From b2860d5e737c2699f70cb6d939f81c2676b8d88f Mon Sep 17 00:00:00 2001 From: Koenig Date: Fri, 4 Feb 2022 14:25:27 -0500 Subject: [PATCH 1/9] add sb items to retrieve to VarsOfInterest csv --- 1_fetch/in/NHDVarsOfInterest.csv | 356 +++++++++++++++---------------- 1 file changed, 178 insertions(+), 178 deletions(-) diff --git a/1_fetch/in/NHDVarsOfInterest.csv b/1_fetch/in/NHDVarsOfInterest.csv index 21d735a..392e641 100644 --- a/1_fetch/in/NHDVarsOfInterest.csv +++ b/1_fetch/in/NHDVarsOfInterest.csv @@ -1,178 +1,178 @@ -Theme,GIS.Source.Data.Name,DESCRIPTION,Catchment.Item.Name,Divergence.Item.Name,Total.Upstream.Item.Name,UNITS,Science.Base.Link,Download.Link,Source.Link,Auto.Added,CAT_aggregation_operation -Best Management Practices,SedLOAD_2012,Average tons of sediment loss per reach catchment.,CAT_SedLOAD_2012,ACC_SedLOAD_2012,TOT_SedLOAD_2012,tons,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,sum -Best Management Practices,SedLOSS_2012,Average tons of sediment loss per hectare per reach catchment.,CAT_SedLOSS_2012,ACC_SedLOSS_2012,TOT_SedLOSS_2012,tons per hectare,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,area_weighted_mean -Chemical,DEP_CA_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Calcium,CAT_DEP_CA_1985,ACC_DEP_CA_1985,TOT_DEP_CA_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean -Chemical,DEP_MG_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Magnesium,CAT_DEP_MG_1985,ACC_DEP_MG_1985,TOT_DEP_MG_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean -Chemical,DEP_CL_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Chloride,CAT_DEP_CL_1985,ACC_DEP_CL_1985,TOT_DEP_CL_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean -Climate,FSTFZ6190,"Watershed average of mean day of the year of first freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 300 is the 300th day of the year (Oct 27th). ",CAT_FSTFZ6190,ACC_FSTFZ6190,TOT_FSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/5704052ae4b0328dcb827bc7,NA,NA,FALSE,area_weighted_mean -Climate,LSTFZ6190,"Watershed average of mean day of the year of last freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 100 is the 100th day of the year (April 10th). ",CAT_LSTFZ6190,ACC_LSTFZ6190,TOT_LSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/57040a6ce4b0328dcb828378,NA,NA,FALSE,area_weighted_mean -Climate,MAXP6190,Watershed maximum average annual precipitation in mm,CAT_MAXP6190,ACC_MAXP6190,TOT_MAXP6190,mm/year,https://www.sciencebase.gov/catalog/item/57040af4e4b0328dcb82842b,NA,NA,FALSE,area_weighted_mean -Climate,MINP6190,Watershed minimum average annual precipitation in mm,CAT_MINP6190,ACC_MINP6190,TOT_MINP6190,mm/year,https://www.sciencebase.gov/catalog/item/572a23c4e4b0b13d391a0142,NA,NA,FALSE,area_weighted_mean -Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean -Climate,PPT7100_ANN,"Mean annual precip (mm) for the watershed, from 800m PRISM data. 30 years period of record 1971-2000. ",CAT_PPT7100_ANN,ACC_PPT7100_ANN,TOT_PPT7100_ANN,mm/year,https://www.sciencebase.gov/catalog/item/573b70a7e4b0dae0d5e3ae85,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_JAN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for January,CAT_WB5100_JAN,ACC_WB5100_JAN,TOT_WB5100_JAN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_FEB,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for February,CAT_WB5100_FEB,ACC_WB5100_FEB,TOT_WB5100_FEB,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_MAR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for March,CAT_WB5100_MAR,ACC_WB5100_MAR,TOT_WB5100_MAR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_APR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for April,CAT_WB5100_APR,ACC_WB5100_APR,TOT_WB5100_APR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_MAY,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for May,CAT_WB5100_MAY,ACC_WB5100_MAY,TOT_WB5100_MAY,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_JUN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for June,CAT_WB5100_JUN,ACC_WB5100_JUN,TOT_WB5100_JUN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_JUL,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for July,CAT_WB5100_JUL,ACC_WB5100_JUL,TOT_WB5100_JUL,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_AUG,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for August,CAT_WB5100_AUG,ACC_WB5100_AUG,TOT_WB5100_AUG,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_SEP,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for September,CAT_WB5100_SEP,ACC_WB5100_SEP,TOT_WB5100_SEP,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_OCT,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for October,CAT_WB5100_OCT,ACC_WB5100_OCT,TOT_WB5100_OCT,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_NOV,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for November,CAT_WB5100_NOV,ACC_WB5100_NOV,TOT_WB5100_NOV,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,WB5100_DEC,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for December,CAT_WB5100_DEC,ACC_WB5100_DEC,TOT_WB5100_DEC,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean -Climate,PRSNOW,"Snow percent of total precipitation estimate, mean for period 1901-2000. From McCabe and Wolock (submitted, 2008), 1km grid.",CAT_PRSNOW,ACC_PRSNOW,TOT_PRSNOW,percent,https://www.sciencebase.gov/catalog/item/57053dc5e4b0d4e2b756c117,NA,NA,FALSE,area_weighted_mean -Climate,RH,"Watershed average relative humidity (percent), from 2km PRISM, derived from 30 years of record (1961-1990).",CAT_RH,ACC_RH,TOT_RH,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,FALSE,area_weighted_mean -Climate,AET,"mean-annual evapotranspiration, estimated by Senay and others (2013",CAT_AET,ACC_AET,TOT_AET,millimeters,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_ANN,"Watershed average of monthly air temperature (degrees C) from 800m PRISM, derived from 30 years of record (1971-2000).",CAT_TAV7100_ANN,ACC_TAV7100_ANN,TOT_TAV7100_ANN,degrees C,https://www.sciencebase.gov/catalog/item/57054bf2e4b0d4e2b756d364,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_APR,"Average April