Strontium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100095","VMV_VARIABLE_CODE":"877","VMV_VARIABLE":"Vanadium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100096","VMV_VARIABLE_CODE":"888","VMV_VARIABLE":"Zinc extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100097","VMV_VARIABLE_CODE":"400","VMV_VARIABLE":"Boron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100098","VMV_VARIABLE_CODE":"406","VMV_VARIABLE":"Calcium  extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100099","VMV_VARIABLE_CODE":"583","VMV_VARIABLE":"Magnesium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100100","VMV_VARIABLE_CODE":"2630","VMV_VARIABLE":"Sodium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100101","VMV_VARIABLE_CODE":"2631","VMV_VARIABLE":"Potassium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"100154","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100155","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100156","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100157","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100158","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100159","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100160","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100161","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100162","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100163","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100164","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100165","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100166","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100167","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100168","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100169","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100170","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2631","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100175","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100176","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100177","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100178","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100179","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100180","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100181","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100182","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100183","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100184","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100185","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100186","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100187","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100188","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100189","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100190","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100191","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100192","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100193","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100194","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2632","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100195","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100196","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100197","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100198","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100199","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100200","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100201","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100202","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100203","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100204","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100205","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100206","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100207","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100208","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100209","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100210","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100211","VMV_VARIABLE_CODE":"399","VMV_VARIABLE":"Boron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2633","VMV_METHOD_TITLE":"Dissolved metals measured by inductively coupled argon plasma (ICAP) emission spectrometry with standard spray chamber."}
{"VMV_CODE":"100216","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100217","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100218","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100219","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100220","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100221","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100222","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100223","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100224","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100225","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100226","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100227","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100228","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100229","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100230","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100231","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100232","VMV_VARIABLE_CODE":"408","VMV_VARIABLE":"Calcium  total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100233","VMV_VARIABLE_CODE":"585","VMV_VARIABLE":"Magnesium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100234","VMV_VARIABLE_CODE":"602","VMV_VARIABLE":"Sodium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100235","VMV_VARIABLE_CODE":"567","VMV_VARIABLE":"Potassium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2634","VMV_METHOD_TITLE":"Total metals determined by inductively coupled argon plasma (ICAP) emission spectrometry with external nebulizer."}
{"VMV_CODE":"100249","VMV_VARIABLE_CODE":"549","VMV_VARIABLE":"Mercury total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2639","VMV_METHOD_TITLE":"Determination of mercury concentration using flameless atomic absorption on an autoanalyser."}
{"VMV_CODE":"100250","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2640","VMV_METHOD_TITLE":"Determination of total arsenic, antimony and selenium by inductively coupled argon plasma"}
{"VMV_CODE":"100251","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2640","VMV_METHOD_TITLE":"Determination of total arsenic, antimony and selenium by inductively coupled argon plasma"}
{"VMV_CODE":"100252","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2640","VMV_METHOD_TITLE":"Determination of total arsenic, antimony and selenium by inductively coupled argon plasma"}
{"VMV_CODE":"100253","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2641","VMV_METHOD_TITLE":"Determination of dissolved arsenic, antimony and selenium by inductively coupled argon plasma"}
{"VMV_CODE":"100254","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2641","VMV_METHOD_TITLE":"Determination of dissolved arsenic, antimony and selenium by inductively coupled argon plasma"}
{"VMV_CODE":"100300","VMV_VARIABLE_CODE":"475","VMV_VARIABLE":"Carbon dissolved inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2658","VMV_METHOD_TITLE":"Inorganic carbon determined by infrared analysis."}
{"VMV_CODE":"100304","VMV_VARIABLE_CODE":"2652","VMV_VARIABLE":"Nitrite and nitrate filtered","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2671","VMV_METHOD_TITLE":"Filtered nitrate and nitrite by colourimetry on TRAACS 800 autoanalyser"}
{"VMV_CODE":"100305","VMV_VARIABLE_CODE":"2653","VMV_VARIABLE":"Nitrite and nitrate unfiltered","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2669","VMV_METHOD_TITLE":"Unfiltered nitrate and nitrite determined by colourimetry on TRAACS 800 autoanalyser"}
{"VMV_CODE":"100306","VMV_VARIABLE_CODE":"2654","VMV_VARIABLE":"Ammonia filtered","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2672","VMV_METHOD_TITLE":"Filtered ammonia by colourimetry on TRACCS 800 autoanalyser"}
{"VMV_CODE":"100307","VMV_VARIABLE_CODE":"2655","VMV_VARIABLE":"Ammonia unfiltered","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2670","VMV_METHOD_TITLE":"Unfiltered ammonia determined by colourimetry on TRAACS 800 autoanalyser"}
{"VMV_CODE":"100324","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2650","VMV_METHOD_TITLE":"Analysis of total silver in unfiltered samples using ICP-OES spectrometer equipped with an external nebulizer"}
{"VMV_CODE":"100325","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2651","VMV_METHOD_TITLE":"Analysis of dissolved silver in a filtered samples using ICP-OES spectrometer equipped with an external nebulizer"}
{"VMV_CODE":"100424","VMV_VARIABLE_CODE":"966","VMV_VARIABLE":"Moisture","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"2698","VMV_METHOD_TITLE":"Sample moisture (%) of sediment sample"}
{"VMV_CODE":"100431","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2741","VMV_METHOD_TITLE":"Major ions in filtered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100432","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2741","VMV_METHOD_TITLE":"Major ions in filtered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100433","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2741","VMV_METHOD_TITLE":"Major ions in filtered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100434","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2741","VMV_METHOD_TITLE":"Major ions in filtered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100435","VMV_VARIABLE_CODE":"406","VMV_VARIABLE":"Calcium  extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2742","VMV_METHOD_TITLE":"Major ions in unfiltered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100436","VMV_VARIABLE_CODE":"583","VMV_VARIABLE":"Magnesium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2742","VMV_METHOD_TITLE":"Major ions in unfiltered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100437","VMV_VARIABLE_CODE":"2630","VMV_VARIABLE":"Sodium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2742","VMV_METHOD_TITLE":"Major ions in unfiltered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100438","VMV_VARIABLE_CODE":"2631","VMV_VARIABLE":"Potassium extractable/unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2742","VMV_METHOD_TITLE":"Major ions in unfiltered samples are determined by optical emission spectrometry (OES) and direct aspiration."}
{"VMV_CODE":"100448","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100450","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100451","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100452","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100453","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100454","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100455","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100456","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100457","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100459","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100460","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100463","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100464","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100465","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100466","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100469","VMV_VARIABLE_CODE":"859","VMV_VARIABLE":"Thallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100470","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100472","VMV_VARIABLE_CODE":"2729","VMV_VARIABLE":"Uranium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2816","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100473","VMV_VARIABLE_CODE":"575","VMV_VARIABLE":"Lithium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100474","VMV_VARIABLE_CODE":"392","VMV_VARIABLE":"Beryllium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100475","VMV_VARIABLE_CODE":"400","VMV_VARIABLE":"Boron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100477","VMV_VARIABLE_CODE":"877","VMV_VARIABLE":"Vanadium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100478","VMV_VARIABLE_CODE":"461","VMV_VARIABLE":"Chromium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100479","VMV_VARIABLE_CODE":"589","VMV_VARIABLE":"Manganese extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100480","VMV_VARIABLE_CODE":"454","VMV_VARIABLE":"Cobalt extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100481","VMV_VARIABLE_CODE":"608","VMV_VARIABLE":"Nickel extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100482","VMV_VARIABLE_CODE":"468","VMV_VARIABLE":"Copper  extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100483","VMV_VARIABLE_CODE":"888","VMV_VARIABLE":"Zinc extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100484","VMV_VARIABLE_CODE":"2843","VMV_VARIABLE":"Gallium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100487","VMV_VARIABLE_CODE":"2844","VMV_VARIABLE":"Rubidium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100488","VMV_VARIABLE_CODE":"820","VMV_VARIABLE":"Strontium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100490","VMV_VARIABLE_CODE":"349","VMV_VARIABLE":"Silver extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100491","VMV_VARIABLE_CODE":"410","VMV_VARIABLE":"Cadmium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100493","VMV_VARIABLE_CODE":"387","VMV_VARIABLE":"Barium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100494","VMV_VARIABLE_CODE":"2845","VMV_VARIABLE":"Lanthanum extractable","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100495","VMV_VARIABLE_CODE":"860","VMV_VARIABLE":"Thallium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100496","VMV_VARIABLE_CODE":"679","VMV_VARIABLE":"Lead extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100498","VMV_VARIABLE_CODE":"2733","VMV_VARIABLE":"Uranium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2817","VMV_METHOD_TITLE":"Extractable metals on preserved water samples are analyzed by inductively coupled argon plasma/mass spectrometer (ICP/MS) by pneumatic nebulization."}
{"VMV_CODE":"100499","VMV_VARIABLE_CODE":"2766","VMV_VARIABLE":"Potassium filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2854","VMV_METHOD_TITLE":"Analysis of potassium and sodium in filtered sample by AAS"}
{"VMV_CODE":"100500","VMV_VARIABLE_CODE":"2767","VMV_VARIABLE":"Sodium filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2854","VMV_METHOD_TITLE":"Analysis of potassium and sodium in filtered sample by AAS"}
{"VMV_CODE":"100531","VMV_VARIABLE_CODE":"485","VMV_VARIABLE":"Carbon total inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2695","VMV_METHOD_TITLE":"Carbon concentration determined by infrared analysis on an automated Shimadzu system"}
{"VMV_CODE":"100781","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100782","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100785","VMV_VARIABLE_CODE":"2696","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100787","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100788","VMV_VARIABLE_CODE":"2699","VMV_VARIABLE":"Sodium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100789","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100790","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100791","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100792","VMV_VARIABLE_CODE":"2695","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100793","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100794","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100795","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100796","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100798","VMV_VARIABLE_CODE":"856","VMV_VARIABLE":"Titanium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100799","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100800","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100801","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100803","VMV_VARIABLE_CODE":"2697","VMV_VARIABLE":"Potassium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100804","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100805","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100806","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"100879","VMV_VARIABLE_CODE":"856","VMV_VARIABLE":"Titanium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2728","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"100888","VMV_VARIABLE_CODE":"810","VMV_VARIABLE":"Tin dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2728","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"100894","VMV_VARIABLE_CODE":"2733","VMV_VARIABLE":"Uranium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"100913","VMV_VARIABLE_CODE":"780","VMV_VARIABLE":"Selenium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"100916","VMV_VARIABLE_CODE":"811","VMV_VARIABLE":"Tin extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"100919","VMV_VARIABLE_CODE":"860","VMV_VARIABLE":"Thallium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"101168","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"2752","VMV_METHOD_TITLE":"Turbidity is determined by comparison of light of sample and standard."}
{"VMV_CODE":"101174","VMV_VARIABLE_CODE":"943","VMV_VARIABLE":"Solids suspended","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2756","VMV_METHOD_TITLE":"Suspended, dissolved and total solids are measured gravimetrically using a filtered and dried sample."}
{"VMV_CODE":"101252","VMV_VARIABLE_CODE":"475","VMV_VARIABLE":"Carbon dissolved inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2799","VMV_METHOD_TITLE":"Dissolved inorganic carbon (DIC) in water samples injected into an acid reactor is determined by an infrared analyzer."}
