projects
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ProjectTitle Atmospheric Integrated Research Monitoring Network (AIRMoN) National Atmospheric Deposition Program/ National Trends Network(NADP/NTN) Clean Air Status and Trends Network (CASTNet) Surface Radiation Budget Network (SURFRAD) Great Lakes Atmopsheric Mercury Assessment Project Multistate Atmospheric Power Production Pollution Study (MAP3S) NWS Cooperative Observer Temperature Network NWS Cooperative Observer Precipitation Network NWS/FAA Airways Reports SPC Severe Convective Weather Records USGS/IEPA Water Quality Monitoring USGS/IEPA Water Quality Monitoring Scour Channel Development after Spillway Failure Circulation Patterns in the Near-Shore Region of Southern Lake Michigan Monitoring and Evaluation of Sediment Inputs to Peoria Lake Wolf Lake Clean Lake Project Frank Holten State Park Lakes Impacts of 1993 Flood on Backwater lakes USGS /IEPA Water Quality Monitoring Lake Sedimentation Surveys Impact of 1993 Flood on the Quality of Water & Sediment on the IL & MS Rivers Evaluation of Streambank Stabilization Work of Richland County The Variation of Manning's Roughness Coefficient Against Stage Cache River Dewatering Well Assessment for Highway Drainage System Sand Ridge Tracer Experiment Organic Sampling Sand Ridge Fish Hatcheries Sampling Frequency Metro East Woodstock Needs Assessment Assessment of Proposed Discharged of Ground Water to Surface Waters of Am. Bottoms Area of SW IL Establishing a Protocol for Evaluating the Impact of Non-Point Source Pollution on High Quality Natural Communities Delineation of Time-Related Capture Zones for Loves Park Wells 1 and 2 Establishing a Protocol for Evaluating the Impact of Non-Point Source Pollution on High Quality Natural Communities Sampling Frequency for Groundwater Quality Monitoring Agricultural Chemical Contamination of Shallow Bored and Dug Wells Water Well Construction Reports Illinois Water Inventory Program Water Well Sealing Affidavits Pilot Study: Agricultural Chemicals in Rural, Private Wells in Illinois Educ. & Cost-Effect. Pgm. for Assess. of Nitrate & Coliform Bacteria in Rural, Private Wells in IL Ground-Water Levels in the East Segment of Buried Mohomet Valley Lee-Whiteside/Bureau Ground-Water Reconnaissance Peoria-Pekin Regional Ground-Water Quality Assessment Investigation of Water Levels & Pumpage in the Deep Bedrock Aquifers in the Chicago Region Institutional Water Treatment Program (IWTP) Soil Moisture Network Illinois Climate Network (ICN) Benchmark Sediment Monitoring Program Watershed Monitoring of the Lake Decatur Watershed
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Watershed Monitoring of the Vermilion River Watershed Water, Sediment, and Nutrient Budgets of Lake Springfield Watershed Reservoir Water levels for Water and Climate Summary McHenry County TARP WQ USACOE, Rock Island District, Illinois Waterway Water Quality Monitoring Illinois River Virological Data Metropolitan Water Reclamation District of Greater Chicago - Bridge Runs Illinois State Water Survey: Biweekly sampling @ Peoria Illinois Water Quality Network MWRDGC Comprehensive Water Quality Evaluation: Study 8 MWRDGC Comprehensive Water Quality Evaluation: Study 7 MWRDGC Comprehensive Water Quality Evaluation: Study 1 Libby-Owens-Ford Company Intake Illinois River Water Quality NWS Cooperative Observer Hourly Precipitation Network NMC Synoptic Weather Charts SPC Storm Data CO - Criteria Pollutants O3 - Criteria Pollutants SO2 - Criteria Pollutants NO2 - Criteria Pollutants Pb - Criteria Pollutants PM10 - Criteria Pollutants Non-criteria Pollutants - Acidic aerosols - SO4, NO3 Non-criteria Pollutants - Trace metals - As, Be, Cd, Cr, Fe, Mn, Ni, Se, V Aerometric Information Retrieval System (AIRS) Metro East Mass Measurements Shallow Ground-water Monitoring Active Ground-Water Monitoring Well Network Inactive Ground-Water Monitoring Wells Ground-Water/Surface Water Interactions at Sand Lake, Mason Co, IL National Atmospheric Deposition Program/ Mercur Deposton Network (NADP/MDN)