air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_APR,ACC_TAV7100_APR,TOT_TAV7100_APR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_AUG,"Average August air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_AUG,ACC_TAV7100_AUG,TOT_TAV7100_AUG,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_DEC,"Average December air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_DEC,ACC_TAV7100_DEC,TOT_TAV7100_DEC,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_FEB,"Average February air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_FEB,ACC_TAV7100_FEB,TOT_TAV7100_FEB,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_JAN,"Average January air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JAN,ACC_TAV7100_JAN,TOT_TAV7100_JAN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_JUL,"Average July air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUL,ACC_TAV7100_JUL,TOT_TAV7100_JUL,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_JUN,"Average June air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUN,ACC_TAV7100_JUN,TOT_TAV7100_JUN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_MAR,"Average March air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAR,ACC_TAV7100_MAR,TOT_TAV7100_MAR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_MAY,"Average May air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAY,ACC_TAV7100_MAY,TOT_TAV7100_MAY,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_NOV,"Average November air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_NOV,ACC_TAV7100_NOV,TOT_TAV7100_NOV,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_OCT,"Average October air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_OCT,ACC_TAV7100_OCT,TOT_TAV7100_OCT,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,TAV7100_SEP,"Average September air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_SEP,ACC_TAV7100_SEP,TOT_TAV7100_SEP,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean -Climate,PET,"PRISM 30-year average Potential Evapotranspiration, 1971-2000 per NHDPlus version 2 catchment",CAT_PET,ACC_PET,TOT_PET,millimeters per year,https://www.sciencebase.gov/catalog/item/56f96ed1e4b0a6037df06a2d,NA,NA,TRUE,area_weighted_mean -Climate,RH6190,PRISM 30-year average (1961-1990) relative humidity (percent) per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RH6190,ACC_RH6190,TOT_RH6190,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,TRUE,area_weighted_mean -Climate,ET,"Mean-annual actual evapotranspiration, estimated using the regression equation of Sanford and Selnick (2013) per NHDPlus version 2 catchment. -9999 denotes NODATA, source coverage does not cover catchment.",CAT_ET,ACC_ET,TOT_ET,millimeters per year,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,TRUE,area_weighted_mean -Climate,TMAX7100,30 year (1971 - 2000) mean annual maximum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMAX7100,ACC_TMAX7100,TOT_TMAX7100,degrees Celsius,https://www.sciencebase.gov/catalog/item/57054aebe4b0d4e2b756d1fc,NA,NA,TRUE,area_weighted_mean -Climate,TMIN7100,30 year (1971 - 2000) mean annual minimum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMIN7100,ACC_TMIN7100,TOT_TMIN7100,Degree Celsius,https://www.sciencebase.gov/catalog/item/57054c9be4b0d4e2b756d465,NA,NA,TRUE,area_weighted_mean -Climate,WDJAN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for January. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJAN,ACC_WDJAN,TOT_WDJAN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDFEB,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for February. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDFEB,ACC_WDFEB,TOT_WDFEB,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDMAR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for March. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAR,ACC_WDMAR,TOT_WDMAR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDAPR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for April. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAPR,ACC_WDAPR,TOT_WDAPR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDMAY,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for May. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAY,ACC_WDMAY,TOT_WDMAY,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDJUN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for June. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUN,ACC_WDJUN,TOT_WDJUN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDJUL,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for July. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUL,ACC_WDJUL,TOT_WDJUL,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDAUG,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for August. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAUG,ACC_WDAUG,TOT_WDAUG,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDSEP,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for September. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDSEP,ACC_WDSEP,TOT_WDSEP,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDOCT,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for October. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDOCT,ACC_WDOCT,TOT_WDOCT,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDNOV,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for November. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDNOV,ACC_WDNOV,TOT_WDNOV,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate,WDDEC,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for Decemeber. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDDEC,ACC_WDDEC,TOT_WDDEC,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean -Climate ,CWD,30-year average number of consecutive days with measurable precipitation per NHDPlus version 2 catchment.,CAT_CWD,ACC_CWD,TOT_CWD,days,https://www.sciencebase.gov/catalog/item/57053e25e4b0d4e2b756c17d,NA,NA,TRUE,area_weighted_mean -Climate ,WDANN,NHDPlusV2 catchment value for the 30 year annual average (1961-1990) number of days of measurable precipitation. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDANN,ACC_WDANN,TOT_WDANN,days,https://www.sciencebase.gov/catalog/item/573b5497e4b0dae0d5e3ada1,NA,NA,TRUE,area_weighted_mean -Geology,BEDPERM_1,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is not a prinicpal aquifer,CAT_BEDPERM_1,ACC_BEDPERM_1,TOT_BEDPERM_1,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,BEDPERM_2,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone,CAT_BEDPERM_2,ACC_BEDPERM_2,TOT_BEDPERM_2,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,BEDPERM_3,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is semiconsolidated sand,CAT_BEDPERM_3,ACC_BEDPERM_3,TOT_BEDPERM_3,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,BEDPERM_4,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is basalt and other volcanic rocks,CAT_BEDPERM_4,ACC_BEDPERM_4,TOT_BEDPERM_4,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,BEDPERM_5,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone and carbonate rocks,CAT_BEDPERM_5,ACC_BEDPERM_5,TOT_BEDPERM_5,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,BEDPERM_6,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Unconsolidated sand and gravel,CAT_BEDPERM_6,ACC_BEDPERM_6,TOT_BEDPERM_6,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,BEDPERM_7,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Carbonate rock,CAT_BEDPERM_7,ACC_BEDPERM_7,TOT_BEDPERM_7,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean -Geology,OLSON_CAO,Rock calcium oxide concentration as a percent.,CAT_OLSON_CAO,ACC_OLSON_CAO,TOT_OLSON_CAO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean -Geology,OLSON_MGO,Rock magnesium oxide concentration as a percent.,CAT_OLSON_MGO,ACC_OLSON_MGO,TOT_OLSON_MGO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean -Geology,OLSON_PERM,Rock hydraulic conductivity (10^-6 m/s).,CAT_OLSON_PERM,ACC_OLSON_PERM,TOT_OLSON_PERM,10^-6 m/s,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean -Hydrologic,BFI,"Base Flow Index (BFI), The BFI is a ratio of base flow to total streamflow, expressed as a percentage and ranging from 0 to 100. Base flow is the sustained, slowly varying component of streamflow, usually attributed to ground-water discharge to a stream.",CAT_BFI,ACC_BFI,TOT_BFI,percent,https://www.sciencebase.gov/catalog/item/5669a8e3e4b08895842a1d4f,NA,NA,FALSE,area_weighted_mean -Hydrologic,CONTACT,Subsurface flow contact time index. The subsurface contact time index estimates the number of days that infiltrated water resides in the saturated subsurface zone of the basin before discharging into the stream. ,CAT_CONTACT,ACC_CONTACT,TOT_CONTACT,days,https://www.sciencebase.gov/catalog/item/56f96fc5e4b0a6037df06b12,NA,NA,FALSE,area_weighted_mean -Hydrologic,IEOF,Percentage of Horton overland flow as a percent,CAT_IEOF,ACC_IEOF,TOT_IEOF,percent,https://www.sciencebase.gov/catalog/item/56f974e2e4b0a6037df06b55,NA,NA,FALSE,area_weighted_mean -Hydrologic,RECHG,Mean annual natural ground-water recharge in millimeters per year,CAT_RECHG,ACC_RECHG,TOT_RECHG,mm/yr,https://www.sciencebase.gov/catalog/item/56f97577e4b0a6037df06b5a,NA,NA,FALSE,area_weighted_mean -Hydrologic,SATOF,Percentage of Dunne overland flow as a percent,CAT_SATOF,ACC_SATOF,TOT_SATOF,percent,https://www.sciencebase.gov/catalog/item/56f97acbe4b0a6037df06b6a,NA,NA,FALSE,area_weighted_mean -Hydrologic,TWI,"Topographic wetness index, ln(a/S); where ln is the natural log, a is the upslope area per unit contour length and S is the slope at that point. See http://ks.water.usgs.gov/Kansas/pubs/reports/wrir.99-4242.html and Wolock and McCabe, 1995 for more detail",CAT_TWI,ACC_TWI,TOT_TWI,ln(m),https://www.sciencebase.gov/catalog/item/56f97be4e4b0a6037df06b70,NA,NA,FALSE,area_weighted_mean -Hydrologic,WBANN5100,"Estimated watershed annual runoff, mm/year, mean for the period 1951-2000. From Wolock and McCabe (1999) water balance model. Estimates the effects of precip and temperature, but not other factors (land use, water use, regulation, etc.)",CAT_WBANN5100,ACC_WBANN5100,TOT_WBANN5100,mm/year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,FALSE,area_weighted_mean -Hydrologic,RUN7100,Estimated 30-year (1971-2000) average annual runoff in millimeters per year,CAT_RUN7100,ACC_RUN7100,TOT_RUN7100,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,FALSE,area_weighted_mean -Hydrologic,EWT,Average depth to water table relative to the land surface(meters),CAT_EWT,ACC_EWT,TOT_EWT,meters,https://www.sciencebase.gov/catalog/item/56f97456e4b0a6037df06b50,NA,NA,FALSE,area_weighted_mean -Hydrologic,RF7100,"Mean annual average for the Rainfall and Runoff factor (""R factor"" of Universal Soil Loss Equation) for the period 1971-2000 in hundreds of foot-tonforce-inch/acre-hour per year for the period 1971-2000 per NHDPlus version 2 catchment",CAT_RF7100,ACC_RF7100,TOT_RF7100,hundreds of foot-ton-inches per acre per year,https://www.sciencebase.gov/catalog/item/573b6028e4b0dae0d5e3ae16,NA,NA,TRUE,area_weighted_mean -Hydrologic,RUN,Estimated 30-year (1971-2000) average annual runoff in mm/year per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RUN,ACC_RUN,TOT_RUNOFF,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,TRUE,area_weighted_mean -Hydrologic,WBANN5100_ANN,Average annual runoff (mm) from McCabe and Wolock's Runoff Model 1951-2000 per NHDPlus version 2 catchment,CAT_WB5100_ANN,ACC_WB5100_ANN,TOT_WB5100_ANN,millimeters per year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,TRUE,area_weighted_mean -Hydrologic Modifications,NPDES_MAJ_DENS,Density of major NPDES sites ,CAT_NPDES_MAJ_DENS,ACC_NPDES_MAJ_DENS,TOT_NPDES_MAJ_DENS,sites per 100 square kilometers,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,area_weighted_mean -Hydrologic Modifications,NPDES_MAJ,Number of major NPDES sites ,CAT_NPDES_MAJ,ACC_NPDES_MAJ,TOT_NPDES_MAJ,count,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,sum -Hydrologic Modifications,FRESHWATER_WD,freshwater withdrawals from 1995-2000 county-level estimates,CAT_FRESHWATER_WD,ACC_FRESHWATER_WD,TOT_FRESHWATER_WD,megaliters per square kilometer,https://www.sciencebase.gov/catalog/item/57c9dc05e4b0f2f0cec192f2,NA,NA,FALSE,area_weighted_mean -Hydrologic Modifications,MIrAD_2012,Percent of all land that?