{"VMV_CODE":"101401","VMV_VARIABLE_CODE":"436","VMV_VARIABLE":"Colour","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"CTU","VMV_UNIT_NAME":"colour true unit","VMV_METHOD_CODE":"2788","VMV_METHOD_TITLE":"Colour is determined by visual comparison of sample and standards."}
{"VMV_CODE":"101535","VMV_VARIABLE_CODE":"397","VMV_VARIABLE":"Bromide dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"617","VMV_METHOD_TITLE":"Ions by ion exchange chromatography; equivalent to BC MELP EMS CODE X044"}
{"VMV_CODE":"101946","VMV_VARIABLE_CODE":"2768","VMV_VARIABLE":"Potassium unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2855","VMV_METHOD_TITLE":"Analysis of potassium and sodium in unfiltered samples by AAS"}
{"VMV_CODE":"101947","VMV_VARIABLE_CODE":"2769","VMV_VARIABLE":"Sodium unfiltered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2855","VMV_METHOD_TITLE":"Analysis of potassium and sodium in unfiltered samples by AAS"}
{"VMV_CODE":"102075","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2728","VMV_METHOD_TITLE":"Dissolved metals in filtered samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"102078","VMV_VARIABLE_CODE":"2692","VMV_VARIABLE":"Calcium extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"102079","VMV_VARIABLE_CODE":"2693","VMV_VARIABLE":"Magnesium extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"102080","VMV_VARIABLE_CODE":"601","VMV_VARIABLE":"Sodium extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"102081","VMV_VARIABLE_CODE":"566","VMV_VARIABLE":"Potassium extractable","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"102082","VMV_VARIABLE_CODE":"517","VMV_VARIABLE":"Iron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2729","VMV_METHOD_TITLE":"Extractable metals in water samples are analyzed by inductively coupled plasma mass spectrometry (ICP-MS)."}
{"VMV_CODE":"102091","VMV_VARIABLE_CODE":"181","VMV_VARIABLE":"alpha-benzenehexachloride","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102092","VMV_VARIABLE_CODE":"91","VMV_VARIABLE":"Hexachlorobenzene","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102094","VMV_VARIABLE_CODE":"227","VMV_VARIABLE":"gamma-benzenehexachloride (Lindane)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102096","VMV_VARIABLE_CODE":"281","VMV_VARIABLE":"Heptachlor","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102097","VMV_VARIABLE_CODE":"177","VMV_VARIABLE":"Aldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102098","VMV_VARIABLE_CODE":"60","VMV_VARIABLE":"Heptachlor epoxide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102099","VMV_VARIABLE_CODE":"207","VMV_VARIABLE":"gamma-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102100","VMV_VARIABLE_CODE":"335","VMV_VARIABLE":"alpha-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102101","VMV_VARIABLE_CODE":"206","VMV_VARIABLE":"alpha-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102102","VMV_VARIABLE_CODE":"235","VMV_VARIABLE":"Dieldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102103","VMV_VARIABLE_CODE":"261","VMV_VARIABLE":"p,p'-DDE (4,4'-DDE)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102104","VMV_VARIABLE_CODE":"258","VMV_VARIABLE":"Endrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102105","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102106","VMV_VARIABLE_CODE":"260","VMV_VARIABLE":"p,p'-dichlorodiphenyl dichloroethane (p,p'-DDD) OR 1,2-diphenyl tetrachloroethane (4,4'-DDD)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102107","VMV_VARIABLE_CODE":"287","VMV_VARIABLE":"o,p'-DDT (2,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102108","VMV_VARIABLE_CODE":"200","VMV_VARIABLE":"p,p'-DDT (4,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102109","VMV_VARIABLE_CODE":"643","VMV_VARIABLE":"Endrin ketone","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102110","VMV_VARIABLE_CODE":"259","VMV_VARIABLE":"p,p'-methoxychlor (methoxychlor)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102111","VMV_VARIABLE_CODE":"165","VMV_VARIABLE":"Mirex","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102113","VMV_VARIABLE_CODE":"215","VMV_VARIABLE":"Metadichlorobenzene (1,3-dichlorobenzene)","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102114","VMV_VARIABLE_CODE":"64","VMV_VARIABLE":"para-dichlorobenzene","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102115","VMV_VARIABLE_CODE":"329","VMV_VARIABLE":"Dichlorobenzene (1,2-dichlorobenzene)","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102116","VMV_VARIABLE_CODE":"72","VMV_VARIABLE":"sym-trichlorobenzene","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102117","VMV_VARIABLE_CODE":"95","VMV_VARIABLE":"Trichlorobenzene A (1,2,4-trichlorobenzene)","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102119","VMV_VARIABLE_CODE":"304","VMV_VARIABLE":"vic-trichlorobenzene (1,2,3-trichlorobenzene)","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102120","VMV_VARIABLE_CODE":"245","VMV_VARIABLE":"1,2,3,4-tetrachlorobenzene","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102122","VMV_VARIABLE_CODE":"237","VMV_VARIABLE":"Pentachlorobenzene","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102123","VMV_VARIABLE_CODE":"327","VMV_VARIABLE":"Indene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102124","VMV_VARIABLE_CODE":"92","VMV_VARIABLE":"Tetrahydronaphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102125","VMV_VARIABLE_CODE":"312","VMV_VARIABLE":"Naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102126","VMV_VARIABLE_CODE":"314","VMV_VARIABLE":"2-methylnaphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102127","VMV_VARIABLE_CODE":"311","VMV_VARIABLE":"1-methylnaphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102128","VMV_VARIABLE_CODE":"315","VMV_VARIABLE":"2-chloronaphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102129","VMV_VARIABLE_CODE":"148","VMV_VARIABLE":"Acenaphthylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102130","VMV_VARIABLE_CODE":"292","VMV_VARIABLE":"Acenaphthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102131","VMV_VARIABLE_CODE":"303","VMV_VARIABLE":"Fluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102132","VMV_VARIABLE_CODE":"299","VMV_VARIABLE":"Phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102133","VMV_VARIABLE_CODE":"93","VMV_VARIABLE":"p-naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102134","VMV_VARIABLE_CODE":"146","VMV_VARIABLE":"Fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102135","VMV_VARIABLE_CODE":"107","VMV_VARIABLE":"Benzophenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102136","VMV_VARIABLE_CODE":"219","VMV_VARIABLE":"Benzo(a)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102137","VMV_VARIABLE_CODE":"155","VMV_VARIABLE":"Benzo(a)phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102138","VMV_VARIABLE_CODE":"145","VMV_VARIABLE":"Benzo(b)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102139","VMV_VARIABLE_CODE":"147","VMV_VARIABLE":"Benzo(k)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102140","VMV_VARIABLE_CODE":"137","VMV_VARIABLE":"Benzo(e)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102141","VMV_VARIABLE_CODE":"204","VMV_VARIABLE":"Benzo(a)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102142","VMV_VARIABLE_CODE":"141","VMV_VARIABLE":"Perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102143","VMV_VARIABLE_CODE":"140","VMV_VARIABLE":"Indeno(1,2,3-c,d)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102144","VMV_VARIABLE_CODE":"212","VMV_VARIABLE":"Dibenz(a,h)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102145","VMV_VARIABLE_CODE":"132","VMV_VARIABLE":"Benzo(g,h,i)perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"102150","VMV_VARIABLE_CODE":"181","VMV_VARIABLE":"alpha-benzenehexachloride","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102151","VMV_VARIABLE_CODE":"91","VMV_VARIABLE":"Hexachlorobenzene","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102152","VMV_VARIABLE_CODE":"227","VMV_VARIABLE":"gamma-benzenehexachloride (Lindane)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102153","VMV_VARIABLE_CODE":"281","VMV_VARIABLE":"Heptachlor","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102154","VMV_VARIABLE_CODE":"177","VMV_VARIABLE":"Aldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102155","VMV_VARIABLE_CODE":"60","VMV_VARIABLE":"Heptachlor epoxide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102156","VMV_VARIABLE_CODE":"207","VMV_VARIABLE":"gamma-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102157","VMV_VARIABLE_CODE":"335","VMV_VARIABLE":"alpha-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102158","VMV_VARIABLE_CODE":"206","VMV_VARIABLE":"alpha-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102159","VMV_VARIABLE_CODE":"235","VMV_VARIABLE":"Dieldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102160","VMV_VARIABLE_CODE":"261","VMV_VARIABLE":"p,p'-DDE (4,4'-DDE)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102161","VMV_VARIABLE_CODE":"258","VMV_VARIABLE":"Endrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102162","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102163","VMV_VARIABLE_CODE":"260","VMV_VARIABLE":"p,p'-dichlorodiphenyl dichloroethane (p,p'-DDD) OR 1,2-diphenyl tetrachloroethane (4,4'-DDD)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102164","VMV_VARIABLE_CODE":"287","VMV_VARIABLE":"o,p'-DDT (2,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102165","VMV_VARIABLE_CODE":"200","VMV_VARIABLE":"p,p'-DDT (4,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102166","VMV_VARIABLE_CODE":"259","VMV_VARIABLE":"p,p'-methoxychlor (methoxychlor)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102167","VMV_VARIABLE_CODE":"165","VMV_VARIABLE":"Mirex","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102168","VMV_VARIABLE_CODE":"2675","VMV_VARIABLE":"PCB total","VMV_VARIABLE_TYPE":"PCB","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2864","VMV_METHOD_TITLE":"Analysis of total PCBs and OCs in water by vortex extraction method"}
{"VMV_CODE":"102174","VMV_VARIABLE_CODE":"134","VMV_VARIABLE":"Dicamba","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102175","VMV_VARIABLE_CODE":"322","VMV_VARIABLE":"MCPA","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102176","VMV_VARIABLE_CODE":"3044","VMV_VARIABLE":"2-(2,4-dichlorophenoxy)-propionic acid","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102177","VMV_VARIABLE_CODE":"203","VMV_VARIABLE":"2,3,6-TBA","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102178","VMV_VARIABLE_CODE":"323","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102179","VMV_VARIABLE_CODE":"128","VMV_VARIABLE":"Bromoxynil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102181","VMV_VARIABLE_CODE":"317","VMV_VARIABLE":"Fenoprop OR Silvex OR 2,4,5-TP","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102182","VMV_VARIABLE_CODE":"318","VMV_VARIABLE":"2,4,5-trichlorophenoxyacitic acid (2,4,5-T)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102183","VMV_VARIABLE_CODE":"324","VMV_VARIABLE":"MCPB","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102184","VMV_VARIABLE_CODE":"325","VMV_VARIABLE":"2,4-D butyric acid (2,4-DB)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102185","VMV_VARIABLE_CODE":"135","VMV_VARIABLE":"Picloram","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2865","VMV_METHOD_TITLE":"Analysis of acidic herbicides as PFBB esters by GC-ECD."}
{"VMV_CODE":"102206","VMV_VARIABLE_CODE":"1022","VMV_VARIABLE":"Dibrom OR naled","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102207","VMV_VARIABLE_CODE":"172","VMV_VARIABLE":"Phorate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102208","VMV_VARIABLE_CODE":"234","VMV_VARIABLE":"Dimethoate OR phosphamide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102209","VMV_VARIABLE_CODE":"1023","VMV_VARIABLE":"Terbufos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102210","VMV_VARIABLE_CODE":"326","VMV_VARIABLE":"Fonofos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102211","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102212","VMV_VARIABLE_CODE":"174","VMV_VARIABLE":"Disulfoton","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102213","VMV_VARIABLE_CODE":"98","VMV_VARIABLE":"Malathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102214","VMV_VARIABLE_CODE":"1024","VMV_VARIABLE":"Dursban OR chlopyrifos","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102215","VMV_VARIABLE_CODE":"218","VMV_VARIABLE":"Parathion ethyl OR Parathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102216","VMV_VARIABLE_CODE":"221","VMV_VARIABLE":"Ethion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102217","VMV_VARIABLE_CODE":"265","VMV_VARIABLE":"Phosmet total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102218","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2867","VMV_METHOD_TITLE":"Analysis of organophosphorous pesticides in water by GC-ECD & GC-NPD."}
{"VMV_CODE":"102219","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102221","VMV_VARIABLE_CODE":"162","VMV_VARIABLE":"Triallate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102222","VMV_VARIABLE_CODE":"210","VMV_VARIABLE":"Diclofop-methyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102223","VMV_VARIABLE_CODE":"156","VMV_VARIABLE":"Benzoylprop-ethyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102224","VMV_VARIABLE_CODE":"3042","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102225","VMV_VARIABLE_CODE":"1018","VMV_VARIABLE":"D-ethyl simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102226","VMV_VARIABLE_CODE":"1019","VMV_VARIABLE":"Desethyl atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102227","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102228","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102229","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102230","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102558","VMV_VARIABLE_CODE":"437","VMV_VARIABLE":"Colour apparent","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"CTU","VMV_UNIT_NAME":"colour true unit","VMV_METHOD_CODE":"2881","VMV_METHOD_TITLE":"Automated determination of apparent colour by platinum-cobalt standard"}
{"VMV_CODE":"102606","VMV_VARIABLE_CODE":"3050","VMV_VARIABLE":"Diallate I","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102607","VMV_VARIABLE_CODE":"3051","VMV_VARIABLE":"Diallate II","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2868","VMV_METHOD_TITLE":"Analysis of sulphate in unfiltered samples using COBAS method"}
{"VMV_CODE":"102615","VMV_VARIABLE_CODE":"628","VMV_VARIABLE":"Dissolved nitrite/nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2884","VMV_METHOD_TITLE":"Nitrate plus nitrite by flow injection analysis"}
{"VMV_CODE":"102622","VMV_VARIABLE_CODE":"3059","VMV_VARIABLE":"Escherichia coli","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"no/100mL","VMV_UNIT_NAME":"number per 100 milliliters","VMV_METHOD_CODE":"2890","VMV_METHOD_TITLE":"Method of analysis for Escherichia coli by membrane filtration"}
{"VMV_CODE":"102660","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/g","VMV_UNIT_NAME":"microgram per gram","VMV_METHOD_CODE":"2903","VMV_METHOD_TITLE":"Metals in soil are measured by inductively coupled plasma atomic/atomic emission spectroscopy (ICP-AES)."}
{"VMV_CODE":"102951","VMV_VARIABLE_CODE":"604","VMV_VARIABLE":"Ammonia dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2912","VMV_METHOD_TITLE":"Analysis of anions and cations by suppressed ion chromatography"}
{"VMV_CODE":"102952","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2912","VMV_METHOD_TITLE":"Analysis of anions and cations by suppressed ion chromatography"}
{"VMV_CODE":"102953","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2912","VMV_METHOD_TITLE":"Analysis of anions and cations by suppressed ion chromatography"}
{"VMV_CODE":"102954","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2912","VMV_METHOD_TITLE":"Analysis of anions and cations by suppressed ion chromatography"}
{"VMV_CODE":"102955","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2912","VMV_METHOD_TITLE":"Analysis of anions and cations by suppressed ion chromatography"}
{"VMV_CODE":"103364","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103365","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103366","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103367","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103368","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103369","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103370","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103371","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103372","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103373","VMV_VARIABLE_CODE":"3135","VMV_VARIABLE":"Gallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103374","VMV_VARIABLE_CODE":"1006","VMV_VARIABLE":"Lanthanum total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103375","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103376","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103377","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103378","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103379","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103380","VMV_VARIABLE_CODE":"1008","VMV_VARIABLE":"Rubidium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103381","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103382","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103383","VMV_VARIABLE_CODE":"861","VMV_VARIABLE":"Thallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103384","VMV_VARIABLE_CODE":"2725","VMV_VARIABLE":"Uranium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103385","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103386","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103387","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103454","VMV_VARIABLE_CODE":"434","VMV_VARIABLE":"Coliforms total","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"MPN/mL","VMV_UNIT_NAME":"most probable number per milliliter","VMV_METHOD_CODE":"2978","VMV_METHOD_TITLE":"Colilert reagent is used for the simultaneous detection and confirmation of total coliforms and Escherichia coli in water."}