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FundingAgency MeasureType DataDescription dataForm DataAvail DataCharge projectURLActive StartDate NOAA Precipitation depth & AIRMoN is wet-only deposition of sulfate,to NADPchloride, orthophosphate, 1992 torequests type, daily a NADP network. In addition nitrate, objectives, AIRMoN is designed magnesiu digital database unrestrictedNo chargeshttp://napd.nrel.colostate.edu/NADP/ investiga for WEB access, charges for special TRUE calcium, Federal/State Precipitation depth, type, andawet-only ion deposition. NTN is NADP network. The objective is to measure the spatial extent and special requests. digital unrestrictedNo chargeshttp://nadp.nrel.colostate.edu/NADP/ variation for Web access, charges for temporal TRUE 1979 US EPA Contractor weather parameters, surface wetness, leaf area index, air concentration measurements, overall environme Various CASTNet objective is to assess improvements in the nation's air quality and inferred dry depos digital unrestrictednone TRUE 1987 NOAA ARLUpward and downward short and to measure the longwaveUV-B, photosynthetically active radiation, and ancillary w Objective isdigital longwave radiation, plus and shortwave radiation budgets for 1994 global climat Web accessible none http://www.srrb.noaa.gov/surfrad/surfpage.htm TRUE use in Univ. of Michigan and gas phase mercury, digital Particle Objective is and particulate trace on request? http://www.sph.umich.edu/group/eih/umaql/tensi to investigate the transport of and determine the sources of atmospheric mercury Available metals. none? FALSE 1994 U.S. DOE Precipitation type and amount, daily wetto investigate the transport, transformation, and deposition of pollutants inthe MAP3S' goal was deposition of ions. digital unrestrictednone FALSE 1977 NWS/NOAA Daily maximum and minimum airdigital, paper Early records used max/min thermometers, most recently sites converted to-MMTs temperature. unrestrictednone to state agencies/academia; others at cost TRUE 1870 NWS/NOAA Daily precipitation. Standard 8-inch gage. unrestrictednone to state agencies/academia; others - at cost digital, paper TRUE 1870 NOAA Sky condition, cloud coverage, ceiling height, cloud type/height, state agencies/academia; otherstemperature, visibil Hourly datadigital at 1st order NWS sites. reports unrestrictednone to coverage of layers, air/dewpoint1948 cost TRUE - at NOAA SPCTornado, hail (> 0.75 U.S. reports ofdamage,weather as defined by National Weather Service. 1955 of materials (formerly NSSFC) inches), wind severe unrestrictednone to state reports. digital wind gusts (> 50 knots) agencies/academia; others - cost TRUE Numerous water quality parameters that vary considerablyWater within paperDataTRUE Grab sampling or instream spot monitoring Resources (free); Hydrodata's 1977 CD-ROM; ST digital, paper USGS Illinois by site, see Illinois River watershed, approximately 8 tim USGS and STORET documentation. CD-ROMs (charge Reports; Hydrodata Numerous water quality parameters that vary considerablyWater within paperDataTRUE Grab sampling or instream spot monitoring Resources (free), of Illinois rivers other than Illinois digital, paper USGS Illinois by site, see watersheds Hydrodata's 1977 CD-ROM, ST USGS and STORET documentation. CD-ROM (charge) Reports, Hydrodata GC Cross-sectional profiles of scour paperof the unlimitedstructrure in Charleston, collected cross-sections to define patt Following failure channel development. none spillway FALSE Sea Grant Lake Michigan current measurements. spreadsheet Wilmet area using S4 current meters. Additional data availab Data collected along beach near none digital unlimited FALSE 1990 GC, Illinois Creek discharge and Data weretransport rates. 