ÇÖs irrigated agriculture in 2012 per NHDPlus version 2 catchment,CAT_MIrAD_2012,ACC_MIrAD_2012,TOT_MIrAD_2012,percent,https://www.sciencebase.gov/catalog/item/573b78aee4b0dae0d5e3aeb7,NA,NA,TRUE,area_weighted_mean -Hydrologic Modifications,NDAMSYYYY,"Number of dams built on or before YYYY per NHDPlus version 2 catchment, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960).",CAT_NDAMSYYYY,ACC_NDAMSYYYY,TOT_NDAMSYYYY,Count,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum -Hydrologic Modifications,NID_STORAGEYYYY,"The maximum dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment below the maximum attainable water surface elevation, including any surcharge storage, of dams built on or before YYYY. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NID_STORAGEYYYY,ACC_NID_STORAGEYYYY,TOT_NID_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum -Hydrologic Modifications,NORM_STORAGEYYYY,"The normal dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment that is below the normal retention level, including dead and inactive storage and excluding any flood control or surcharge storage. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NORM_STORAGEYYYY,ACC_NORM_STORAGEYYYY,TOT_NORM_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum -Hydrologic Modifications,MAJORYYYY,"Number of major dams built on or before YYYY in each NHDPlusV2 catchment. Major dams defined as being >= 50 feet in height (15m) or having storage >= 5,000 acre feet, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_MAJORYYYY,ACC_MAJORYYYY,TOT_MAJORYYYY,Count.,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum -Land Cover,IMPV11,NLCD 2011 percent imperviousness ,CAT_IMPV11,ACC_IMPV11,TOT_IMPV11,percent,https://www.sciencebase.gov/catalog/item/57057a9be4b0d4e2b7571fbb,NA,NA,FALSE,area_weighted_mean -Land Cover,IMPV11_BUFF100,NLCD 2011 percent imperviousness in the 100 meter riparian buffer zones ,CAT_IMPV11_BUFF100,ACC_IMPV11_BUFF100,TOT_IMPV11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570577fee4b0d4e2b7571d7b,NA,NA,FALSE,area_weighted_mean -Land Cover,CNPY11_BUFF100,NLCD 2011 percent tree canopy in 100 meter riparian buffer ,CAT_CNPY11_BUFF100,ACC_CNPY11_BUFF100,TOT_CNPY11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570572e2e4b0d4e2b75718bc,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_11,"2011 land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil. -9999 denotes NODATA.",CAT_NLCD11_11,ACC_NLCD11_11,TOT_NLCD11_11,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_12,"2011 land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_12,ACC_NLCD11_12,TOT_NLCD11_12,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_21,"2011 land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes. -9999 denotes NODATA.",CAT_NLCD11_21,ACC_NLCD11_21,TOT_NLCD11_21,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_22,"2011 land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_22,ACC_NLCD11_22,TOT_NLCD11_22,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_23,"2011 land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_23,ACC_NLCD11_23,TOT_NLCD11_23,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_24,"2011 land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover. -9999 denotes NODATA.",CAT_NLCD11_24,ACC_NLCD11_24,TOT_NLCD11_24,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_31,"2011 land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_31,ACC_NLCD11_31,TOT_NLCD11_31,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_41,"2011 land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change. -9999 denotes NODATA.",CAT_NLCD11_41,ACC_NLCD11_41,TOT_NLCD11_41,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_42,"2011 land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage. -9999 denotes NODATA.",CAT_NLCD11_42,ACC_NLCD11_42,TOT_NLCD11_42,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_43,"2011 land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover. -9999 denotes NODATA.",CAT_NLCD11_43,ACC_NLCD11_43,TOT_NLCD11_43,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_52,"2011 land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions. -9999 denotes NODATA.",CAT_NLCD11_52,ACC_NLCD11_52,TOT_NLCD11_52,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_71,"2011 land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing. -9999 denotes NODATA.",CAT_NLCD11_71,ACC_NLCD11_71,TOT_NLCD11_71,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_81,"2011 land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation. -9999 denotes NODATA.",CAT_NLCD11_81,ACC_NLCD11_81,TOT_NLCD11_81,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_82,"2011 land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled. -9999 denotes NODATA.",CAT_NLCD11_82,ACC_NLCD11_82,TOT_NLCD11_82,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_90,2011 land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_90,ACC_NLCD11_90,TOT_NLCD11_90,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_95,2011 land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_95,ACC_NLCD11_95,TOT_NLCD11_95,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean -Land