{"VMV_CODE":"103640","VMV_VARIABLE_CODE":"2722","VMV_VARIABLE":"Clopyralid","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103641","VMV_VARIABLE_CODE":"134","VMV_VARIABLE":"Dicamba","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103642","VMV_VARIABLE_CODE":"322","VMV_VARIABLE":"MCPA","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103643","VMV_VARIABLE_CODE":"3044","VMV_VARIABLE":"2-(2,4-dichlorophenoxy)-propionic acid","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103644","VMV_VARIABLE_CODE":"203","VMV_VARIABLE":"2,3,6-TBA","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103645","VMV_VARIABLE_CODE":"323","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103646","VMV_VARIABLE_CODE":"128","VMV_VARIABLE":"Bromoxynil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103648","VMV_VARIABLE_CODE":"317","VMV_VARIABLE":"Fenoprop OR Silvex OR 2,4,5-TP","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103649","VMV_VARIABLE_CODE":"318","VMV_VARIABLE":"2,4,5-trichlorophenoxyacitic acid (2,4,5-T)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103650","VMV_VARIABLE_CODE":"324","VMV_VARIABLE":"MCPB","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103651","VMV_VARIABLE_CODE":"325","VMV_VARIABLE":"2,4-D butyric acid (2,4-DB)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103652","VMV_VARIABLE_CODE":"3354","VMV_VARIABLE":"Imazamethabenz-methyl(a)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103653","VMV_VARIABLE_CODE":"3355","VMV_VARIABLE":"Imazamethabenz-methyl(b)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103654","VMV_VARIABLE_CODE":"135","VMV_VARIABLE":"Picloram","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"103655","VMV_VARIABLE_CODE":"3042","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103656","VMV_VARIABLE_CODE":"1018","VMV_VARIABLE":"D-ethyl simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103657","VMV_VARIABLE_CODE":"1019","VMV_VARIABLE":"Desethyl atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103658","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103659","VMV_VARIABLE_CODE":"3050","VMV_VARIABLE":"Diallate I","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103660","VMV_VARIABLE_CODE":"3051","VMV_VARIABLE":"Diallate II","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103661","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103662","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103663","VMV_VARIABLE_CODE":"162","VMV_VARIABLE":"Triallate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103664","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103665","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103666","VMV_VARIABLE_CODE":"3331","VMV_VARIABLE":"Diclofop-methyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103667","VMV_VARIABLE_CODE":"3332","VMV_VARIABLE":"Benzoylprop-ethyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"103668","VMV_VARIABLE_CODE":"549","VMV_VARIABLE":"Mercury total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2998","VMV_METHOD_TITLE":"Total mercury is determined by cold vapor-atomic fluorescence spectrometry (CVAFS) in an unfiltered water sample."}
{"VMV_CODE":"103669","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103674","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103675","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103678","VMV_VARIABLE_CODE":"399","VMV_VARIABLE":"Boron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103679","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103680","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103681","VMV_VARIABLE_CODE":"1050","VMV_VARIABLE":"Bismuth dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103682","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103683","VMV_VARIABLE_CODE":"3327","VMV_VARIABLE":"Cerium dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103684","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103685","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103686","VMV_VARIABLE_CODE":"2634","VMV_VARIABLE":"Cesium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103687","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103688","VMV_VARIABLE_CODE":"2840","VMV_VARIABLE":"Gallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103689","VMV_VARIABLE_CODE":"2842","VMV_VARIABLE":"Lanthanum dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103690","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103691","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103692","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103693","VMV_VARIABLE_CODE":"3328","VMV_VARIABLE":"Niobium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103694","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103695","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103696","VMV_VARIABLE_CODE":"3329","VMV_VARIABLE":"Platinum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103697","VMV_VARIABLE_CODE":"2632","VMV_VARIABLE":"Rubidium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103698","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103699","VMV_VARIABLE_CODE":"810","VMV_VARIABLE":"Tin dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103700","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103701","VMV_VARIABLE_CODE":"859","VMV_VARIABLE":"Thallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103702","VMV_VARIABLE_CODE":"2729","VMV_VARIABLE":"Uranium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103703","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103704","VMV_VARIABLE_CODE":"2700","VMV_VARIABLE":"Tungsten dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103705","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103707","VMV_VARIABLE_CODE":"3330","VMV_VARIABLE":"Yttrium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3007","VMV_METHOD_TITLE":"Dissolved metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103713","VMV_VARIABLE_CODE":"1049","VMV_VARIABLE":"Bismuth total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103714","VMV_VARIABLE_CODE":"1002","VMV_VARIABLE":"Cerium total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103715","VMV_VARIABLE_CODE":"1003","VMV_VARIABLE":"Cesium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103716","VMV_VARIABLE_CODE":"3334","VMV_VARIABLE":"Niobium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103717","VMV_VARIABLE_CODE":"3335","VMV_VARIABLE":"Platinum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103718","VMV_VARIABLE_CODE":"812","VMV_VARIABLE":"Tin total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103719","VMV_VARIABLE_CODE":"1013","VMV_VARIABLE":"Tungsten total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103721","VMV_VARIABLE_CODE":"3336","VMV_VARIABLE":"Yttrium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3006","VMV_METHOD_TITLE":"Total metals in water by \"in-bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"103759","VMV_VARIABLE_CODE":"2710","VMV_VARIABLE":"Escherichia coli","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"CFU/100mL","VMV_UNIT_NAME":"coliform unit per 100 milliliters","VMV_METHOD_CODE":"3009","VMV_METHOD_TITLE":"Analysis of biota in water is performed by membrane filtration."}
{"VMV_CODE":"103760","VMV_VARIABLE_CODE":"3079","VMV_VARIABLE":"Imazethapyr","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3002","VMV_METHOD_TITLE":"Analysis of acidic herbicides in water using GC-MSD."}
{"VMV_CODE":"104254","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3133","VMV_METHOD_TITLE":"Phosphorus is determined by flow injection (FIA) and segmented flow analysis (SFA)."}
{"VMV_CODE":"104788","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"2752","VMV_METHOD_TITLE":"Turbidity is determined by comparison of light of sample and standard."}
{"VMV_CODE":"106000","VMV_VARIABLE_CODE":"2653","VMV_VARIABLE":"Nitrite and nitrate unfiltered","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3300","VMV_METHOD_TITLE":"NO2 and NO3 in water are analyzed by ion chromatography, then NO2+NO3-N is calculated."}
{"VMV_CODE":"106001","VMV_VARIABLE_CODE":"637","VMV_VARIABLE":"Nitrogen total dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2606","VMV_METHOD_TITLE":"No description at this time"}
{"VMV_CODE":"106002","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"389","VMV_METHOD_TITLE":"pH - electrometric method"}
{"VMV_CODE":"106003","VMV_VARIABLE_CODE":"864","VMV_VARIABLE":"Turbidity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"54","VMV_METHOD_TITLE":"Turbidity with Hach ratio turbidimeter Model 18900"}
{"VMV_CODE":"106004","VMV_VARIABLE_CODE":"745","VMV_VARIABLE":"Residue filterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3126","VMV_METHOD_TITLE":"Total dissolved solids are determined by gravimetric method."}
{"VMV_CODE":"106005","VMV_VARIABLE_CODE":"749","VMV_VARIABLE":"Residue nonfilterable","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"401","VMV_METHOD_TITLE":"Total suspended solids by gravimetric method"}
{"VMV_CODE":"106006","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"577","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"106007","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"577","VMV_METHOD_TITLE":"Phosphorus by colourimetry on autoanalyser - ammonium molybdate and SnCl2 reactives"}
{"VMV_CODE":"106008","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3301","VMV_METHOD_TITLE":"Total and dissolved organic carbon are determined by infrared gas analyzer."}
{"VMV_CODE":"106009","VMV_VARIABLE_CODE":"2710","VMV_VARIABLE":"Escherichia coli","VMV_VARIABLE_TYPE":"Biological","VMV_UNIT":"MPN/mL","VMV_UNIT_NAME":"most probable number per milliliter","VMV_METHOD_CODE":"2978","VMV_METHOD_TITLE":"Colilert reagent is used for the simultaneous detection and confirmation of total coliforms and Escherichia coli in water."}
{"VMV_CODE":"106010","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3302","VMV_METHOD_TITLE":"Major ion concentrations are determined by ion chromatography."}
{"VMV_CODE":"106014","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3303","VMV_METHOD_TITLE":"Anions are determined by ion chromatography."}
{"VMV_CODE":"106016","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3303","VMV_METHOD_TITLE":"Anions are determined by ion chromatography."}
{"VMV_CODE":"106017","VMV_VARIABLE_CODE":"615","VMV_VARIABLE":"Dissolved nitrogen nitrate","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3303","VMV_METHOD_TITLE":"Anions are determined by ion chromatography."}
{"VMV_CODE":"106018","VMV_VARIABLE_CODE":"613","VMV_VARIABLE":"Nitrogen dissolved nitrite","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3303","VMV_METHOD_TITLE":"Anions are determined by ion chromatography."}
{"VMV_CODE":"106022","VMV_VARIABLE_CODE":"329","VMV_VARIABLE":"Dichlorobenzene (1,2-dichlorobenzene)","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106023","VMV_VARIABLE_CODE":"145","VMV_VARIABLE":"Benzo(b)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106024","VMV_VARIABLE_CODE":"147","VMV_VARIABLE":"Benzo(k)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106025","VMV_VARIABLE_CODE":"137","VMV_VARIABLE":"Benzo(e)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106026","VMV_VARIABLE_CODE":"204","VMV_VARIABLE":"Benzo(a)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106027","VMV_VARIABLE_CODE":"141","VMV_VARIABLE":"Perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106028","VMV_VARIABLE_CODE":"140","VMV_VARIABLE":"Indeno(1,2,3-c,d)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106029","VMV_VARIABLE_CODE":"212","VMV_VARIABLE":"Dibenz(a,h)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106030","VMV_VARIABLE_CODE":"132","VMV_VARIABLE":"Benzo(g,h,i)perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106031","VMV_VARIABLE_CODE":"2626","VMV_VARIABLE":"Dibenzothiophene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106032","VMV_VARIABLE_CODE":"2364","VMV_VARIABLE":"7-Isopropyl-1-methylphenanthrene (retene)","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106033","VMV_VARIABLE_CODE":"2862","VMV_VARIABLE":"Production","VMV_VARIABLE_TYPE":"Descriptive","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3307","VMV_METHOD_TITLE":"Analysis for glyphosate in water is performed using sample evaporation, pre-column derivatization and quantitation using HPLC with MS detection."}
{"VMV_CODE":"106153","VMV_VARIABLE_CODE":"306","VMV_VARIABLE":"Hexachlorobutadiene","VMV_VARIABLE_TYPE":"Halogenated (Substituted Aliphatic)","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106154","VMV_VARIABLE_CODE":"4044","VMV_VARIABLE":"b-hexachlorocyclohexane (B-HCH)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106155","VMV_VARIABLE_CODE":"4045","VMV_VARIABLE":"Pentachloroanisole","VMV_VARIABLE_TYPE":"Halogenated (Substituted Aromatic)","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106156","VMV_VARIABLE_CODE":"1047","VMV_VARIABLE":"Oxychlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106157","VMV_VARIABLE_CODE":"192","VMV_VARIABLE":"o,p'-DDE (2,4'-DDE)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106158","VMV_VARIABLE_CODE":"211","VMV_VARIABLE":"o,p'-DDD (mitotane) (2,4'-DDD)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106159","VMV_VARIABLE_CODE":"2852","VMV_VARIABLE":"trans-nonachlor","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106160","VMV_VARIABLE_CODE":"4046","VMV_VARIABLE":"cis-nonachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"2863","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs and PAHs in 1 L water samples by GC-ECD and GC-MSD."}
{"VMV_CODE":"106207","VMV_VARIABLE_CODE":"1022","VMV_VARIABLE":"Dibrom OR naled","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106208","VMV_VARIABLE_CODE":"172","VMV_VARIABLE":"Phorate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106209","VMV_VARIABLE_CODE":"234","VMV_VARIABLE":"Dimethoate OR phosphamide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106210","VMV_VARIABLE_CODE":"1023","VMV_VARIABLE":"Terbufos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106211","VMV_VARIABLE_CODE":"326","VMV_VARIABLE":"Fonofos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106212","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106213","VMV_VARIABLE_CODE":"174","VMV_VARIABLE":"Disulfoton","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106214","VMV_VARIABLE_CODE":"98","VMV_VARIABLE":"Malathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106215","VMV_VARIABLE_CODE":"1024","VMV_VARIABLE":"Dursban OR chlopyrifos","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106216","VMV_VARIABLE_CODE":"218","VMV_VARIABLE":"Parathion ethyl OR Parathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106217","VMV_VARIABLE_CODE":"221","VMV_VARIABLE":"Ethion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106218","VMV_VARIABLE_CODE":"265","VMV_VARIABLE":"Phosmet total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106219","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3357","VMV_METHOD_TITLE":"Organophosphate pesticides are analyzed in water with liquid-liquid extraction by gas chromatography coupled with mass spectrometer (GC-MS)."}
{"VMV_CODE":"106250","VMV_VARIABLE_CODE":"2721","VMV_VARIABLE":"Ethalfluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3003","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using GC-MSD."}