10 direct none DENR (now DNR) sediment collected from digital, paper unlimited tributaries to Peoria Lake to estimate significance relative to FALSE 1989 GC USEPA, IL EPA, IN hydrologic Mgmnt, collected to IN Lake depth, Dept Envr budget. Hammond, prepare a hydrologic (depth) map of FALSE and develop an inflow/outf Data were digital spreadsheet, none unlimited the lake 1992 USEPA, IL EPA depth, hydrologic budget.collected onunlimited Madison County to evaluate the success 1990 rehabilitatio Water Data were digital, paper lakes in none 3 FALSE of lake GC, IL EPALake depth and sediment chemistry.for preparing hydrographuics (water depth) maps for 4 backwater lakes. Sedim Data collected digital, GIS unrestrictednone FALSE 1993 Numerous water quality parameters that vary considerablyWater within paperData Hydrodata's Most sites have limite Grab sampling or instream spot monitoring STORET (free),FALSE other 1970 Illinois River, a digital, paper USGS Illinois by site, see Illinois documentation. CD-ROMs (charge) USGS & Resources watersheds Hydrodata CD-ROM, ST Reports, than GRF/ContractVarious Water/sediment depth, surface area, sediment characterization. processes in impoundment lakes. Some data inc Data were collected to monitor sedimentation digital, paper unrestrictednone FALSE 1930 Illinois EPACORE 1, PEST 1, CORE 3, CORE 4, groups.by IEPAmaintained bydata wereSTORET Samples were analyzed digital Data are lab and final IEPA on downloaded from 1993 none FALSE STORET database Illinois Dept. ENR (now DNR) Data were collected to evaluate the effectiveness of bank stabilization work1990 stream sectio Cross-sectional profiles of stream channel. unrestrictedpage charges digital, paper FALSE on a Water Resources discharge for various roughness settings. State, Center, Univ. of Illinois data were converted to calculate the available throught the Water Resources Cente Discharge paper unrestrictednone (report corresponding roughness coefficients and test FALSE 1993 Illinois DOCStage, discharge, sediment concentrations. 1985-1988 datamonitoring network starting with 14 gaging stations whic This was a comprehensive watershed published digital, paper none TRUE 1985 IL Dept. of Transportation levels, Dewatering digital,measured quarterly, observation wells have monthly recorder charts. Periodi Ground-water pumping rates, & ground-water quality analysis from wells. TRUE wells paper unrestrictednone 1983 USEPA Water levels measurements withdigital, paper -- depth to water, elevation of piezometric surfaces. Regular periodic measurements. piezometers unrestrictednone FALSE 1982 USEPA Ground-water levels -- depth to water. Irregular measurements. digital unrestrictednone FALSE 1984 Ill DOC Depth to water, elevation of piezometric paper Regular periodic measurements -- 14 piezometers, 4 observation wells, 8 pumping wells. digital, surface. unrestrictednone FALSE 1989 USEPA Continuous data recording measuring measurements, 22 piezometers, 12atmospheric pressure, and precipitation, d Regular periodic water unrestrictednonetemperature, sampling wells. digital, paper levels, ambient FALSE 1985 DENR (now DNR), USACE elevation of piezometric paperfrom monitoring wells. Depth to water, Multiple measurements digital, surface. unrestrictednone FALSE 1989 DENR (now DNR) Ground-water levels -- depth to water, elevation of piezometric surface. Single measurement. unrestrictednone digital, paper FALSE 1991 Coop Agreement with USACE watermonitoring wells, 7 surface water sites copying materialsFALSE from various subsets of mo Numerous ground ; 38 parameters, see expanded documentation. Goodwin & digital, Inc. unrestrictedcost of collected on 5 occasions Brom, reports 1989 IL Nature Preserves Commission Field pH, Eh, temperature and well records, unrestrictednone sponsor approval FALSE Available conductivity. soils maps, aerial photos, topographical maps, description of land use, digital, paper with 1996 Loves Park Ground-water levels, Datalocation (GPSpaperPark, IL