Cover,NLCD11_11_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil.",CAT_NLCD11_11_RIP50,ACC_NLCD11_11_RIP50,TOT_NLCD11_11_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_12_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover.",CAT_NLCD11_12_RIP50,ACC_NLCD11_12_RIP50,TOT_NLCD11_12_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_21_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes.",CAT_NLCD11_21_RIP50,ACC_NLCD11_21_RIP50,TOT_NLCD11_21_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_22_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_22_RIP50,ACC_NLCD11_22_RIP50,TOT_NLCD11_22_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_23_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_23_RIP50,ACC_NLCD11_23_RIP50,TOT_NLCD11_23_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_24_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover.",CAT_NLCD11_24_RIP50,ACC_NLCD11_24_RIP50,TOT_NLCD11_24_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_31_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover.",CAT_NLCD11_31_RIP50,ACC_NLCD11_31_RIP50,TOT_NLCD11_31_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_41_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change.",CAT_NLCD11_41_RIP50,ACC_NLCD11_41_RIP50,TOT_NLCD11_41_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_42_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage.",CAT_NLCD11_42_RIP50,ACC_NLCD11_42_RIP50,TOT_NLCD11_42_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_43_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover.",CAT_NLCD11_43_RIP50,ACC_NLCD11_43_RIP50,TOT_NLCD11_43_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_52_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions.",CAT_NLCD11_52_RIP50,ACC_NLCD11_52_RIP50,TOT_NLCD11_52_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_71_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing.",CAT_NLCD11_71_RIP50,ACC_NLCD11_71_RIP50,TOT_NLCD11_71_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_81_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation.",CAT_NLCD11_81_RIP50,ACC_NLCD11_81_RIP50,TOT_NLCD11_81_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_82_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled.",CAT_NLCD11_82_RIP50,NA,TOT_NLCD11_82_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_90_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_90_RIP50,ACC_NLCD11_90_RIP50,TOT_NLCD11_90_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Land Cover,NLCD11_95_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_95_RIP50,ACC_NLCD11_95_RIP50,TOT_NLCD11_95_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean -Population,HDENSXX,"Estimated number of houses per square kilometer per NHDPlusV2 catchment, where XX is the last 2 digits of the year represented. The range of years is 1940 through 2010.",CAT_HDENSXX,ACC_HDENSXX,TOT_HDENSXX,percent,https://www.sciencebase.gov/catalog/item/5910de31e4b0e541a03ac983,NA,NA,TRUE,area_weighted_mean -Regions,HGA,"Percentage of Hydrologic Group A soil. -9999 denotes NODATA, usually water. Hydrologic group A soils have high infiltration rates. Soils are deep and well drained and, typically, have high sand and gravel content.",CAT_HGA,ACC_HGA,TOT_HGA,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGAC,"Percentage of Hydrologic Group AC soil. -9999 denotes NODATA, usually water. Hydrologic group AC soils have group A characteristics (high infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGAC,ACC_HGAC,TOT_HGAC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGAD,"Percentage of Hydrologic Group AD soil. -9999 denotes NODATA, usually water. Hydrologic group AD soils have group A characteristics (high infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGAD,ACC_HGAD,TOT_HGAD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGB,"Percentage of Hydrologic Group B soil. -9999 denotes NODATA, usually water. Hydrologic group B soils have moderate infiltration rates. Soils are moderately deep, moderately well drained, and moderately coarse in texture.",CAT_HGB,ACC_HGB,TOT_HGB,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGBC,"Percentage of Hydrologic Group BC soil. -9999 denotes NODATA, usually water. Hydrologic group BC soils have group B characteristics (moderate infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGBC,ACC_HGBC,TOT_HGBC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGBD,"Percentage of Hydrologic Group BD soil. -9999 denotes NODATA, usually water. Hydrologic group BD soils have group B characteristics (moderate infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGBD,ACC_HGBD,TOT_HGBD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGC,"Percentage of Hydrologic Group C soil. -9999 denotes NODATA, usually water. Hydrologic group C soils have slow soil infiltration rates. The soil profiles include layers impeding downward movement of water and, typically, have moderately fine or fine texture.",CAT_HGC,ACC_HGC,TOT_HGC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGCD,"Percentage of Hydrologic Group CD soil. -9999 denotes NODATA, usually water. Hydrologic group CD soils have group C characteristics (slow infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGCD,ACC_HGCD,TOT_HGCD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGD,"Percentage of Hydrologic Group D soil. -9999 denotes NODATA, usually water. Hydrologic group D soils have very slow infiltration rates. Soils are clayey, have a high water table, or have a shallow impervious layer.",CAT_HGD,ACC_HGD,TOT_HGD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,HGVAR,"Percentage of Hydrologic Group VAR soil. -9999 denotes NODATA, usually water. Hydrologic group VAR soils have variable drainage characteristics.",CAT_HGVAR,ACC_HGVAR,TOT_HGVAR,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean -Regions,PHYSIO_AREA,Percent area of catchment that each physiographic province covers.,CAT_PHYSIO_AREA,ACC_PHYSIO_AREA,TOT_PHYSIO_AREA,percent,https://www.sciencebase.gov/catalog/item/57dafd3ae4b090824ffc32f1,NA,NA,TRUE,area_weighted_mean -Soils,KFACT,Average value for the K factor per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_KFACT,ACC_KFACT,TOT_KFACT,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,KFACT_UP,Average value for the K factor in the upper soil horizon per NHDPlus version 2 catchment,CAT_KFACT_UP,ACC_KFACT_UP,TOT_KFACT_UP,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,PERMAVE,Average value for the range in permeability (inches per hour) per NHDPlus version 2 catchment.,CAT_PERMAVE,ACC_PERMAVE,TOT_PERMAVE,inches per hour,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,RFACT,Average Rainfall Runoff Factor from Universal Soil Loss Equation per NHDPlus version 2 catchment.,CAT_RFACT,ACC_RFACT,TOT_RFACT,100s ft-tonf in/h/ac/yr,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,ROCKDEP,Average value for the range in the total soil thickness examined (inches) per NHDPlus version 