{"VMV_CODE":"106786","VMV_VARIABLE_CODE":"10230","VMV_VARIABLE":"Naled","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106787","VMV_VARIABLE_CODE":"10228","VMV_VARIABLE":"Quintozene","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106788","VMV_VARIABLE_CODE":"10225","VMV_VARIABLE":"Methoprene","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106789","VMV_VARIABLE_CODE":"1316","VMV_VARIABLE":"Methamidophos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106790","VMV_VARIABLE_CODE":"3","VMV_VARIABLE":"Cypermethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106791","VMV_VARIABLE_CODE":"4","VMV_VARIABLE":"Permethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106792","VMV_VARIABLE_CODE":"5","VMV_VARIABLE":"Chlorothalonil","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106793","VMV_VARIABLE_CODE":"60","VMV_VARIABLE":"Heptachlor epoxide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106794","VMV_VARIABLE_CODE":"84","VMV_VARIABLE":"Endosulfan sulphate total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106795","VMV_VARIABLE_CODE":"91","VMV_VARIABLE":"Hexachlorobenzene","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106796","VMV_VARIABLE_CODE":"98","VMV_VARIABLE":"Malathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106797","VMV_VARIABLE_CODE":"99","VMV_VARIABLE":"Fenitrothion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106798","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106799","VMV_VARIABLE_CODE":"112","VMV_VARIABLE":"Captan","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106800","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106801","VMV_VARIABLE_CODE":"124","VMV_VARIABLE":"Alachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106802","VMV_VARIABLE_CODE":"130","VMV_VARIABLE":"Dacthal","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106803","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106804","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106805","VMV_VARIABLE_CODE":"154","VMV_VARIABLE":"Cyanazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106806","VMV_VARIABLE_CODE":"162","VMV_VARIABLE":"Triallate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106807","VMV_VARIABLE_CODE":"165","VMV_VARIABLE":"Mirex","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106808","VMV_VARIABLE_CODE":"169","VMV_VARIABLE":"Octachlorostyrene","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106809","VMV_VARIABLE_CODE":"170","VMV_VARIABLE":"Chlorpyriphos OR dursban","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106810","VMV_VARIABLE_CODE":"171","VMV_VARIABLE":"Parathion methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106811","VMV_VARIABLE_CODE":"172","VMV_VARIABLE":"Phorate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106812","VMV_VARIABLE_CODE":"174","VMV_VARIABLE":"Disulfoton","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106813","VMV_VARIABLE_CODE":"177","VMV_VARIABLE":"Aldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106814","VMV_VARIABLE_CODE":"181","VMV_VARIABLE":"alpha-benzenehexachloride","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106815","VMV_VARIABLE_CODE":"182","VMV_VARIABLE":"beta-benzenehexachloride OR gamma-hexachlorocyclohexane","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106816","VMV_VARIABLE_CODE":"186","VMV_VARIABLE":"Linuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106817","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106818","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106819","VMV_VARIABLE_CODE":"192","VMV_VARIABLE":"o,p'-DDE (2,4'-DDE)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106820","VMV_VARIABLE_CODE":"200","VMV_VARIABLE":"p,p'-DDT (4,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106821","VMV_VARIABLE_CODE":"206","VMV_VARIABLE":"alpha-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106822","VMV_VARIABLE_CODE":"207","VMV_VARIABLE":"gamma-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106823","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106824","VMV_VARIABLE_CODE":"209","VMV_VARIABLE":"Hexazinone","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106825","VMV_VARIABLE_CODE":"211","VMV_VARIABLE":"o,p'-DDD (mitotane) (2,4'-DDD)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106826","VMV_VARIABLE_CODE":"218","VMV_VARIABLE":"Parathion ethyl OR Parathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106827","VMV_VARIABLE_CODE":"221","VMV_VARIABLE":"Ethion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106828","VMV_VARIABLE_CODE":"227","VMV_VARIABLE":"gamma-benzenehexachloride (Lindane)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106829","VMV_VARIABLE_CODE":"234","VMV_VARIABLE":"Dimethoate OR phosphamide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106830","VMV_VARIABLE_CODE":"235","VMV_VARIABLE":"Dieldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106831","VMV_VARIABLE_CODE":"241","VMV_VARIABLE":"Dichlorvos (DDVP)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106832","VMV_VARIABLE_CODE":"258","VMV_VARIABLE":"Endrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106833","VMV_VARIABLE_CODE":"259","VMV_VARIABLE":"p,p'-methoxychlor (methoxychlor)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106834","VMV_VARIABLE_CODE":"260","VMV_VARIABLE":"p,p'-dichlorodiphenyl dichloroethane (p,p'-DDD) OR 1,2-diphenyl tetrachloroethane (4,4'-DDD)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106835","VMV_VARIABLE_CODE":"261","VMV_VARIABLE":"p,p'-DDE (4,4'-DDE)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106837","VMV_VARIABLE_CODE":"265","VMV_VARIABLE":"Phosmet total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106838","VMV_VARIABLE_CODE":"269","VMV_VARIABLE":"Endrin aldehyde","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106839","VMV_VARIABLE_CODE":"281","VMV_VARIABLE":"Heptachlor","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106840","VMV_VARIABLE_CODE":"287","VMV_VARIABLE":"o,p'-DDT (2,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106841","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106842","VMV_VARIABLE_CODE":"326","VMV_VARIABLE":"Fonofos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106843","VMV_VARIABLE_CODE":"335","VMV_VARIABLE":"alpha-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106844","VMV_VARIABLE_CODE":"643","VMV_VARIABLE":"Endrin ketone","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106845","VMV_VARIABLE_CODE":"1019","VMV_VARIABLE":"Desethyl atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106846","VMV_VARIABLE_CODE":"1023","VMV_VARIABLE":"Terbufos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106847","VMV_VARIABLE_CODE":"1047","VMV_VARIABLE":"Oxychlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106848","VMV_VARIABLE_CODE":"2679","VMV_VARIABLE":"D-hexachlorohexane (D-HCH)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106849","VMV_VARIABLE_CODE":"2721","VMV_VARIABLE":"Ethalfluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106850","VMV_VARIABLE_CODE":"2852","VMV_VARIABLE":"trans-nonachlor","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106851","VMV_VARIABLE_CODE":"2856","VMV_VARIABLE":"cis-nonachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106852","VMV_VARIABLE_CODE":"3042","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106853","VMV_VARIABLE_CODE":"4105","VMV_VARIABLE":"Ametryn","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106854","VMV_VARIABLE_CODE":"4106","VMV_VARIABLE":"Butralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106855","VMV_VARIABLE_CODE":"4107","VMV_VARIABLE":"Chlorpyriphos-methyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106856","VMV_VARIABLE_CODE":"4108","VMV_VARIABLE":"Chlorpyriphos-oxon","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106857","VMV_VARIABLE_CODE":"4109","VMV_VARIABLE":"Diazinon-oxon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106858","VMV_VARIABLE_CODE":"4110","VMV_VARIABLE":"Dimethenamid","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106859","VMV_VARIABLE_CODE":"4111","VMV_VARIABLE":"Disulfoton sulfone","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106860","VMV_VARIABLE_CODE":"4112","VMV_VARIABLE":"Flufenacet","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106861","VMV_VARIABLE_CODE":"4113","VMV_VARIABLE":"Flutriafol","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106862","VMV_VARIABLE_CODE":"4114","VMV_VARIABLE":"Pendimethalin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106863","VMV_VARIABLE_CODE":"4115","VMV_VARIABLE":"Pirimiphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106864","VMV_VARIABLE_CODE":"4116","VMV_VARIABLE":"Tebuconazol","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106865","VMV_VARIABLE_CODE":"4117","VMV_VARIABLE":"Tecnazene","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3405","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 1 L whole water sample."}
{"VMV_CODE":"106870","VMV_VARIABLE_CODE":"3","VMV_VARIABLE":"Cypermethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106871","VMV_VARIABLE_CODE":"4","VMV_VARIABLE":"Permethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106872","VMV_VARIABLE_CODE":"5","VMV_VARIABLE":"Chlorothalonil","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106873","VMV_VARIABLE_CODE":"60","VMV_VARIABLE":"Heptachlor epoxide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106874","VMV_VARIABLE_CODE":"84","VMV_VARIABLE":"Endosulfan sulphate total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106875","VMV_VARIABLE_CODE":"91","VMV_VARIABLE":"Hexachlorobenzene","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106876","VMV_VARIABLE_CODE":"98","VMV_VARIABLE":"Malathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106877","VMV_VARIABLE_CODE":"99","VMV_VARIABLE":"Fenitrothion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106878","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106879","VMV_VARIABLE_CODE":"112","VMV_VARIABLE":"Captan","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106880","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106881","VMV_VARIABLE_CODE":"124","VMV_VARIABLE":"Alachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106882","VMV_VARIABLE_CODE":"130","VMV_VARIABLE":"Dacthal","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106883","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106884","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106885","VMV_VARIABLE_CODE":"154","VMV_VARIABLE":"Cyanazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106886","VMV_VARIABLE_CODE":"162","VMV_VARIABLE":"Triallate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106887","VMV_VARIABLE_CODE":"165","VMV_VARIABLE":"Mirex","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106888","VMV_VARIABLE_CODE":"169","VMV_VARIABLE":"Octachlorostyrene","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106889","VMV_VARIABLE_CODE":"170","VMV_VARIABLE":"Chlorpyriphos OR dursban","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106890","VMV_VARIABLE_CODE":"171","VMV_VARIABLE":"Parathion methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106891","VMV_VARIABLE_CODE":"4537","VMV_VARIABLE":"Phorate-13C","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106892","VMV_VARIABLE_CODE":"174","VMV_VARIABLE":"Disulfoton","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106893","VMV_VARIABLE_CODE":"177","VMV_VARIABLE":"Aldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106894","VMV_VARIABLE_CODE":"181","VMV_VARIABLE":"alpha-benzenehexachloride","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106895","VMV_VARIABLE_CODE":"182","VMV_VARIABLE":"beta-benzenehexachloride OR gamma-hexachlorocyclohexane","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106896","VMV_VARIABLE_CODE":"186","VMV_VARIABLE":"Linuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106897","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106898","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106899","VMV_VARIABLE_CODE":"192","VMV_VARIABLE":"o,p'-DDE (2,4'-DDE)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106900","VMV_VARIABLE_CODE":"200","VMV_VARIABLE":"p,p'-DDT (4,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106901","VMV_VARIABLE_CODE":"206","VMV_VARIABLE":"alpha-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106902","VMV_VARIABLE_CODE":"207","VMV_VARIABLE":"gamma-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106903","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106904","VMV_VARIABLE_CODE":"209","VMV_VARIABLE":"Hexazinone","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106905","VMV_VARIABLE_CODE":"211","VMV_VARIABLE":"o,p'-DDD (mitotane) (2,4'-DDD)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106906","VMV_VARIABLE_CODE":"218","VMV_VARIABLE":"Parathion ethyl OR Parathion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106907","VMV_VARIABLE_CODE":"221","VMV_VARIABLE":"Ethion","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106908","VMV_VARIABLE_CODE":"227","VMV_VARIABLE":"gamma-benzenehexachloride (Lindane)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106909","VMV_VARIABLE_CODE":"234","VMV_VARIABLE":"Dimethoate OR phosphamide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106910","VMV_VARIABLE_CODE":"235","VMV_VARIABLE":"Dieldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106911","VMV_VARIABLE_CODE":"241","VMV_VARIABLE":"Dichlorvos (DDVP)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106912","VMV_VARIABLE_CODE":"258","VMV_VARIABLE":"Endrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106913","VMV_VARIABLE_CODE":"259","VMV_VARIABLE":"p,p'-methoxychlor (methoxychlor)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106914","VMV_VARIABLE_CODE":"260","VMV_VARIABLE":"p,p'-dichlorodiphenyl dichloroethane (p,p'-DDD) OR 1,2-diphenyl tetrachloroethane (4,4'-DDD)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106915","VMV_VARIABLE_CODE":"261","VMV_VARIABLE":"p,p'-DDE (4,4'-DDE)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106916","VMV_VARIABLE_CODE":"262","VMV_VARIABLE":"Perthane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106917","VMV_VARIABLE_CODE":"265","VMV_VARIABLE":"Phosmet total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106918","VMV_VARIABLE_CODE":"269","VMV_VARIABLE":"Endrin aldehyde","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106919","VMV_VARIABLE_CODE":"281","VMV_VARIABLE":"Heptachlor","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106920","VMV_VARIABLE_CODE":"287","VMV_VARIABLE":"o,p'-DDT (2,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106921","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106922","VMV_VARIABLE_CODE":"326","VMV_VARIABLE":"Fonofos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106923","VMV_VARIABLE_CODE":"335","VMV_VARIABLE":"alpha-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106924","VMV_VARIABLE_CODE":"643","VMV_VARIABLE":"Endrin ketone","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106925","VMV_VARIABLE_CODE":"1019","VMV_VARIABLE":"Desethyl atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106926","VMV_VARIABLE_CODE":"1023","VMV_VARIABLE":"Terbufos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106927","VMV_VARIABLE_CODE":"1047","VMV_VARIABLE":"Oxychlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106928","VMV_VARIABLE_CODE":"2679","VMV_VARIABLE":"D-hexachlorohexane (D-HCH)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106929","VMV_VARIABLE_CODE":"2721","VMV_VARIABLE":"Ethalfluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106930","VMV_VARIABLE_CODE":"2852","VMV_VARIABLE":"trans-nonachlor","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106931","VMV_VARIABLE_CODE":"2856","VMV_VARIABLE":"cis-nonachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106932","VMV_VARIABLE_CODE":"3042","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106933","VMV_VARIABLE_CODE":"4105","VMV_VARIABLE":"Ametryn","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106934","VMV_VARIABLE_CODE":"4106","VMV_VARIABLE":"Butralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106935","VMV_VARIABLE_CODE":"4107","VMV_VARIABLE":"Chlorpyriphos-methyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106936","VMV_VARIABLE_CODE":"4108","VMV_VARIABLE":"Chlorpyriphos-oxon","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106937","VMV_VARIABLE_CODE":"4109","VMV_VARIABLE":"Diazinon-oxon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106938","VMV_VARIABLE_CODE":"4110","VMV_VARIABLE":"Dimethenamid","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106939","VMV_VARIABLE_CODE":"4111","VMV_VARIABLE":"Disulfoton sulfone","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106940","VMV_VARIABLE_CODE":"4112","VMV_VARIABLE":"Flufenacet","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106941","VMV_VARIABLE_CODE":"4113","VMV_VARIABLE":"Flutriafol","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106942","VMV_VARIABLE_CODE":"4114","VMV_VARIABLE":"Pendimethalin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106943","VMV_VARIABLE_CODE":"4115","VMV_VARIABLE":"Pirimiphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106944","VMV_VARIABLE_CODE":"4116","VMV_VARIABLE":"Tebuconazol","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106945","VMV_VARIABLE_CODE":"4117","VMV_VARIABLE":"Tecnazene","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3406","VMV_METHOD_TITLE":"Multiresidue pesticides are analyzed by HRGC/HRMS using a 20 L filtered water sample (large volume-XAD)."}
{"VMV_CODE":"106946","VMV_VARIABLE_CODE":"128","VMV_VARIABLE":"Bromoxynil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106947","VMV_VARIABLE_CODE":"134","VMV_VARIABLE":"Dicamba","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106948","VMV_VARIABLE_CODE":"317","VMV_VARIABLE":"Fenoprop OR Silvex OR 2,4,5-TP","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106949","VMV_VARIABLE_CODE":"318","VMV_VARIABLE":"2,4,5-trichlorophenoxyacitic acid (2,4,5-T)","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106950","VMV_VARIABLE_CODE":"322","VMV_VARIABLE":"MCPA","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106951","VMV_VARIABLE_CODE":"323","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106952","VMV_VARIABLE_CODE":"325","VMV_VARIABLE":"2,4-D butyric acid (2,4-DB)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106953","VMV_VARIABLE_CODE":"2723","VMV_VARIABLE":"Methylchlorophenoxypropionic acid (MCPP) OR Mecoprop","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106954","VMV_VARIABLE_CODE":"3044","VMV_VARIABLE":"2-(2,4-dichlorophenoxy)-propionic acid","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106955","VMV_VARIABLE_CODE":"3133","VMV_VARIABLE":"Triclopyr","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106956","VMV_VARIABLE_CODE":"2579","VMV_VARIABLE":"Fluazifop","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3408","VMV_METHOD_TITLE":"Acid extractable herbicides in 1 L whole water are analyzed by HRGC/HRMS.  AXYS Method MLA-037 AEH aqueous combination."}
{"VMV_CODE":"106957","VMV_VARIABLE_CODE":"128","VMV_VARIABLE":"Bromoxynil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"106958","VMV_VARIABLE_CODE":"134","VMV_VARIABLE":"Dicamba","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"106961","VMV_VARIABLE_CODE":"322","VMV_VARIABLE":"MCPA","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"106962","VMV_VARIABLE_CODE":"323","VMV_VARIABLE":"2,4-dichlorophenoxyacetic acid (2,4-D)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"106964","VMV_VARIABLE_CODE":"2723","VMV_VARIABLE":"Methylchlorophenoxypropionic acid (MCPP) OR Mecoprop","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"106966","VMV_VARIABLE_CODE":"3133","VMV_VARIABLE":"Triclopyr","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"106967","VMV_VARIABLE_CODE":"2579","VMV_VARIABLE":"Fluazifop","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3409","VMV_METHOD_TITLE":"Acid extractable herbicides in 20 L filtered water samples are analyzed by HRGC/HRMS using XAD."}
{"VMV_CODE":"107055","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3415","VMV_METHOD_TITLE":"Total nitrogen in water is determined using alkaline persulfate oxidation, automated continuous segmented flow analyzer (CFA), cadmium reduction, and azo dye photometric method."}
{"VMV_CODE":"107149","VMV_VARIABLE_CODE":"687","VMV_VARIABLE":"pH","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"3425","VMV_METHOD_TITLE":"pH is measured by a combination electrode with temperature compensation to 25 degrees C."}