tonone delineate time related capture zones for primary produ Water Dept. well collected at Loves numericalwith PI approval digital, data), unrestricted help model data. FALSE 1994 IL Nature Preserves Commission in water samples, GPS data, streamlocations. precipitation data SpringUSGS).Fen Nature Pre Dissolved constituents observation wells, 2unrestrictednone sponsorData collected at (from Grove 10 digital, paper surface water flow and approval FALSE with 1995 Coop Agreement with conductivity, alkalinity,digital oxygen, ammonia,nitrate,nitrite,sulfide sulfate,ortho- &optimize sampling freq pH, temp, USEPA-EMSL to collect benchmark water none dataset, evaluate FALSE to total-phosphorous,chl Goals: dsvd unrestricted, USEPA report: EPA/600/54/89/032 quality methods 1986 Fed Grant (CSRS-USDA) via IL Groundwater Consortium extent of none Depth-to-water,acifluorfen, studydigital Goal: alichlor,butylate,carboxin,chlordane,chlorpyrifos,cyanazine, diazinon,dieldrin,dinoseb,eth magnitude unrestricted, except forchemical contamination in shallow bored & dug w & agriculural exact locations and owners 1991 FALSE of wells GRF/G&C Geologic materials passed through while well drilling. Illinois statepaper law requires that drillers of wells submit a Well Construction Report to Dept. of Pu unrestrictedIndustry consultants $25, TRUE cents per page plus 10 GRF/G&C Point source pumpage, water use. of publicpublic water supplies - unrestricted; TRUE other data Illinois. aggrega Annual survey digital, paper water supplies and major self-supplied water users in - only in none GRF/G&C none Illinois statepaper law requires that construction contractors submit an affidavit to Dept. of Public He unrestrictedIndustry consultants $25, TRUE cents per page plus 10 Data collected on 39 Conducted digital agricultural for survey of agricultural except forcontamination ofand owners 1990of construction chemicals and 4 well water parameters. Well depth,rural, private wells. Stratified ra unrestricted, chemical exact locations date & method none FALSE of wells Fed Grant (CSRS-USDA) via IL Groundwaterbacteria. Included wellnone dateexact locations and ownerssurrounding land use Nitrate, total coliform Investigated nitrate and bacteria contamination & method ofFALSE Designed to provide well and E. Coli.digital Consortium unrestricted,depth, for in rural, private wells. except construction, 1995 of wells Aquifer Assessment Program (state) in ground-water data collected to ground-waterregional nat. gamma logs. range of annual Primarily depths to water 20 wells at 16 sites; well logs, characterize quality, flow directions and Basic digital unrestrictednone TRUE 1994 Aquifer Assess. Pgm. (now to water (>2000);digital data collected toquality, nat. gamma logs. Primary depths state) & Pioneer H logs, ground-water characterize aquifer response to irrigation in the second l Basic ground-water well unrestrictednone TRUE 1991 DENR's Aquifer AssessmentChemical analyses of ground-water samples for major, secondary, and trace constituents. Some s Depths to water. Program Primarily ground-water unrestricted, Research Report 124 FALSE digital, paper quality samples from privately-owned wells; none 1989 DNR/OWR Non-pumping water levels in deep bedrock wells. Periodic (5 years) mass measurement of water levels in deep bedrock wells over 15-county ar digital, paper unrestricted, ISWS Circular none FALSE 1995 State of Illinois Potable water -- hardness, alkalinity, 2000 potable samplescalcium, magnesium, nitrate, iron, copper, phosphate, TD Currently over chloride, sulfate, pH, on file. digital - dBase unrestrictednone TRUE 1982 State of Illlinois moisture data forData collected twice monthly during the growing season (March to September) and once a mo Soil 10 levels from 20 paper 2 meters of depth. digital, cm to unrestrictednone TRUE 1980 State of Illinois temperature, relative humidity, atmospheric pressure, 10 