2 catchment.,CAT_ROCKDEP,ACC_ROCKDEP,TOT_ROCKDEP,inches,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,BDAVE,Average value for the value of bulk density (grams per cubic centimeter) per NHDPlus version 2 catchment.,CAT_BDAVE,ACC_BDAVE,TOT_BDAVE,grams per unit centimeter,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,WTDEP,Average value for the range in depth to the seasonally high water table (feet) per NHDPlus version 2 catchment.,CAT_WTDEP,ACC_WTDEP,TOT_WTDEP,feet,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean -Soils,SRL25AG,Estimated percent presence of the soil restrictive layer in the upper 25 centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.,CAT_SRL25AG,ACC_SRL25AG,TOT_SRL25AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean -Soils,SRL35AG,"Estimated percent presence of the soil restrictive layer in the upper 35, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL35AG,ACC_SRL35AG,TOT_SRL35AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean -Soils,SRL45AG,"Estimated percent presence of the soil restrictive layer in the upper 45, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL45AG,ACC_SRL45AG,TOT_SRL45AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean -Soils,SRL55AG,"Estimated percent presence of the soil restrictive layer in the upper 55, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL55AG,ACC_SRL55AG,TOT_SRL55AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean -Soils,AWCAVE,Average value for the range in available water capacity (fraction) per NHDPlus version 2 catchment.,CAT_AWCAVE,ACC_AWCAVE,TOT_AWCAVE,inches of water per inches of soil depth,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,TRUE,area_weighted_mean -Soils,SALINAVE,Mean salinity per NHDPlus version 2 catchment,CAT_SALINAVE,ACC_SALINAVE,TOT_SALINAVE,milliohms per centimeter (mohms/cm).,https://www.sciencebase.gov/catalog/item/573b5ba4e4b0dae0d5e3adc2,NA,NA,TRUE,area_weighted_mean -Soils,CLAYAVE,Average percent of clay in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_CLAYAVE,ACC_CLAYAVE,TOT_CLAYAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean -Soils,SANDAVE,Average percent of sand in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SANDAVE,ACC_SANDAVE,TOT_SANDAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean -Soils,SILTAVE,Average percent of silt in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SILTAVE,ACC_SILTAVE,TOT_SILTAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean -Soils,pH,Average pH of reach catchment.,CAT_pH,ACC_pH,TOT_pH,pH (unitless),https://www.sciencebase.gov/catalog/item/584b0401e4b07e29c706de59,NA,NA,TRUE,area_weighted_mean -Topographic,BASIN_AREA,NHDPlusV2 flowline catchment area in square kilometers. -9999 denotes a flowline which has no catchment.,CAT_BASIN_AREA,ACC_BASIN_AREA,TOT_BASIN_AREA,square kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum -Topographic,BASIN_SLOPE,NHDPlusV2 flowline catchment's average slope in percent. -9999 denotes a flowline which has no catchment.,CAT_BASIN_SLOPE,ACC_BASIN_SLOPE,TOT_BASIN_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,ELEV_MEAN,NHDPlusV2 flowline catchment's mean elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MEAN,ACC_ELEV_MEAN,TOT_ELEV_MEAN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,ELEV_MIN,NHDPlusV2 flowline catchment's minimum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MIN,ACC_ELEV_MIN,TOT_ELEV_MIN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,min -Topographic,ELEV_MAX,NHDPlusV2 flowline catchment's maximum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MAX,ACC_ELEV_MAX,TOT_ELEV_MAX,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,max -Topographic,STREAM_SLOPE,NHDPlus version 2 flowline's average slope in percent. -9999 denotes a flow line with no change in elevation or unable to determine or flowline has no catchment.,CAT_STREAM_SLOPE,ACC_STREAM_SLOPE,TOT_STREAM_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,STREAM_LENGTH,"NHDPlus version 2 flowline's length in kilometers taken directly from NHDPlusv2's NHDflowline shapefile's item, LENGTHKM. -9999 denotes a catchment has no flowline.",CAT_STREAM_LENGTH,ACC_STREAM_LENGTH,TOT_STREAM_LENGTH,kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum -Topographic,ARTIFICIAL,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is an artificial reach. An artificial path is a flowline feature that represents the assumed and generalized flow through a 2-dimensional feature, such as a lake or a wide double-banked stream. The artificial path will carry the GNIS name (Geographical Name Information System from NHDPlusV2 flowine shapefile's item GNIS of the major stream it represents and not the waterbody feature.",CAT_ARTIFICIAL,ACC_ARTIFICIAL,TOT_ARTIFICIAL,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,CANALDITCH,Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a canal.,CAT_CANALDITCH,ACC_CANALDITCH,TOT_CANALDITCH,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,CONNECTOR,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a connector. The NHDFlowline feature type connector establishes a known, but non-specific (unseen) connection between two non-adjacent geometric network (flowline) segments that have flow. These features are usually associated with the results of a dye-trace injection that ties the two surface water features together through some groundwater connection.",CAT_CONNECTOR,ACC_CONNECTOR,TOT_CONNECTOR,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,PIPELINE,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a pipe line. Pipelines are specifically man-made structures of steel, concrete, or polymers that direct surface water flows from one area to another.",CAT_PIPELINE,ACC_PIPELINE,TOT_PIPELINE,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,RDX,Number of road to stream crossings per NHDPlusV2 catchment.,CAT_RDX,ACC_RDX,TOT_RDX,count,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum -Topographic,TOTAL_ROAD_DENS,Density of all road types per NHDPlusV2 catchment. Density is defined as the length of road divided by