{"VMV_CODE":"107167","VMV_VARIABLE_CODE":"3129","VMV_VARIABLE":"Bensulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107184","VMV_VARIABLE_CODE":"3042","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3433","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using liquid-liquid extraction with gas chromatography-mass selective detection (GC/MSD)"}
{"VMV_CODE":"107185","VMV_VARIABLE_CODE":"3051","VMV_VARIABLE":"Diallate II","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3433","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using liquid-liquid extraction with gas chromatography-mass selective detection (GC/MSD)"}
{"VMV_CODE":"107186","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3433","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using liquid-liquid extraction with gas chromatography-mass selective detection (GC/MSD)"}
{"VMV_CODE":"107187","VMV_VARIABLE_CODE":"156","VMV_VARIABLE":"Benzoylprop-ethyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3433","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using liquid-liquid extraction with gas chromatography-mass selective detection (GC/MSD)"}
{"VMV_CODE":"107188","VMV_VARIABLE_CODE":"4172","VMV_VARIABLE":"Fenoxaprop-ethyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3433","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using liquid-liquid extraction with gas chromatography-mass selective detection (GC/MSD)"}
{"VMV_CODE":"107190","VMV_VARIABLE_CODE":"3050","VMV_VARIABLE":"Diallate I","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3433","VMV_METHOD_TITLE":"Analysis of neutral herbicides in water using liquid-liquid extraction with gas chromatography-mass selective detection (GC/MSD)"}
{"VMV_CODE":"107191","VMV_VARIABLE_CODE":"637","VMV_VARIABLE":"Nitrogen total dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3435","VMV_METHOD_TITLE":"Total dissolved nitrogen (filtered) in water is determined by alkaline persulfate digestion and colourimetry."}
{"VMV_CODE":"107192","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3438","VMV_METHOD_TITLE":"Total nitrogen (unfiltered) in water is determined by alkaline persulfate digestion and colourimetry."}
{"VMV_CODE":"107200","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3442","VMV_METHOD_TITLE":"Bound nitrogen is determined by high temperature combustion."}
{"VMV_CODE":"107205","VMV_VARIABLE_CODE":"637","VMV_VARIABLE":"Nitrogen total dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3447","VMV_METHOD_TITLE":"Dissolved nitrogen is determined by high temperature combustion."}
{"VMV_CODE":"107251","VMV_VARIABLE_CODE":"1032","VMV_VARIABLE":"Total suspended solids (non-filterable residue)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3126","VMV_METHOD_TITLE":"Total dissolved solids are determined by gravimetric method."}
{"VMV_CODE":"107284","VMV_VARIABLE_CODE":"4202","VMV_VARIABLE":"Foramsulfuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107285","VMV_VARIABLE_CODE":"4170","VMV_VARIABLE":"Acifluorfen","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107286","VMV_VARIABLE_CODE":"3129","VMV_VARIABLE":"Bensulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107287","VMV_VARIABLE_CODE":"4166","VMV_VARIABLE":"Chlorimuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107288","VMV_VARIABLE_CODE":"248","VMV_VARIABLE":"Chlorsulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107289","VMV_VARIABLE_CODE":"4167","VMV_VARIABLE":"Clomazone","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107291","VMV_VARIABLE_CODE":"185","VMV_VARIABLE":"Diuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107292","VMV_VARIABLE_CODE":"4163","VMV_VARIABLE":"Flumetsulam","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107293","VMV_VARIABLE_CODE":"4169","VMV_VARIABLE":"Fomesafen","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107294","VMV_VARIABLE_CODE":"186","VMV_VARIABLE":"Linuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107295","VMV_VARIABLE_CODE":"3126","VMV_VARIABLE":"Metsulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107296","VMV_VARIABLE_CODE":"3131","VMV_VARIABLE":"Nicosulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107297","VMV_VARIABLE_CODE":"4164","VMV_VARIABLE":"Primisulfuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107298","VMV_VARIABLE_CODE":"4168","VMV_VARIABLE":"Prosulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107299","VMV_VARIABLE_CODE":"4154","VMV_VARIABLE":"Rimsulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107300","VMV_VARIABLE_CODE":"3127","VMV_VARIABLE":"Thifensulfuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107301","VMV_VARIABLE_CODE":"3375","VMV_VARIABLE":"Tribenuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3431","VMV_METHOD_TITLE":"Analysis of sulfonyl ureas and related herbicides by SPE and LC-MS/MS detection"}
{"VMV_CODE":"107305","VMV_VARIABLE_CODE":"87","VMV_VARIABLE":"Aldicarb","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107306","VMV_VARIABLE_CODE":"244","VMV_VARIABLE":"Carbaryl","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107307","VMV_VARIABLE_CODE":"121","VMV_VARIABLE":"Carbofuran","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107308","VMV_VARIABLE_CODE":"2646","VMV_VARIABLE":"Metalaxyl (methyl N-(methoxyacetyl)-N-(2,6-xylyl)-D-alaninate)","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107309","VMV_VARIABLE_CODE":"127","VMV_VARIABLE":"Methomyl","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107310","VMV_VARIABLE_CODE":"2561","VMV_VARIABLE":"Oxamyl","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107311","VMV_VARIABLE_CODE":"164","VMV_VARIABLE":"Pirimicarb","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3461","VMV_METHOD_TITLE":"Carbamate fungicides in water are analyzed by SPE and ESI-LC-MS/MS."}
{"VMV_CODE":"107428","VMV_VARIABLE_CODE":"443","VMV_VARIABLE":"Colour true","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"CTU","VMV_UNIT_NAME":"colour true unit","VMV_METHOD_CODE":"3482","VMV_METHOD_TITLE":"True colour in water is measured by spectrophotometer."}
{"VMV_CODE":"107904","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107905","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107906","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107907","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107908","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107909","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107910","VMV_VARIABLE_CODE":"1049","VMV_VARIABLE":"Bismuth total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107911","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107912","VMV_VARIABLE_CODE":"1002","VMV_VARIABLE":"Cerium total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107913","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107914","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107915","VMV_VARIABLE_CODE":"1003","VMV_VARIABLE":"Cesium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107916","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107917","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107918","VMV_VARIABLE_CODE":"3135","VMV_VARIABLE":"Gallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107919","VMV_VARIABLE_CODE":"1006","VMV_VARIABLE":"Lanthanum total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107920","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107921","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107922","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107923","VMV_VARIABLE_CODE":"3334","VMV_VARIABLE":"Niobium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107924","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107925","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107927","VMV_VARIABLE_CODE":"3335","VMV_VARIABLE":"Platinum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107928","VMV_VARIABLE_CODE":"1008","VMV_VARIABLE":"Rubidium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107929","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107930","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107931","VMV_VARIABLE_CODE":"812","VMV_VARIABLE":"Tin total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107932","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107933","VMV_VARIABLE_CODE":"858","VMV_VARIABLE":"Titanium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107934","VMV_VARIABLE_CODE":"861","VMV_VARIABLE":"Thallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107935","VMV_VARIABLE_CODE":"2725","VMV_VARIABLE":"Uranium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107936","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107937","VMV_VARIABLE_CODE":"1013","VMV_VARIABLE":"Tungsten total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107938","VMV_VARIABLE_CODE":"3336","VMV_VARIABLE":"Yttrium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107939","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3528","VMV_METHOD_TITLE":"Total metals in whole water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107940","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107941","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107942","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107943","VMV_VARIABLE_CODE":"399","VMV_VARIABLE":"Boron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107944","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107945","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107946","VMV_VARIABLE_CODE":"1050","VMV_VARIABLE":"Bismuth dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107947","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107948","VMV_VARIABLE_CODE":"3327","VMV_VARIABLE":"Cerium dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107949","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107950","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107951","VMV_VARIABLE_CODE":"2634","VMV_VARIABLE":"Cesium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107952","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107953","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107954","VMV_VARIABLE_CODE":"2840","VMV_VARIABLE":"Gallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107955","VMV_VARIABLE_CODE":"2842","VMV_VARIABLE":"Lanthanum dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107956","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107957","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107958","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107959","VMV_VARIABLE_CODE":"3328","VMV_VARIABLE":"Niobium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107960","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107961","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107963","VMV_VARIABLE_CODE":"3329","VMV_VARIABLE":"Platinum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107964","VMV_VARIABLE_CODE":"2632","VMV_VARIABLE":"Rubidium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107965","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107966","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107967","VMV_VARIABLE_CODE":"810","VMV_VARIABLE":"Tin dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107968","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107969","VMV_VARIABLE_CODE":"856","VMV_VARIABLE":"Titanium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107970","VMV_VARIABLE_CODE":"859","VMV_VARIABLE":"Thallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107971","VMV_VARIABLE_CODE":"2729","VMV_VARIABLE":"Uranium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107972","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107973","VMV_VARIABLE_CODE":"2700","VMV_VARIABLE":"Tungsten dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107974","VMV_VARIABLE_CODE":"3330","VMV_VARIABLE":"Yttrium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"107975","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3529","VMV_METHOD_TITLE":"Dissolved metals in filtered water samples are determined with \"in-bottle\" digestion by inductively coupled argon plasma- collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108055","VMV_VARIABLE_CODE":"2863","VMV_VARIABLE":"Glyphosate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3543","VMV_METHOD_TITLE":"Determination of glyphosate, glufosinate and AMPA by LS-MS/MS (AXYS method MLA-054)."}
{"VMV_CODE":"108056","VMV_VARIABLE_CODE":"3319","VMV_VARIABLE":"Glufosinate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3543","VMV_METHOD_TITLE":"Determination of glyphosate, glufosinate and AMPA by LS-MS/MS (AXYS method MLA-054)."}
{"VMV_CODE":"108057","VMV_VARIABLE_CODE":"3181","VMV_VARIABLE":"Aminomethyl phosphonic acid (AMPA)","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3543","VMV_METHOD_TITLE":"Determination of glyphosate, glufosinate and AMPA by LS-MS/MS (AXYS method MLA-054)."}
{"VMV_CODE":"108089","VMV_VARIABLE_CODE":"602","VMV_VARIABLE":"Sodium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3553","VMV_METHOD_TITLE":"Metals in environmental samples are determined using collision/reaction cell (CRC) ICP-MS."}
{"VMV_CODE":"108146","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3553","VMV_METHOD_TITLE":"Metals in environmental samples are determined using collision/reaction cell (CRC) ICP-MS."}
{"VMV_CODE":"108153","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3553","VMV_METHOD_TITLE":"Metals in environmental samples are determined using collision/reaction cell (CRC) ICP-MS."}
{"VMV_CODE":"108155","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3553","VMV_METHOD_TITLE":"Metals in environmental samples are determined using collision/reaction cell (CRC) ICP-MS."}
{"VMV_CODE":"108158","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3553","VMV_METHOD_TITLE":"Metals in environmental samples are determined using collision/reaction cell (CRC) ICP-MS."}
{"VMV_CODE":"108166","VMV_VARIABLE_CODE":"789","VMV_VARIABLE":"Silicon dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3553","VMV_METHOD_TITLE":"Metals in environmental samples are determined using collision/reaction cell (CRC) ICP-MS."}
{"VMV_CODE":"108208","VMV_VARIABLE_CODE":"485","VMV_VARIABLE":"Carbon total inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3554","VMV_METHOD_TITLE":"Concentrations of total inorganic carbon (TIC) and dissolved inorganic carbon (DIC) are determined by automated persulfate colourimetric method."}
{"VMV_CODE":"108209","VMV_VARIABLE_CODE":"475","VMV_VARIABLE":"Carbon dissolved inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3554","VMV_METHOD_TITLE":"Concentrations of total inorganic carbon (TIC) and dissolved inorganic carbon (DIC) are determined by automated persulfate colourimetric method."}
{"VMV_CODE":"108310","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3560","VMV_METHOD_TITLE":"Dissolved ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108311","VMV_VARIABLE_CODE":"426","VMV_VARIABLE":"Chloride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3560","VMV_METHOD_TITLE":"Dissolved ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108312","VMV_VARIABLE_CODE":"814","VMV_VARIABLE":"Sulphate dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3560","VMV_METHOD_TITLE":"Dissolved ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108314","VMV_VARIABLE_CODE":"511","VMV_VARIABLE":"Fluoride total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3561","VMV_METHOD_TITLE":"Unfiltered decanted ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108315","VMV_VARIABLE_CODE":"422","VMV_VARIABLE":"Chloride","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3561","VMV_METHOD_TITLE":"Unfiltered decanted ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108316","VMV_VARIABLE_CODE":"813","VMV_VARIABLE":"Sulphate","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3561","VMV_METHOD_TITLE":"Unfiltered decanted ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108317","VMV_VARIABLE_CODE":"3437","VMV_VARIABLE":"Nitrate total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3561","VMV_METHOD_TITLE":"Unfiltered decanted ions are determined by ion chromatography with a hydroxide eluent."}
{"VMV_CODE":"108622","VMV_VARIABLE_CODE":"966","VMV_VARIABLE":"Moisture","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3580","VMV_METHOD_TITLE":"Determination of moisture content in solids is done by gravimetry."}