seconds fordirection, TRUEradiation, Precipitation & sola Air Sensors polled by datalogger every wind speed agencies/academia; others precipitation, soil t digital, paper unrestrictednone to state & hourly (daily) averages.1988 of materials solar - cost IEPA, ISWS Instataneous suspended sediment concentration. The data collected is instantaneous suspended sediment concentration used to calculate sedim digital unrestrictednone TRUE 1981 City of Decatur, Illinois streamgaging: stage digital Continuous Daily stage and streamflow weekly nitrate-N concentrationconcentrations; stage-discharging ra and discharge, (cfs); instantaneous nitrate-N samples. unrestrictednone TRUE 1993
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Northern Illinois Water Corporation stage digital concentration. instantaneous nitrate-N concentrations; stage-discharge ratin Stream stage and discharge; nitrate-N Daily and streamflow (cfs); unrestrictednone FALSE 1994 City of Springfield, Illinois sediment, discharge (cfs) for 2 stations.TSS, phosphorous, dissolved phosphorous, nitrate, ammon Daily discharge, Daily and nutrient concentrations; digital, paper unrestrictednone FALSE 1985 State of Illinois Water level of reservoir at monthdigitalNGVD called at the end of each month for TRUE water1985 Reservoir operators are 1929 end, unrestrictednone reservoir surface level. Tota McHenry County Ground-water levels -- depth to water, elevation of piezometric surface. Single measurement. unrestrictednone digital, paper FALSE 1994 Metrop. Water Recl. Dist. of Greater Chicago D.O.,collection and predictions of flow and water quality effects of TARP Phase I pH, secchi, nitrogen, Water quality data BOD at 20 sites: D.O./temp atfrom funding agency temperature, digital unrestrictednone approval 60 sites. FALSE with 1989 Metrop. Water Recl. Dist. D.O., alkalinity, pH, SC, nitrogen, suspendedannual basis. Some heavy metals, O&G. in data occurs Temperature, of Greater Chicago monitoring awarded on solids, chlorophyll, year-to-year variation Water quality digital unrestrictednone approval from funding agency with FALSE Metrop. Water Recl. Dist. of Greater Chicago Virus Virus collections on Illinois Waterway, Lockport tofrom funding agency digital unrestrictednone approval Peoria, twice a year. with FALSE 1983 Metrop. Water Recl. Dist. D.O., BOD-5, TOC, TSS, N,P,pH,cyanide, with approval from funding agency Temperature, of Greater Chicago samples. unrestrictednone Monthly grab digital Phenol, O&G, trace metals, coliforms. 1973 FALSE Metrop. Water Recl. Dist. turbidity, D.O., SS,digital Temperature, of Greater ChicagopH, COD, alkalinity, N, with River at Peoria. Twice weekly samplingunrestrictednone approval from funding agency from the Illinois hardness, solids. FALSE 1965 Metrop. Water Recl. Dist.D.O., pH, turbidity, by the Illinois State Sanitary Board (now Illinois EPA). Number of stations,F, Fe, Mn Temperature of Greater Chicago Monitoring digital, paper SC, solids, unrestrictednone approval magnesium, calcium, ammonia, P, samples alkalinity, hardness, N, S, from funding agency with FALSE 1957 Metrop. Water Recl. Dist. D.O., pH, ammonia. in the Illinois Waterway at approval from funding agency Henry, and Peoria. Sa Temperature, of Greater Chicago Water quality digital unrestrictednone Lockport, Morris, Straved Rock, 1989 with FALSE Metrop. Water Recl. Dist. D.O., BOD-5, qualityTSS, N, P,Illinois Waterway fromt Lockport Lock & Dam to the Peoria L&D. For 1 Temperature, of Greater Chicago along theunrestrictednone approval from funding agency Water TOC, digital pH, cyanide, phenol, O&G, trace metals, coliforms. with FALSE 1989 Metrop. Water Recl. Dist. D.O., pH, ammonia. in the Chicago Man-Made approval from funding agencycollected four times a m Temperature, of Greater Chicago Water quality digital unrestrictednone Waterway System.FALSE with Samples 1989 Metrop. Water Recl. Dist. SO4, P, Alkalinity, digital, paper