the catchment area.,CAT_TOTAL_ROAD_DENS,ACC_TOTAL_ROAD_DENS,TOT_TOTAL_ROAD_DENS,kilometer of roads per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean -Topographic,STRM_DENS,Flowline catchment stream density calculated as stream length (meters) divided by catchment(s) area (square kilometers).,CAT_STRM_DENS,ACC_STRM_DENS,TOT_STRM_DENS,meters per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean +Theme,GIS.Source.Data.Name,DESCRIPTION,Catchment.Item.Name,Divergence.Item.Name,Total.Upstream.Item.Name,UNITS,Science.Base.Link,Download.Link,Source.Link,Auto.Added,CAT_aggregation_operation,SB_item_retrieve +Best Management Practices,SedLOAD_2012,Average tons of sediment loss per reach catchment.,CAT_SedLOAD_2012,ACC_SedLOAD_2012,TOT_SedLOAD_2012,tons,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,sum,Sed_2012_CONUS.zip +Best Management Practices,SedLOSS_2012,Average tons of sediment loss per hectare per reach catchment.,CAT_SedLOSS_2012,ACC_SedLOSS_2012,TOT_SedLOSS_2012,tons per hectare,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,area_weighted_mean,Sed_2012_CONUS.zip +Chemical,DEP_CA_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Calcium,CAT_DEP_CA_1985,ACC_DEP_CA_1985,TOT_DEP_CA_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip +Chemical,DEP_MG_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Magnesium,CAT_DEP_MG_1985,ACC_DEP_MG_1985,TOT_DEP_MG_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip +Chemical,DEP_CL_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Chloride,CAT_DEP_CL_1985,ACC_DEP_CL_1985,TOT_DEP_CL_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip +Climate,FSTFZ6190,"Watershed average of mean day of the year of first freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 300 is the 300th day of the year (Oct 27th). ",CAT_FSTFZ6190,ACC_FSTFZ6190,TOT_FSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/5704052ae4b0328dcb827bc7,NA,NA,FALSE,area_weighted_mean,FSTFZ6190_CONUS.zip +Climate,LSTFZ6190,"Watershed average of mean day of the year of last freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 100 is the 100th day of the year (April 10th). ",CAT_LSTFZ6190,ACC_LSTFZ6190,TOT_LSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/57040a6ce4b0328dcb828378,NA,NA,FALSE,area_weighted_mean,LSTFZ6190_CONUS.zip +Climate,MAXP6190,Watershed maximum average annual precipitation in mm,CAT_MAXP6190,ACC_MAXP6190,TOT_MAXP6190,mm/year,https://www.sciencebase.gov/catalog/item/57040af4e4b0328dcb82842b,NA,NA,FALSE,area_weighted_mean,MAXP6190_CONUS.zip +Climate,MINP6190,Watershed minimum average annual precipitation in mm,CAT_MINP6190,ACC_MINP6190,TOT_MINP6190,mm/year,https://www.sciencebase.gov/catalog/item/572a23c4e4b0b13d391a0142,NA,NA,FALSE,area_weighted_mean,MINP6190_CONUS.zip +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT7100_ANN,"Mean annual precip (mm) for the watershed, from 800m PRISM data. 30 years period of record 1971-2000. ",CAT_PPT7100_ANN,ACC_PPT7100_ANN,TOT_PPT7100_ANN,mm/year,https://www.sciencebase.gov/catalog/item/573b70a7e4b0dae0d5e3ae85,NA,NA,FALSE,area_weighted_mean,PPT7100_ANN_CONUS.zip +Climate,WB5100_JAN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for January,CAT_WB5100_JAN,ACC_WB5100_JAN,TOT_WB5100_JAN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_FEB,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for February,CAT_WB5100_FEB,ACC_WB5100_FEB,TOT_WB5100_FEB,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_MAR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for March,CAT_WB5100_MAR,ACC_WB5100_MAR,TOT_WB5100_MAR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_APR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for April,CAT_WB5100_APR,ACC_WB5100_APR,TOT_WB5100_APR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_MAY,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for May,CAT_WB5100_MAY,ACC_WB5100_MAY,TOT_WB5100_MAY,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_JUN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for June,CAT_WB5100_JUN,ACC_WB5100_JUN,TOT_WB5100_JUN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_JUL,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for July,CAT_WB5100_JUL,ACC_WB5100_JUL,TOT_WB5100_JUL,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_AUG,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for August,CAT_WB5100_AUG,ACC_WB5100_AUG,TOT_WB5100_AUG,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_SEP,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for September,CAT_WB5100_SEP,ACC_WB5100_SEP,TOT_WB5100_SEP,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_OCT,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for October,CAT_WB5100_OCT,ACC_WB5100_OCT,TOT_WB5100_OCT,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_NOV,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for November,CAT_WB5100_NOV,ACC_WB5100_NOV,TOT_WB5100_NOV,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_DEC,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for December,CAT_WB5100_DEC,ACC_WB5100_DEC,TOT_WB5100_DEC,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,PRSNOW,"Snow percent of total precipitation estimate, mean for period 1901-2000. From McCabe and Wolock (submitted, 2008), 1km grid.",CAT_PRSNOW,ACC_PRSNOW,TOT_PRSNOW,percent,https://www.sciencebase.gov/catalog/item/57053dc5e4b0d4e2b756c117,NA,NA,FALSE,area_weighted_mean,PRSNOW_CONUS.zip +Climate,RH,"Watershed average relative humidity (percent), from 2km PRISM, derived from 30 years of record (1961-1990).",CAT_RH,ACC_RH,TOT_RH,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,FALSE,area_weighted_mean,RH_CONUS.zip +Climate,AET,"mean-annual evapotranspiration, estimated by Senay and others (2013",CAT_AET,ACC_AET,TOT_AET,millimeters,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,FALSE,area_weighted_mean,ET_CONUS.zip +Climate,TAV7100_ANN,"Watershed average of monthly air temperature (degrees C) from 800m PRISM, derived from 30 years of record (1971-2000).",CAT_TAV7100_ANN,ACC_TAV7100_ANN,TOT_TAV7100_ANN,degrees