{"VMV_CODE":"108664","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108665","VMV_VARIABLE_CODE":"373","VMV_VARIABLE":"Aluminum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108666","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108667","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108668","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108669","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108670","VMV_VARIABLE_CODE":"1049","VMV_VARIABLE":"Bismuth total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108672","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108673","VMV_VARIABLE_CODE":"1002","VMV_VARIABLE":"Cerium total","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108674","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108675","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108676","VMV_VARIABLE_CODE":"1003","VMV_VARIABLE":"Cesium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108677","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108678","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108679","VMV_VARIABLE_CODE":"3135","VMV_VARIABLE":"Gallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108685","VMV_VARIABLE_CODE":"576","VMV_VARIABLE":"Lithium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108687","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108688","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108690","VMV_VARIABLE_CODE":"3334","VMV_VARIABLE":"Niobium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108691","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108692","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108694","VMV_VARIABLE_CODE":"3335","VMV_VARIABLE":"Platinum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108695","VMV_VARIABLE_CODE":"1008","VMV_VARIABLE":"Rubidium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108697","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108699","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108700","VMV_VARIABLE_CODE":"812","VMV_VARIABLE":"Tin total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108701","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108704","VMV_VARIABLE_CODE":"861","VMV_VARIABLE":"Thallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108705","VMV_VARIABLE_CODE":"2725","VMV_VARIABLE":"Uranium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108706","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108707","VMV_VARIABLE_CODE":"1013","VMV_VARIABLE":"Tungsten total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108708","VMV_VARIABLE_CODE":"3336","VMV_VARIABLE":"Yttrium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108709","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3583","VMV_METHOD_TITLE":"Total metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108711","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108713","VMV_VARIABLE_CODE":"376","VMV_VARIABLE":"Arsenic dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108714","VMV_VARIABLE_CODE":"399","VMV_VARIABLE":"Boron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108715","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108716","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108717","VMV_VARIABLE_CODE":"1050","VMV_VARIABLE":"Bismuth dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108719","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108720","VMV_VARIABLE_CODE":"3327","VMV_VARIABLE":"Cerium dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108721","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108722","VMV_VARIABLE_CODE":"460","VMV_VARIABLE":"Chromium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108723","VMV_VARIABLE_CODE":"2634","VMV_VARIABLE":"Cesium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108724","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108725","VMV_VARIABLE_CODE":"516","VMV_VARIABLE":"Iron dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108726","VMV_VARIABLE_CODE":"2840","VMV_VARIABLE":"Gallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108731","VMV_VARIABLE_CODE":"2842","VMV_VARIABLE":"Lanthanum dissolved","VMV_VARIABLE_TYPE":"Rare Earth","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108732","VMV_VARIABLE_CODE":"574","VMV_VARIABLE":"Lithium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108734","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108735","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108737","VMV_VARIABLE_CODE":"3328","VMV_VARIABLE":"Niobium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108738","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108739","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108741","VMV_VARIABLE_CODE":"3329","VMV_VARIABLE":"Platinum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108742","VMV_VARIABLE_CODE":"2632","VMV_VARIABLE":"Rubidium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108744","VMV_VARIABLE_CODE":"763","VMV_VARIABLE":"Antimony dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108746","VMV_VARIABLE_CODE":"779","VMV_VARIABLE":"Selenium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108747","VMV_VARIABLE_CODE":"810","VMV_VARIABLE":"Tin dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108748","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108751","VMV_VARIABLE_CODE":"859","VMV_VARIABLE":"Thallium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108752","VMV_VARIABLE_CODE":"2729","VMV_VARIABLE":"Uranium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108753","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108754","VMV_VARIABLE_CODE":"2700","VMV_VARIABLE":"Tungsten dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108755","VMV_VARIABLE_CODE":"3330","VMV_VARIABLE":"Yttrium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108756","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3584","VMV_METHOD_TITLE":"Dissolved metals in water are analyzed by inductively coupled argon plasma-collision/reaction cell mass spectrometer (CRC-ICP-MS) by discrete sampling pneumatic nebulization."}
{"VMV_CODE":"108765","VMV_VARIABLE_CODE":"729","VMV_VARIABLE":"Phosphorus soluble reactive","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3589","VMV_METHOD_TITLE":"The soluble reactive phosphorous concentration in the sample (filtered) is determined by the automated ascorbic acid reduction method."}
{"VMV_CODE":"108767","VMV_VARIABLE_CODE":"637","VMV_VARIABLE":"Nitrogen total dissolved","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3591","VMV_METHOD_TITLE":"The concentration of total dissolved nitrogen is analyzed in a continuous segmented flow analyzer (CFA) using hydrazine, and the azo dye photometric method."}
{"VMV_CODE":"108768","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3592","VMV_METHOD_TITLE":"The total nitrogen concentration in an unfiltered sample is determined by the FIA photometer at 520 nm wavelength using the azo dye photometric method."}
{"VMV_CODE":"108862","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2925","VMV_METHOD_TITLE":"Phosphorus in water is determined by colourimetry on autoanalyzer."}
{"VMV_CODE":"108863","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2925","VMV_METHOD_TITLE":"Phosphorus in water is determined by colourimetry on autoanalyzer."}
{"VMV_CODE":"108864","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2925","VMV_METHOD_TITLE":"Phosphorus in water is determined by colourimetry on autoanalyzer."}
{"VMV_CODE":"108865","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2925","VMV_METHOD_TITLE":"Phosphorus in water is determined by colourimetry on autoanalyzer."}
{"VMV_CODE":"108939","VMV_VARIABLE_CODE":"75","VMV_VARIABLE":"Phenols total","VMV_VARIABLE_TYPE":"Phenols","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3607","VMV_METHOD_TITLE":"Total phenols are determined colourimetrically using a Technicon Autoanalyzer III."}
{"VMV_CODE":"108940","VMV_VARIABLE_CODE":"4341","VMV_VARIABLE":"Total petroleum hydrocarbons (TPH)","VMV_VARIABLE_TYPE":"Hydrocarbons","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3608","VMV_METHOD_TITLE":"Petroleum hydrocarbons in environmental samples are determined by gas chromatography-flame ionization detector (GC-FID)."}
{"VMV_CODE":"108946","VMV_VARIABLE_CODE":"758","VMV_VARIABLE":"Salinity","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"Unknown","VMV_METHOD_CODE":"3612","VMV_METHOD_TITLE":"Salinity in water is determined using the conductivity ratio to a KCl standard."}
{"VMV_CODE":"109020","VMV_VARIABLE_CODE":"4489","VMV_VARIABLE":"Thiacloprid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109021","VMV_VARIABLE_CODE":"4155","VMV_VARIABLE":"Imidacloprid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109022","VMV_VARIABLE_CODE":"1165","VMV_VARIABLE":"Thiamethoxam","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109023","VMV_VARIABLE_CODE":"4490","VMV_VARIABLE":"Clothianidin","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109024","VMV_VARIABLE_CODE":"4491","VMV_VARIABLE":"Dinotefuran","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109025","VMV_VARIABLE_CODE":"4492","VMV_VARIABLE":"Clothianidin-D3","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"%","VMV_UNIT_NAME":"percent","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109026","VMV_VARIABLE_CODE":"1040","VMV_VARIABLE":"pH (Field)","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"pH","VMV_UNIT_NAME":"pH unit","VMV_METHOD_CODE":"3620","VMV_METHOD_TITLE":"Field measurements are made using a multi-sonde."}
{"VMV_CODE":"109027","VMV_VARIABLE_CODE":"3357","VMV_VARIABLE":"Conductance (field)","VMV_VARIABLE_TYPE":"Field (Physical)","VMV_UNIT":"µS/cm","VMV_UNIT_NAME":"microSiemens per centimeter","VMV_METHOD_CODE":"3620","VMV_METHOD_TITLE":"Field measurements are made using a multi-sonde."}
{"VMV_CODE":"109028","VMV_VARIABLE_CODE":"3461","VMV_VARIABLE":"Temperature water (field)","VMV_VARIABLE_TYPE":"Field (Descriptive)","VMV_UNIT":"Deg C","VMV_UNIT_NAME":"degree Celsius","VMV_METHOD_CODE":"3620","VMV_METHOD_TITLE":"Field measurements are made using a multi-sonde."}
{"VMV_CODE":"109070","VMV_VARIABLE_CODE":"4493","VMV_VARIABLE":"Acetamiprid","VMV_VARIABLE_TYPE":"Neonicotinoid","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3619","VMV_METHOD_TITLE":"Neonicotinoid insecticides in water are analyzed by ESI-LC-MS/MS."}
{"VMV_CODE":"109107","VMV_VARIABLE_CODE":"731","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3626","VMV_METHOD_TITLE":"Total filtered phosphorous using persulfate oxidation, ascorbic acid, molybdenum blue is determined by the CFA colourimeter at 880 nm wavelength."}
{"VMV_CODE":"109108","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3627","VMV_METHOD_TITLE":"Total unfiltered phosphorous using persulfate oxidation, ascorbic acid, molybdenum blue is determined by the CFA colourimeter at 880 nm wavelength."}
{"VMV_CODE":"109109","VMV_VARIABLE_CODE":"404","VMV_VARIABLE":"Calcium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3628","VMV_METHOD_TITLE":"Filtered cations are determined by direct analysis inductively coupled plasma-optical emission spectrometer (ICP-OES)."}
{"VMV_CODE":"109110","VMV_VARIABLE_CODE":"565","VMV_VARIABLE":"Potassium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3628","VMV_METHOD_TITLE":"Filtered cations are determined by direct analysis inductively coupled plasma-optical emission spectrometer (ICP-OES)."}
{"VMV_CODE":"109111","VMV_VARIABLE_CODE":"581","VMV_VARIABLE":"Magnesium dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3628","VMV_METHOD_TITLE":"Filtered cations are determined by direct analysis inductively coupled plasma-optical emission spectrometer (ICP-OES)."}
{"VMV_CODE":"109112","VMV_VARIABLE_CODE":"600","VMV_VARIABLE":"Sodium dissolved/filtered","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3628","VMV_METHOD_TITLE":"Filtered cations are determined by direct analysis inductively coupled plasma-optical emission spectrometer (ICP-OES)."}
{"VMV_CODE":"109113","VMV_VARIABLE_CODE":"3540","VMV_VARIABLE":"Silica soluble reactive","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3628","VMV_METHOD_TITLE":"Filtered cations are determined by direct analysis inductively coupled plasma-optical emission spectrometer (ICP-OES)."}
{"VMV_CODE":"109584","VMV_VARIABLE_CODE":"256","VMV_VARIABLE":"Benzene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3653","VMV_METHOD_TITLE":"Canada wide standards for petroleum hydrocarbons in soil are determined by Tier 1 method by GC/FID and GC/MS."}
{"VMV_CODE":"109585","VMV_VARIABLE_CODE":"73","VMV_VARIABLE":"Toluene","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3653","VMV_METHOD_TITLE":"Canada wide standards for petroleum hydrocarbons in soil are determined by Tier 1 method by GC/FID and GC/MS."}
{"VMV_CODE":"109586","VMV_VARIABLE_CODE":"52","VMV_VARIABLE":"Ethylbenzene","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3653","VMV_METHOD_TITLE":"Canada wide standards for petroleum hydrocarbons in soil are determined by Tier 1 method by GC/FID and GC/MS."}
{"VMV_CODE":"109587","VMV_VARIABLE_CODE":"113","VMV_VARIABLE":"Xylenes (M or P)","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3653","VMV_METHOD_TITLE":"Canada wide standards for petroleum hydrocarbons in soil are determined by Tier 1 method by GC/FID and GC/MS."}
{"VMV_CODE":"109588","VMV_VARIABLE_CODE":"328","VMV_VARIABLE":"o-xylene","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3653","VMV_METHOD_TITLE":"Canada wide standards for petroleum hydrocarbons in soil are determined by Tier 1 method by GC/FID and GC/MS."}
{"VMV_CODE":"109589","VMV_VARIABLE_CODE":"4005","VMV_VARIABLE":"Hydrocarbons, C6-C10, F1-BTEX","VMV_VARIABLE_TYPE":"Hydrocarbons","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3653","VMV_METHOD_TITLE":"Canada wide standards for petroleum hydrocarbons in soil are determined by Tier 1 method by GC/FID and GC/MS."}
{"VMV_CODE":"109590","VMV_VARIABLE_CODE":"4008","VMV_VARIABLE":"Hydrocarbons, C10-C16, F2","VMV_VARIABLE_TYPE":"Hydrocarbons","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3325","VMV_METHOD_TITLE":"Soxhlet extraction using acetone/hexane followed by analysis with GC/FID."}
{"VMV_CODE":"109591","VMV_VARIABLE_CODE":"4009","VMV_VARIABLE":"Hydrocarbons, C16-C34, F3","VMV_VARIABLE_TYPE":"Hydrocarbons","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3325","VMV_METHOD_TITLE":"Soxhlet extraction using acetone/hexane followed by analysis with GC/FID."}
{"VMV_CODE":"109592","VMV_VARIABLE_CODE":"4010","VMV_VARIABLE":"Hydrocarbons, C34-C50, F4","VMV_VARIABLE_TYPE":"Hydrocarbons","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3325","VMV_METHOD_TITLE":"Soxhlet extraction using acetone/hexane followed by analysis with GC/FID."}
{"VMV_CODE":"109611","VMV_VARIABLE_CODE":"1042","VMV_VARIABLE":"alpha-hexachlorocyclohexane (alpha-HCH or alpha-BHC)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109612","VMV_VARIABLE_CODE":"91","VMV_VARIABLE":"Hexachlorobenzene","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109614","VMV_VARIABLE_CODE":"1044","VMV_VARIABLE":"gamma-hexachlorocyclohexane (gamma-HCH or lindane)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109616","VMV_VARIABLE_CODE":"281","VMV_VARIABLE":"Heptachlor","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109617","VMV_VARIABLE_CODE":"177","VMV_VARIABLE":"Aldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109618","VMV_VARIABLE_CODE":"60","VMV_VARIABLE":"Heptachlor epoxide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109619","VMV_VARIABLE_CODE":"207","VMV_VARIABLE":"gamma-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109620","VMV_VARIABLE_CODE":"335","VMV_VARIABLE":"alpha-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109621","VMV_VARIABLE_CODE":"206","VMV_VARIABLE":"alpha-chlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109622","VMV_VARIABLE_CODE":"235","VMV_VARIABLE":"Dieldrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109623","VMV_VARIABLE_CODE":"261","VMV_VARIABLE":"p,p'-DDE (4,4'-DDE)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109624","VMV_VARIABLE_CODE":"258","VMV_VARIABLE":"Endrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109625","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109626","VMV_VARIABLE_CODE":"260","VMV_VARIABLE":"p,p'-dichlorodiphenyl dichloroethane (p,p'-DDD) OR 1,2-diphenyl tetrachloroethane (4,4'-DDD)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109627","VMV_VARIABLE_CODE":"287","VMV_VARIABLE":"o,p'-DDT (2,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109628","VMV_VARIABLE_CODE":"200","VMV_VARIABLE":"p,p'-DDT (4,4'-DDT)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109630","VMV_VARIABLE_CODE":"259","VMV_VARIABLE":"p,p'-methoxychlor (methoxychlor)","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109631","VMV_VARIABLE_CODE":"165","VMV_VARIABLE":"Mirex","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109632","VMV_VARIABLE_CODE":"237","VMV_VARIABLE":"Pentachlorobenzene","VMV_VARIABLE_TYPE":"Halogenated Monoaromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109633","VMV_VARIABLE_CODE":"306","VMV_VARIABLE":"Hexachlorobutadiene","VMV_VARIABLE_TYPE":"Halogenated (Substituted Aliphatic)","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109634","VMV_VARIABLE_CODE":"1043","VMV_VARIABLE":"beta-hexachlorocyclohexane (beta-HCH or beta-BHC)","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109635","VMV_VARIABLE_CODE":"4045","VMV_VARIABLE":"Pentachloroanisole","VMV_VARIABLE_TYPE":"Halogenated (Substituted Aromatic)","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109636","VMV_VARIABLE_CODE":"1047","VMV_VARIABLE":"Oxychlordane","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109637","VMV_VARIABLE_CODE":"192","VMV_VARIABLE":"o,p'-DDE (2,4'-DDE)","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109638","VMV_VARIABLE_CODE":"211","VMV_VARIABLE":"o,p'-DDD (mitotane) (2,4'-DDD)","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109639","VMV_VARIABLE_CODE":"2852","VMV_VARIABLE":"trans-nonachlor","VMV_VARIABLE_TYPE":"Pesticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109640","VMV_VARIABLE_CODE":"2856","VMV_VARIABLE":"cis-nonachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3654","VMV_METHOD_TITLE":"Chlorobenzenes and organochlorine pesticides are analyzed by liquid-liquid extraction and GC-MS/MS detection."}