turbidity, with approval from funding agency Temperature, of Greater Chicago from intake on Illinoissolids. near Ottawa, Illinois. Daily samples hardness, pH, unrestrictednone River FALSE 1941 Metrop. Water Recl. Dist. D.O., BOD-5, TOC, TSS, N, P, pH, cyanide, Phenol, O&G, trace metals, coliforms. Temperature, of Greater Chicago Samples collected twice a year. none approval from funding agency digital unrestricted with TRUE 1983 NWS/NOAA Hourly precipitation. Weighing bucket raingage. digital, paper unrestrictednone to state agencies/academia; others - at cost TRUE 1948 Various G & C weather charts. Collected during various atmospheric field ISWS facilities surface charts, 12-h Constant press Daily North America 3-h surface charts,none at studies conducted at ISWS. Produced by NMC. microfilm unrestricted Northern Hemispheric FALSE use 1970 NA Tornado, hail (> 0.75 Summary of reported severe gusts (> 50to state reports. United States. 1959 cost inches), wind damage,unrestrictednone knots) agencies/academia; others - at paper wind weather occurrences across TRUE Illinois EPARoutine monitoring ofContinuous digital, paper (ppm): with National Ambient AirFALSE Standards (NAAQS).IEPA criteria pollutants for compliance available from AIRS as hourly means; summarized in concentrations unrestrictednone Quality 1978 Illinois EPARoutine monitoring ofContinuous digital, paper (ppm) during ozone Ambient(Apr-Oct): available from AIRS as hour criteria pollutants for compliance with National season AirFALSE Standards (NAAQS). concentrations unrestrictednone Quality Illinois EPARoutine monitoring ofContinuous digital, paper (ppm): with National Ambient AirFALSE Standards (NAAQS).IEPA criteria pollutants for compliance available from AIRS as hourly means; summarized in concentrations unrestrictednone Quality 1978 Illinois EPARoutine monitoring ofContinuous digital, paper (ppm): with National Ambient AirFALSE Standards (NAAQS).IEPA criteria pollutants for compliance available from AIRS as hourly means; summarized in concentrations unrestrictednone Quality 1978 Illinois EPARoutine monitoring of24-hour pollutants paper every 6th day; individual sample FALSE Standards (NAAQS). criteria samples collected digital, for compliance with National Ambient Air data (ug/m3) available from AIRS; unrestrictednone Quality 1979 Illinois EPARoutine monitoring of24-hour pollutants paper every 6th day; individual sample FALSE Standards (NAAQS). criteria samples collected digital, for compliance with National Ambient Air data (ug/m3) available from AIRS; unrestrictednone Quality 1987 Illinois EPAMonitoring of non-criteria particular pollutants using the high volume filter sample FALSE 24-hour samples collected every 6th day; individual method. digital, paper unrestrictednone data (ug/m3) available from AIRS; 1978 Illinois EPAMonitoring of non-criteria particular pollutants using the high volume filter sample FALSE 24-hour samples collected every 6th day; individual method. digital, paper unrestrictednone data (ug/m3) available from AIRS; 1978 Illinois EPAWind speed / wind direction (24 sites); solar unrestrictednonemeans, except for hourly humidity, insolation and prece Stations numbers vary by year. Hourly digital radiation (10 sites); temperature, relative totals for atmospheric pressu http://epawww.ciesin.org/national.epaorg/airs.htm FALSE 1978 ISWS GRF/GC Ground-water levels. Sites numbers vary, 128 - 281, depending on year. Collected from active &1967 digital, paper unrestricted; via contract report none FALSE inactive water wells ISWS GRF/GC Ground-water levels Period-of-record variesunrestrictednone, except $25 for large requestsof shallow water remote digital, paper with each well. Depth to water measurements TRUE 1950 ISWS GRF/GC Ground-water levels Water level digital measurements from wells throughout Illinois. Measured at different time intervals d unrestrictednone TRUE 1923 ISWS GRF/GC Ground-water levels Water level digital measurements for inactive projects and past monitoring network wells. Various m unrestrictednone, except $25 for large requests FALSE 1930 Illinois Dept. Natural& ground-water levels. Precipitationmeasurements for 16 wells and 4 staff gages taken.1995 raingages & Surface Res., OfficeBi-monthly water level unrestricted, ISWS contract report FALSE Water Resource paper digital, measurements. none Some Federal/State Precipitation chemistry MDN is a NADP network. The objective is to measure the spatial distributionspecial requests digital unrestrictedNo chargeshttp://nadp.nrel.colostate.edu/NADP/ for WEB access, charges for and temporal var TRUE 1999
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EndDate
numberStations orgID 1 8 4 1 1996 1 1991 1 207 404 7 87 87 1990 1991 1995 1992 1995 1980 1994 1991 1993 2 10 1 3 4 30 8 1 14 63 16 10 26 34 38 150 45 12 9 12 12 150 2500 1991 1996 240 308 20 39 69 550 50 18 19 15 8
1 1 11 9 13 9 8 8 8 4
4 4 4 4 4 4 4 4 15 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 6 4
1983 1984 1991 1988 1992 1991 1991 1996 1996 1996 1987 1994
1993 1995
contactID airQuality atmosphere gwQuality gwQuantityprecipQuality 3 FALSE FALSE FALSE FALSE TRUE 3 FALSE FALSE FALSE FALSE TRUE 26 TRUE FALSE FALSE FALSE FALSE 17 FALSE TRUE FALSE FALSE FALSE 12 TRUE FALSE FALSE FALSE FALSE 29 FALSE FALSE FALSE FALSE TRUE 15 FALSE TRUE FALSE FALSE FALSE 15 FALSE TRUE FALSE FALSE FALSE 25 FALSE TRUE FALSE FALSE FALSE 8 FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 6 FALSE FALSE FALSE FALSE FALSE 2 FALSE FALSE FALSE FALSE FALSE 22 FALSE FALSE FALSE FALSE FALSE 7 FALSE FALSE FALSE TRUE FALSE 24 FALSE FALSE TRUE FALSE FALSE 24 FALSE FALSE TRUE FALSE FALSE 24 FALSE FALSE FALSE TRUE FALSE 24 FALSE FALSE TRUE FALSE FALSE 24 FALSE FALSE FALSE TRUE FALSE 24 FALSE FALSE FALSE TRUE FALSE 24 FALSE FALSE TRUE FALSE FALSE 27 FALSE FALSE TRUE FALSE FALSE 4 FALSE FALSE FALSE TRUE FALSE 27 FALSE FALSE TRUE FALSE FALSE 16 FALSE FALSE TRUE FALSE FALSE 16 FALSE FALSE TRUE FALSE FALSE 21 FALSE FALSE FALSE TRUE FALSE 18 FALSE FALSE FALSE TRUE FALSE 21 FALSE FALSE FALSE TRUE FALSE 16 FALSE FALSE TRUE FALSE FALSE 16 FALSE FALSE TRUE FALSE FALSE 31 FALSE FALSE FALSE TRUE FALSE 31 FALSE FALSE FALSE TRUE FALSE 31 FALSE FALSE TRUE FALSE FALSE 18 FALSE FALSE FALSE TRUE FALSE 20 FALSE FALSE FALSE FALSE FALSE 8 FALSE FALSE FALSE FALSE FALSE 8 FALSE TRUE FALSE FALSE FALSE 28 FALSE FALSE FALSE FALSE FALSE 22 FALSE FALSE FALSE FALSE FALSE
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1995 1987 1994 1990 1995 1994 1996 1995 1972 1991 1991 1991 1975
6 5 42 650 60 4 11 47 1 300 5 49 20 1 49 151
4 4 4 4 4 14 7 7 4 7 7 7 4 7 8 8 8 2 2 2 2 2 2 2 2 11 4 4 4 4 4 1
22 22 30 24 32 11 14 5 32 13 13 13 32 13 15 15 15 10 10 10 10 10 10 10 10 33 33 33 33 33 3
1985 1996 1996 1996 1996 1996 1996 17 44 64 47 101 39 127 24 281 18 120 117 16 1
1996 1996
1980 1996
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE TRUE TRUE TRUE TRUE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE TRUE TRUE TRUE TRUE FALSE
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE
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reservoirLevels sediment FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE TRUE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
streamFlowwaterQuality aterQuantity w waterSediment soilConditions FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE TRUE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE FALSE TRUE FALSE FALSE FALSE TRUE FALSE TRUE FALSE FALSE FALSE FALSE
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FALSE FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE FALSE TRUE TRUE TRUE TRUE TRUE TRUE TRUE TRUE TRUE TRUE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE TRUE FALSE
FALSE TRUE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE
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