{"VMV_CODE":"109658","VMV_VARIABLE_CODE":"10055","VMV_VARIABLE":"Naphthalenes-C1","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109659","VMV_VARIABLE_CODE":"1077","VMV_VARIABLE":"Biphenyl","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109660","VMV_VARIABLE_CODE":"4048","VMV_VARIABLE":"Naphthalene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109661","VMV_VARIABLE_CODE":"1317","VMV_VARIABLE":"2-isopropylnaphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109662","VMV_VARIABLE_CODE":"1318","VMV_VARIABLE":"trimethylnaphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109663","VMV_VARIABLE_CODE":"1319","VMV_VARIABLE":"9-methylfluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109664","VMV_VARIABLE_CODE":"1320","VMV_VARIABLE":"9-ethylfluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109665","VMV_VARIABLE_CODE":"4402","VMV_VARIABLE":"Fluorene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109666","VMV_VARIABLE_CODE":"4049","VMV_VARIABLE":"Alkylated naphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109667","VMV_VARIABLE_CODE":"1321","VMV_VARIABLE":"n-propylfluorene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109668","VMV_VARIABLE_CODE":"1322","VMV_VARIABLE":"1,9-dimethylfluorene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109669","VMV_VARIABLE_CODE":"1323","VMV_VARIABLE":"n-butylfluorene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109670","VMV_VARIABLE_CODE":"4400","VMV_VARIABLE":"Dibenzothiophene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109671","VMV_VARIABLE_CODE":"4403","VMV_VARIABLE":"Phenanthrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109672","VMV_VARIABLE_CODE":"4053","VMV_VARIABLE":"Dibenzothiophene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109673","VMV_VARIABLE_CODE":"4055","VMV_VARIABLE":"Phenanthrene/anthracene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109674","VMV_VARIABLE_CODE":"1324","VMV_VARIABLE":"4-propyldibenzothiophene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109675","VMV_VARIABLE_CODE":"1325","VMV_VARIABLE":"2,4,7-trimethyldibenzothiophene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109676","VMV_VARIABLE_CODE":"4401","VMV_VARIABLE":"Fluoranthene/pyrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109677","VMV_VARIABLE_CODE":"4068","VMV_VARIABLE":"Phenanthrene/anthracene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109678","VMV_VARIABLE_CODE":"1326","VMV_VARIABLE":"3-ethylfluoranthene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109679","VMV_VARIABLE_CODE":"1327","VMV_VARIABLE":"Tetramethylphenanthrene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109680","VMV_VARIABLE_CODE":"4412","VMV_VARIABLE":"Chrysene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109681","VMV_VARIABLE_CODE":"1328","VMV_VARIABLE":"Ethylchrysene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109682","VMV_VARIABLE_CODE":"1329","VMV_VARIABLE":"n-propylchrysene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109683","VMV_VARIABLE_CODE":"1330","VMV_VARIABLE":"n-butylchrysene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109684","VMV_VARIABLE_CODE":"3069","VMV_VARIABLE":"3-methylcholanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/ml","VMV_UNIT_NAME":"nanogram per milliliter","VMV_METHOD_CODE":"10366","VMV_METHOD_TITLE":"Alkylated polynuclear aromatic hydrocarbons (alkylated PAHs)"}
{"VMV_CODE":"109747","VMV_VARIABLE_CODE":"549","VMV_VARIABLE":"Mercury total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"3656","VMV_METHOD_TITLE":"Mercury in water is determined by spectrometric fluorescence."}
{"VMV_CODE":"110001","VMV_VARIABLE_CODE":"3469","VMV_VARIABLE":"Turbidity (field)","VMV_VARIABLE_TYPE":"Field (Descriptive)","VMV_UNIT":"NTU","VMV_UNIT_NAME":"nephelometric turbidity unit","VMV_METHOD_CODE":"3620","VMV_METHOD_TITLE":"Field measurements are made using a multi-sonde."}
{"VMV_CODE":"110002","VMV_VARIABLE_CODE":"659","VMV_VARIABLE":"Oxygen dissolved","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"3620","VMV_METHOD_TITLE":"Field measurements are made using a multi-sonde."}
{"VMV_CODE":"110003","VMV_VARIABLE_CODE":"661","VMV_VARIABLE":"Oxygen dissolved % saturation","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"% sat","VMV_UNIT_NAME":"% saturation","VMV_METHOD_CODE":"3620","VMV_METHOD_TITLE":"Field measurements are made using a multi-sonde."}
{"VMV_CODE":"110108","VMV_VARIABLE_CODE":"3042","VMV_VARIABLE":"Butylate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110110","VMV_VARIABLE_CODE":"1110","VMV_VARIABLE":"Atrazine desethyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110111","VMV_VARIABLE_CODE":"2721","VMV_VARIABLE":"Ethalfluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110112","VMV_VARIABLE_CODE":"122","VMV_VARIABLE":"Trifluralin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110113","VMV_VARIABLE_CODE":"172","VMV_VARIABLE":"Phorate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110114","VMV_VARIABLE_CODE":"161","VMV_VARIABLE":"Diallate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110115","VMV_VARIABLE_CODE":"100","VMV_VARIABLE":"Simazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110116","VMV_VARIABLE_CODE":"189","VMV_VARIABLE":"Diazinon","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110117","VMV_VARIABLE_CODE":"162","VMV_VARIABLE":"Triallate","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110119","VMV_VARIABLE_CODE":"208","VMV_VARIABLE":"Metolachlor","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110120","VMV_VARIABLE_CODE":"154","VMV_VARIABLE":"Cyanazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110121","VMV_VARIABLE_CODE":"210","VMV_VARIABLE":"Diclofop-methyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110122","VMV_VARIABLE_CODE":"1148","VMV_VARIABLE":"Resmethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110123","VMV_VARIABLE_CODE":"1147","VMV_VARIABLE":"Piperonyl butoxide","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110124","VMV_VARIABLE_CODE":"156","VMV_VARIABLE":"Benzoylprop-ethyl","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110125","VMV_VARIABLE_CODE":"265","VMV_VARIABLE":"Phosmet total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110126","VMV_VARIABLE_CODE":"3634","VMV_VARIABLE":"Azamethiphos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110127","VMV_VARIABLE_CODE":"232","VMV_VARIABLE":"Terbacil","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"3655","VMV_METHOD_TITLE":"Pesticides in water with GPC clean-up are determined by GC/MS."}
{"VMV_CODE":"110128","VMV_VARIABLE_CODE":"302","VMV_VARIABLE":"Azinphos-methyl","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110131","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110132","VMV_VARIABLE_CODE":"5","VMV_VARIABLE":"Chlorothalonil","VMV_VARIABLE_TYPE":"Organochlorine","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110134","VMV_VARIABLE_CODE":"133","VMV_VARIABLE":"Atrazine","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110136","VMV_VARIABLE_CODE":"186","VMV_VARIABLE":"Linuron","VMV_VARIABLE_TYPE":"Sulfonyl urea","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110137","VMV_VARIABLE_CODE":"4152","VMV_VARIABLE":"Metobromuron","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110138","VMV_VARIABLE_CODE":"121","VMV_VARIABLE":"Carbofuran","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110141","VMV_VARIABLE_CODE":"150","VMV_VARIABLE":"Metribuzin","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110146","VMV_VARIABLE_CODE":"3632","VMV_VARIABLE":"Azoxystrobin","VMV_VARIABLE_TYPE":"Fungicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110147","VMV_VARIABLE_CODE":"244","VMV_VARIABLE":"Carbaryl","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110149","VMV_VARIABLE_CODE":"234","VMV_VARIABLE":"Dimethoate OR phosphamide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110150","VMV_VARIABLE_CODE":"326","VMV_VARIABLE":"Fonofos","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110151","VMV_VARIABLE_CODE":"60","VMV_VARIABLE":"Heptachlor epoxide","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110152","VMV_VARIABLE_CODE":"2646","VMV_VARIABLE":"Metalaxyl (methyl N-(methoxyacetyl)-N-(2,6-xylyl)-D-alaninate)","VMV_VARIABLE_TYPE":"Carbamate","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110154","VMV_VARIABLE_CODE":"209","VMV_VARIABLE":"Hexazinone","VMV_VARIABLE_TYPE":"Herbicides","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4000","VMV_METHOD_TITLE":"Pesticides in water are determined using liquid-liquid extraction and capillary gas chromatography with mass spectrometer detector (GC-MSD)."}
{"VMV_CODE":"110238","VMV_VARIABLE_CODE":"730","VMV_VARIABLE":"Phosphorus total","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"4004","VMV_METHOD_TITLE":"Analysis of phosphates is done by autoclave digestion with LACHAT FIA."}
{"VMV_CODE":"110239","VMV_VARIABLE_CODE":"2655","VMV_VARIABLE":"Ammonia unfiltered","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"4005","VMV_METHOD_TITLE":"Analysis of ammonia is done with LACHAT FIA."}
{"VMV_CODE":"110240","VMV_VARIABLE_CODE":"635","VMV_VARIABLE":"Nitrogen total","VMV_VARIABLE_TYPE":"Nitrogen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"4006","VMV_METHOD_TITLE":"Total nitrogen in water is measured spectrophotometrically at the 520 nm wavelength (FIA)."}
{"VMV_CODE":"110241","VMV_VARIABLE_CODE":"766","VMV_VARIABLE":"Antimony total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110242","VMV_VARIABLE_CODE":"379","VMV_VARIABLE":"Arsenic  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110243","VMV_VARIABLE_CODE":"393","VMV_VARIABLE":"Beryllium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110244","VMV_VARIABLE_CODE":"412","VMV_VARIABLE":"Cadmium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110245","VMV_VARIABLE_CODE":"463","VMV_VARIABLE":"Chromium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110246","VMV_VARIABLE_CODE":"456","VMV_VARIABLE":"Cobalt total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110247","VMV_VARIABLE_CODE":"470","VMV_VARIABLE":"Copper  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110248","VMV_VARIABLE_CODE":"683","VMV_VARIABLE":"Lead total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110249","VMV_VARIABLE_CODE":"595","VMV_VARIABLE":"Molybdenum total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110250","VMV_VARIABLE_CODE":"610","VMV_VARIABLE":"Nickel  total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110251","VMV_VARIABLE_CODE":"782","VMV_VARIABLE":"Selenium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110252","VMV_VARIABLE_CODE":"350","VMV_VARIABLE":"Silver total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110253","VMV_VARIABLE_CODE":"861","VMV_VARIABLE":"Thallium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110254","VMV_VARIABLE_CODE":"812","VMV_VARIABLE":"Tin total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110255","VMV_VARIABLE_CODE":"858","VMV_VARIABLE":"Titanium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110256","VMV_VARIABLE_CODE":"2725","VMV_VARIABLE":"Uranium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110257","VMV_VARIABLE_CODE":"878","VMV_VARIABLE":"Vanadium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110258","VMV_VARIABLE_CODE":"890","VMV_VARIABLE":"Zinc total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4007","VMV_METHOD_TITLE":"Total metals in water with \"in bottle\" digestion are analyzed by inductively coupled plasma - collision/reaction cell - mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110259","VMV_VARIABLE_CODE":"388","VMV_VARIABLE":"Barium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110260","VMV_VARIABLE_CODE":"401","VMV_VARIABLE":"Boron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110261","VMV_VARIABLE_CODE":"408","VMV_VARIABLE":"Calcium  total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110262","VMV_VARIABLE_CODE":"519","VMV_VARIABLE":"Iron total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110263","VMV_VARIABLE_CODE":"585","VMV_VARIABLE":"Magnesium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110264","VMV_VARIABLE_CODE":"591","VMV_VARIABLE":"Manganese total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110265","VMV_VARIABLE_CODE":"567","VMV_VARIABLE":"Potassium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110266","VMV_VARIABLE_CODE":"602","VMV_VARIABLE":"Sodium total","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110267","VMV_VARIABLE_CODE":"823","VMV_VARIABLE":"Strontium total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2960","VMV_METHOD_TITLE":"Total metals in water by \"in bottle\" digestion are analyzed by ICP-MS/ICP-OES."}
{"VMV_CODE":"110269","VMV_VARIABLE_CODE":"2677","VMV_VARIABLE":"Orthophosphate dissolved/unfiltered","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2758","VMV_METHOD_TITLE":"Ortho-phosphorous is analyzed by colourimetry on an autoanalyzer."}
{"VMV_CODE":"110288","VMV_VARIABLE_CODE":"549","VMV_VARIABLE":"Mercury total","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4008","VMV_METHOD_TITLE":"Mercury by cold vapor atomic fluorescence detector with concentration by an inline gold trap."}
{"VMV_CODE":"110587","VMV_VARIABLE_CODE":"1429","VMV_VARIABLE":"Naphthalene-C1","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110588","VMV_VARIABLE_CODE":"4048","VMV_VARIABLE":"Naphthalene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110589","VMV_VARIABLE_CODE":"4049","VMV_VARIABLE":"Alkylated naphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110590","VMV_VARIABLE_CODE":"1430","VMV_VARIABLE":"Naphthalene-C4","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110591","VMV_VARIABLE_CODE":"4400","VMV_VARIABLE":"Dibenzothiophene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110592","VMV_VARIABLE_CODE":"4053","VMV_VARIABLE":"Dibenzothiophene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110593","VMV_VARIABLE_CODE":"4401","VMV_VARIABLE":"Fluoranthene/pyrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110594","VMV_VARIABLE_CODE":"4405","VMV_VARIABLE":"Fluoranthene/pyrene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110595","VMV_VARIABLE_CODE":"4402","VMV_VARIABLE":"Fluorene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110596","VMV_VARIABLE_CODE":"9003","VMV_VARIABLE":"Fluorene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110597","VMV_VARIABLE_CODE":"9004","VMV_VARIABLE":"Fluorene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110598","VMV_VARIABLE_CODE":"4411","VMV_VARIABLE":"Fluorene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110599","VMV_VARIABLE_CODE":"4054","VMV_VARIABLE":"Dibenzothiophene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110600","VMV_VARIABLE_CODE":"4403","VMV_VARIABLE":"Phenanthrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110601","VMV_VARIABLE_CODE":"3730","VMV_VARIABLE":"Phenanthrene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110602","VMV_VARIABLE_CODE":"3731","VMV_VARIABLE":"Phenanthrene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110603","VMV_VARIABLE_CODE":"3732","VMV_VARIABLE":"Phenanthrene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110604","VMV_VARIABLE_CODE":"4412","VMV_VARIABLE":"Chrysene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110605","VMV_VARIABLE_CODE":"4404","VMV_VARIABLE":"Chrysene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110606","VMV_VARIABLE_CODE":"4406","VMV_VARIABLE":"Chrysene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110607","VMV_VARIABLE_CODE":"4409","VMV_VARIABLE":"Chrysene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110608","VMV_VARIABLE_CODE":"1077","VMV_VARIABLE":"Biphenyl","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110611","VMV_VARIABLE_CODE":"137","VMV_VARIABLE":"Benzo(e)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110612","VMV_VARIABLE_CODE":"141","VMV_VARIABLE":"Perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"110688","VMV_VARIABLE_CODE":"371","VMV_VARIABLE":"Aluminum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110689","VMV_VARIABLE_CODE":"764","VMV_VARIABLE":"Antimony extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110690","VMV_VARIABLE_CODE":"377","VMV_VARIABLE":"Arsenic extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110691","VMV_VARIABLE_CODE":"387","VMV_VARIABLE":"Barium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110692","VMV_VARIABLE_CODE":"392","VMV_VARIABLE":"Beryllium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110693","VMV_VARIABLE_CODE":"400","VMV_VARIABLE":"Boron extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110694","VMV_VARIABLE_CODE":"410","VMV_VARIABLE":"Cadmium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110695","VMV_VARIABLE_CODE":"461","VMV_VARIABLE":"Chromium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110696","VMV_VARIABLE_CODE":"454","VMV_VARIABLE":"Cobalt extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110697","VMV_VARIABLE_CODE":"468","VMV_VARIABLE":"Copper  extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110698","VMV_VARIABLE_CODE":"679","VMV_VARIABLE":"Lead extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110699","VMV_VARIABLE_CODE":"589","VMV_VARIABLE":"Manganese extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110700","VMV_VARIABLE_CODE":"594","VMV_VARIABLE":"Molybdenum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110701","VMV_VARIABLE_CODE":"608","VMV_VARIABLE":"Nickel extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110702","VMV_VARIABLE_CODE":"820","VMV_VARIABLE":"Strontium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110703","VMV_VARIABLE_CODE":"857","VMV_VARIABLE":"Titanium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110704","VMV_VARIABLE_CODE":"877","VMV_VARIABLE":"Vanadium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110705","VMV_VARIABLE_CODE":"888","VMV_VARIABLE":"Zinc extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110706","VMV_VARIABLE_CODE":"349","VMV_VARIABLE":"Silver extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2841","VMV_METHOD_TITLE":"Extractable elements in acid preserved samples are analyzed by ICP-MS."}
{"VMV_CODE":"110707","VMV_VARIABLE_CODE":"437","VMV_VARIABLE":"Colour apparent","VMV_VARIABLE_TYPE":"Physical","VMV_UNIT":"HZN units","VMV_UNIT_NAME":"Hazen colour unit","VMV_METHOD_CODE":"2881","VMV_METHOD_TITLE":"Automated determination of apparent colour by platinum-cobalt standard"}
{"VMV_CODE":"110798","VMV_VARIABLE_CODE":"1311","VMV_VARIABLE":"Methyl mercury","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4047","VMV_METHOD_TITLE":"Methylmercury in water is determined using HPLC coupled to mercury analyzer (atomic fluorescence)."}
{"VMV_CODE":"110799","VMV_VARIABLE_CODE":"1070","VMV_VARIABLE":"Mercury suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4054","VMV_METHOD_TITLE":"Low level mercury in water is analyzed by atomic fluorescence using a gold trap."}
{"VMV_CODE":"110802","VMV_VARIABLE_CODE":"1070","VMV_VARIABLE":"Mercury suspended","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4055","VMV_METHOD_TITLE":"Total mercury in water is analyzed by atomic fluorescence."}
{"VMV_CODE":"110815","VMV_VARIABLE_CODE":"3711","VMV_VARIABLE":"Complexed zinc","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4052","VMV_METHOD_TITLE":"Complexed metals in water are analyzed by ICP-MS."}
{"VMV_CODE":"110816","VMV_VARIABLE_CODE":"3710","VMV_VARIABLE":"Complexed manganese","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4052","VMV_METHOD_TITLE":"Complexed metals in water are analyzed by ICP-MS."}
{"VMV_CODE":"110817","VMV_VARIABLE_CODE":"3709","VMV_VARIABLE":"Complexed lead","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4052","VMV_METHOD_TITLE":"Complexed metals in water are analyzed by ICP-MS."}
{"VMV_CODE":"110818","VMV_VARIABLE_CODE":"3708","VMV_VARIABLE":"Complexed iron","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"4052","VMV_METHOD_TITLE":"Complexed metals in water are analyzed by ICP-MS."}
{"VMV_CODE":"110819","VMV_VARIABLE_CODE":"3707","VMV_VARIABLE":"Complexed copper","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4052","VMV_METHOD_TITLE":"Complexed metals in water are analyzed by ICP-MS."}
{"VMV_CODE":"110820","VMV_VARIABLE_CODE":"3706","VMV_VARIABLE":"Complexed aluminum","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4052","VMV_METHOD_TITLE":"Complexed metals in water are analyzed by ICP-MS."}
{"VMV_CODE":"110821","VMV_VARIABLE_CODE":"659","VMV_VARIABLE":"Oxygen dissolved","VMV_VARIABLE_TYPE":"Oxygen","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"4053","VMV_METHOD_TITLE":"Dissolved oxygen in measured in situ with Hydrolab using blue laser luminescence."}
{"VMV_CODE":"110871","VMV_VARIABLE_CODE":"888","VMV_VARIABLE":"Zinc extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110872","VMV_VARIABLE_CODE":"877","VMV_VARIABLE":"Vanadium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110873","VMV_VARIABLE_CODE":"857","VMV_VARIABLE":"Titanium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110874","VMV_VARIABLE_CODE":"820","VMV_VARIABLE":"Strontium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110875","VMV_VARIABLE_CODE":"349","VMV_VARIABLE":"Silver extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110876","VMV_VARIABLE_CODE":"608","VMV_VARIABLE":"Nickel extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110877","VMV_VARIABLE_CODE":"594","VMV_VARIABLE":"Molybdenum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110878","VMV_VARIABLE_CODE":"589","VMV_VARIABLE":"Manganese extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110879","VMV_VARIABLE_CODE":"679","VMV_VARIABLE":"Lead extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110880","VMV_VARIABLE_CODE":"468","VMV_VARIABLE":"Copper  extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110881","VMV_VARIABLE_CODE":"454","VMV_VARIABLE":"Cobalt extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110882","VMV_VARIABLE_CODE":"461","VMV_VARIABLE":"Chromium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110883","VMV_VARIABLE_CODE":"410","VMV_VARIABLE":"Cadmium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110884","VMV_VARIABLE_CODE":"392","VMV_VARIABLE":"Beryllium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110885","VMV_VARIABLE_CODE":"387","VMV_VARIABLE":"Barium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110886","VMV_VARIABLE_CODE":"371","VMV_VARIABLE":"Aluminum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2628","VMV_METHOD_TITLE":"Extractable metals by inductively coupled argon plasma (ICAP) emission."}
{"VMV_CODE":"110887","VMV_VARIABLE_CODE":"887","VMV_VARIABLE":"Zinc dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110888","VMV_VARIABLE_CODE":"876","VMV_VARIABLE":"Vanadium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110889","VMV_VARIABLE_CODE":"856","VMV_VARIABLE":"Titanium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110890","VMV_VARIABLE_CODE":"819","VMV_VARIABLE":"Strontium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110891","VMV_VARIABLE_CODE":"348","VMV_VARIABLE":"Silver dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110892","VMV_VARIABLE_CODE":"607","VMV_VARIABLE":"Nickel dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110893","VMV_VARIABLE_CODE":"593","VMV_VARIABLE":"Molybdenum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110894","VMV_VARIABLE_CODE":"588","VMV_VARIABLE":"Manganese dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110895","VMV_VARIABLE_CODE":"678","VMV_VARIABLE":"Lead dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110896","VMV_VARIABLE_CODE":"467","VMV_VARIABLE":"Copper dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110897","VMV_VARIABLE_CODE":"453","VMV_VARIABLE":"Cobalt dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110899","VMV_VARIABLE_CODE":"409","VMV_VARIABLE":"Cadmium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110900","VMV_VARIABLE_CODE":"391","VMV_VARIABLE":"Beryllium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110901","VMV_VARIABLE_CODE":"386","VMV_VARIABLE":"Barium dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110902","VMV_VARIABLE_CODE":"370","VMV_VARIABLE":"Aluminum dissolved","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"2725","VMV_METHOD_TITLE":"Dissolved metals are analyzed by ICP-AES"}
{"VMV_CODE":"110981","VMV_VARIABLE_CODE":"1139","VMV_VARIABLE":"Cyfluthrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110982","VMV_VARIABLE_CODE":"1","VMV_VARIABLE":"Deltamethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110983","VMV_VARIABLE_CODE":"1141","VMV_VARIABLE":"Esfenvalerate","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110984","VMV_VARIABLE_CODE":"3","VMV_VARIABLE":"Cypermethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110985","VMV_VARIABLE_CODE":"4","VMV_VARIABLE":"Permethrin","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110986","VMV_VARIABLE_CODE":"4151","VMV_VARIABLE":"Cyhalothrin-lambda","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110987","VMV_VARIABLE_CODE":"84","VMV_VARIABLE":"Endosulfan sulphate total","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110988","VMV_VARIABLE_CODE":"187","VMV_VARIABLE":"Beta-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110989","VMV_VARIABLE_CODE":"335","VMV_VARIABLE":"alpha-endosulfan","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110990","VMV_VARIABLE_CODE":"170","VMV_VARIABLE":"Chlorpyriphos OR dursban","VMV_VARIABLE_TYPE":"Insecticides","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4068","VMV_METHOD_TITLE":"Pesticides in water are extracted with dichloromethane and analyzed by GC-ECD."}
{"VMV_CODE":"110992","VMV_VARIABLE_CODE":"888","VMV_VARIABLE":"Zinc extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110993","VMV_VARIABLE_CODE":"877","VMV_VARIABLE":"Vanadium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110994","VMV_VARIABLE_CODE":"2733","VMV_VARIABLE":"Uranium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110995","VMV_VARIABLE_CODE":"857","VMV_VARIABLE":"Titanium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110996","VMV_VARIABLE_CODE":"811","VMV_VARIABLE":"Tin extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110997","VMV_VARIABLE_CODE":"860","VMV_VARIABLE":"Thallium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110998","VMV_VARIABLE_CODE":"349","VMV_VARIABLE":"Silver extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"110999","VMV_VARIABLE_CODE":"780","VMV_VARIABLE":"Selenium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111000","VMV_VARIABLE_CODE":"608","VMV_VARIABLE":"Nickel extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111001","VMV_VARIABLE_CODE":"594","VMV_VARIABLE":"Molybdenum extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111002","VMV_VARIABLE_CODE":"679","VMV_VARIABLE":"Lead extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111003","VMV_VARIABLE_CODE":"468","VMV_VARIABLE":"Copper  extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111004","VMV_VARIABLE_CODE":"454","VMV_VARIABLE":"Cobalt extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111005","VMV_VARIABLE_CODE":"461","VMV_VARIABLE":"Chromium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111006","VMV_VARIABLE_CODE":"410","VMV_VARIABLE":"Cadmium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111007","VMV_VARIABLE_CODE":"392","VMV_VARIABLE":"Beryllium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111008","VMV_VARIABLE_CODE":"377","VMV_VARIABLE":"Arsenic extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111009","VMV_VARIABLE_CODE":"764","VMV_VARIABLE":"Antimony extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4070","VMV_METHOD_TITLE":"Extractable metals in water are determined by inductively coupled plasma-collision/reaction cell-mass spectrometry (ICP-CRC-MS)."}
{"VMV_CODE":"111111","VMV_VARIABLE_CODE":"3713","VMV_VARIABLE":"Chloropicrin (nitrochloroform)","VMV_VARIABLE_TYPE":"Aliphatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4086","VMV_METHOD_TITLE":"Purgeables (THM/BTEX, etc.) are determined using equilibrium headspace solid phase micro-extraction (SPME) /capillary column gas chromatography/mass spectrometric detection."}
{"VMV_CODE":"111123","VMV_VARIABLE_CODE":"312","VMV_VARIABLE":"Naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111124","VMV_VARIABLE_CODE":"10055","VMV_VARIABLE":"Naphthalenes-C1","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111125","VMV_VARIABLE_CODE":"10052","VMV_VARIABLE":"Naphthalene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111126","VMV_VARIABLE_CODE":"10050","VMV_VARIABLE":"Naphthalene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111127","VMV_VARIABLE_CODE":"10048","VMV_VARIABLE":"Naphthalene-C4","VMV_VARIABLE_TYPE":"Surrogate","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111128","VMV_VARIABLE_CODE":"1077","VMV_VARIABLE":"Biphenyl","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111131","VMV_VARIABLE_CODE":"148","VMV_VARIABLE":"Acenaphthylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111132","VMV_VARIABLE_CODE":"292","VMV_VARIABLE":"Acenaphthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111133","VMV_VARIABLE_CODE":"2626","VMV_VARIABLE":"Dibenzothiophene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111134","VMV_VARIABLE_CODE":"10056","VMV_VARIABLE":"Dibenzothiophenes-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111135","VMV_VARIABLE_CODE":"10053","VMV_VARIABLE":"Dibenzothiophenes-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111136","VMV_VARIABLE_CODE":"4401","VMV_VARIABLE":"Fluoranthene/pyrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111137","VMV_VARIABLE_CODE":"4405","VMV_VARIABLE":"Fluoranthene/pyrene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111138","VMV_VARIABLE_CODE":"303","VMV_VARIABLE":"Fluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111139","VMV_VARIABLE_CODE":"4402","VMV_VARIABLE":"Fluorene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111140","VMV_VARIABLE_CODE":"9003","VMV_VARIABLE":"Fluorene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111141","VMV_VARIABLE_CODE":"9004","VMV_VARIABLE":"Fluorene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111142","VMV_VARIABLE_CODE":"4411","VMV_VARIABLE":"Fluorene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111143","VMV_VARIABLE_CODE":"4054","VMV_VARIABLE":"Dibenzothiophene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111144","VMV_VARIABLE_CODE":"299","VMV_VARIABLE":"Phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111145","VMV_VARIABLE_CODE":"93","VMV_VARIABLE":"p-naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111146","VMV_VARIABLE_CODE":"4403","VMV_VARIABLE":"Phenanthrene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111147","VMV_VARIABLE_CODE":"3730","VMV_VARIABLE":"Phenanthrene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111148","VMV_VARIABLE_CODE":"3731","VMV_VARIABLE":"Phenanthrene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111149","VMV_VARIABLE_CODE":"3732","VMV_VARIABLE":"Phenanthrene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111150","VMV_VARIABLE_CODE":"146","VMV_VARIABLE":"Fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111151","VMV_VARIABLE_CODE":"107","VMV_VARIABLE":"Benzophenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111152","VMV_VARIABLE_CODE":"219","VMV_VARIABLE":"Benzo(a)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111153","VMV_VARIABLE_CODE":"155","VMV_VARIABLE":"Benzo(a)phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111154","VMV_VARIABLE_CODE":"4412","VMV_VARIABLE":"Chrysene-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111155","VMV_VARIABLE_CODE":"4404","VMV_VARIABLE":"Chrysene-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111156","VMV_VARIABLE_CODE":"4406","VMV_VARIABLE":"Chrysene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111157","VMV_VARIABLE_CODE":"4409","VMV_VARIABLE":"Chrysene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111158","VMV_VARIABLE_CODE":"145","VMV_VARIABLE":"Benzo(b)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111159","VMV_VARIABLE_CODE":"147","VMV_VARIABLE":"Benzo(k)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111160","VMV_VARIABLE_CODE":"137","VMV_VARIABLE":"Benzo(e)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111161","VMV_VARIABLE_CODE":"204","VMV_VARIABLE":"Benzo(a)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111162","VMV_VARIABLE_CODE":"141","VMV_VARIABLE":"Perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111163","VMV_VARIABLE_CODE":"140","VMV_VARIABLE":"Indeno(1,2,3-c,d)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111164","VMV_VARIABLE_CODE":"212","VMV_VARIABLE":"Dibenz(a,h)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111165","VMV_VARIABLE_CODE":"132","VMV_VARIABLE":"Benzo(g,h,i)perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"4100","VMV_METHOD_TITLE":"PAH and alkyl substituted PAH in water are analyzed via GC-MS."}
{"VMV_CODE":"111228","VMV_VARIABLE_CODE":"4542","VMV_VARIABLE":"Dibenzothiophene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111229","VMV_VARIABLE_CODE":"4408","VMV_VARIABLE":"Fluoranthene/pyrene-C3","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111230","VMV_VARIABLE_CODE":"4410","VMV_VARIABLE":"Fluoranthene/pyrene-C4","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111231","VMV_VARIABLE_CODE":"3774","VMV_VARIABLE":"Benzopyrenes-C1","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111232","VMV_VARIABLE_CODE":"3775","VMV_VARIABLE":"Benzopyrenes-C2","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111233","VMV_VARIABLE_CODE":"3075","VMV_VARIABLE":"Acridine","VMV_VARIABLE_TYPE":"Substituted Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111234","VMV_VARIABLE_CODE":"915","VMV_VARIABLE":"Carbazole OR dibenzopyrrole","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111235","VMV_VARIABLE_CODE":"1423","VMV_VARIABLE":"Indeno(1,2,3-cd)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111236","VMV_VARIABLE_CODE":"2364","VMV_VARIABLE":"7-Isopropyl-1-methylphenanthrene (retene)","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111268","VMV_VARIABLE_CODE":"312","VMV_VARIABLE":"Naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111269","VMV_VARIABLE_CODE":"148","VMV_VARIABLE":"Acenaphthylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111270","VMV_VARIABLE_CODE":"292","VMV_VARIABLE":"Acenaphthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111271","VMV_VARIABLE_CODE":"303","VMV_VARIABLE":"Fluorene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111272","VMV_VARIABLE_CODE":"299","VMV_VARIABLE":"Phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111273","VMV_VARIABLE_CODE":"93","VMV_VARIABLE":"p-naphthalene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111274","VMV_VARIABLE_CODE":"146","VMV_VARIABLE":"Fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111275","VMV_VARIABLE_CODE":"107","VMV_VARIABLE":"Benzophenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111276","VMV_VARIABLE_CODE":"219","VMV_VARIABLE":"Benzo(a)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111277","VMV_VARIABLE_CODE":"155","VMV_VARIABLE":"Benzo(a)phenanthrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111278","VMV_VARIABLE_CODE":"145","VMV_VARIABLE":"Benzo(b)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111279","VMV_VARIABLE_CODE":"147","VMV_VARIABLE":"Benzo(k)fluoranthene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111280","VMV_VARIABLE_CODE":"204","VMV_VARIABLE":"Benzo(a)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111281","VMV_VARIABLE_CODE":"140","VMV_VARIABLE":"Indeno(1,2,3-c,d)pyrene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111282","VMV_VARIABLE_CODE":"212","VMV_VARIABLE":"Dibenz(a,h)anthracene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111283","VMV_VARIABLE_CODE":"132","VMV_VARIABLE":"Benzo(g,h,i)perylene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111284","VMV_VARIABLE_CODE":"2626","VMV_VARIABLE":"Dibenzothiophene","VMV_VARIABLE_TYPE":"Aromatic","VMV_UNIT":"ng/L","VMV_UNIT_NAME":"nanogram per liter","VMV_METHOD_CODE":"4102","VMV_METHOD_TITLE":"Analysis of OCs, PCBs, CBs & PAHs in 1 L water by GC-ECD and GC-MSD"}
{"VMV_CODE":"111393","VMV_VARIABLE_CODE":"3491","VMV_VARIABLE":"Yttrium extractable","VMV_VARIABLE_TYPE":"Metal","VMV_UNIT":"µg/L","VMV_UNIT_NAME":"microgram per liter","VMV_METHOD_CODE":"1917","VMV_METHOD_TITLE":"Extractable metals in water using inductively coupled argon plasma-sector field mass spectrometer (ICP-SFMS)"}
{"VMV_CODE":"201144","VMV_VARIABLE_CODE":"475","VMV_VARIABLE":"Carbon dissolved inorganic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2695","VMV_METHOD_TITLE":"Carbon concentration determined by infrared analysis on an automated Shimadzu system"}
{"VMV_CODE":"201145","VMV_VARIABLE_CODE":"478","VMV_VARIABLE":"Carbon dissolved organic","VMV_VARIABLE_TYPE":"Carbon","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"2695","VMV_METHOD_TITLE":"Carbon concentration determined by infrared analysis on an automated Shimadzu system"}
{"VMV_CODE":"201836","VMV_VARIABLE_CODE":"532","VMV_VARIABLE":"Fluoride dissolved","VMV_VARIABLE_TYPE":"Major Ions","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"617","VMV_METHOD_TITLE":"Ions by ion exchange chromatography; equivalent to BC MELP EMS CODE X044"}
{"VMV_CODE":"910177","VMV_VARIABLE_CODE":"2879","VMV_VARIABLE":"Phosphorus total dissolved","VMV_VARIABLE_TYPE":"Phosphorus","VMV_UNIT":"mg/L","VMV_UNIT_NAME":"milligram per liter","VMV_METHOD_CODE":"9100","VMV_METHOD_TITLE":"Unknown method used for third-party reported measurements"}