C,https://www.sciencebase.gov/catalog/item/57054bf2e4b0d4e2b756d364,NA,NA,FALSE,area_weighted_mean,NHDV2_TMEAN7100_ANN_CONUS.zip +Climate,TAV7100_APR,"Average April air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_APR,ACC_TAV7100_APR,TOT_TAV7100_APR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_AUG,"Average August air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_AUG,ACC_TAV7100_AUG,TOT_TAV7100_AUG,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_DEC,"Average December air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_DEC,ACC_TAV7100_DEC,TOT_TAV7100_DEC,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_FEB,"Average February air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_FEB,ACC_TAV7100_FEB,TOT_TAV7100_FEB,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_JAN,"Average January air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JAN,ACC_TAV7100_JAN,TOT_TAV7100_JAN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_JUL,"Average July air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUL,ACC_TAV7100_JUL,TOT_TAV7100_JUL,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_JUN,"Average June air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUN,ACC_TAV7100_JUN,TOT_TAV7100_JUN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_MAR,"Average March air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAR,ACC_TAV7100_MAR,TOT_TAV7100_MAR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_MAY,"Average May air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAY,ACC_TAV7100_MAY,TOT_TAV7100_MAY,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_NOV,"Average November air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_NOV,ACC_TAV7100_NOV,TOT_TAV7100_NOV,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_OCT,"Average October air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_OCT,ACC_TAV7100_OCT,TOT_TAV7100_OCT,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_SEP,"Average September air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_SEP,ACC_TAV7100_SEP,TOT_TAV7100_SEP,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,PET,"PRISM 30-year average Potential Evapotranspiration, 1971-2000 per NHDPlus version 2 catchment",CAT_PET,ACC_PET,TOT_PET,millimeters per year,https://www.sciencebase.gov/catalog/item/56f96ed1e4b0a6037df06a2d,NA,NA,TRUE,area_weighted_mean,PET_CONUS.zip +Climate,RH6190,PRISM 30-year average (1961-1990) relative humidity (percent) per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RH6190,ACC_RH6190,TOT_RH6190,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,TRUE,area_weighted_mean,RH_CONUS.zip +Climate,ET,"Mean-annual actual evapotranspiration, estimated using the regression equation of Sanford and Selnick (2013) per NHDPlus version 2 catchment. -9999 denotes NODATA, source coverage does not cover catchment.",CAT_ET,ACC_ET,TOT_ET,millimeters per year,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,TRUE,area_weighted_mean,ET_CONUS.zip +Climate,TMAX7100,30 year (1971 - 2000) mean annual maximum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMAX7100,ACC_TMAX7100,TOT_TMAX7100,degrees Celsius,https://www.sciencebase.gov/catalog/item/57054aebe4b0d4e2b756d1fc,NA,NA,TRUE,area_weighted_mean,TMAX7100_CONUS.zip +Climate,TMIN7100,30 year (1971 - 2000) mean annual minimum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMIN7100,ACC_TMIN7100,TOT_TMIN7100,Degree Celsius,https://www.sciencebase.gov/catalog/item/57054c9be4b0d4e2b756d465,NA,NA,TRUE,area_weighted_mean,TMIN7100_CONUS.zip +Climate,WDJAN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for January. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJAN,ACC_WDJAN,TOT_WDJAN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDFEB,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for February. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDFEB,ACC_WDFEB,TOT_WDFEB,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDMAR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for March. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAR,ACC_WDMAR,TOT_WDMAR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDAPR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for April. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAPR,ACC_WDAPR,TOT_WDAPR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDMAY,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for May. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAY,ACC_WDMAY,TOT_WDMAY,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDJUN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for June. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUN,ACC_WDJUN,TOT_WDJUN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDJUL,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for July. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUL,ACC_WDJUL,TOT_WDJUL,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDAUG,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for August. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAUG,ACC_WDAUG,TOT_WDAUG,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDSEP,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for September. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDSEP,ACC_WDSEP,TOT_WDSEP,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDOCT,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for October. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDOCT,ACC_WDOCT,TOT_WDOCT,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDNOV,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for November. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDNOV,ACC_WDNOV,TOT_WDNOV,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDDEC,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for Decemeber. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDDEC,ACC_WDDEC,TOT_WDDEC,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate ,CWD,30-year average number of consecutive days with measurable precipitation per NHDPlus version 2 catchment.,CAT_CWD,ACC_CWD,TOT_CWD,days,https://www.sciencebase.gov/catalog/item/57053e25e4b0d4e2b756c17d,NA,NA,TRUE,area_weighted_mean,CWD_CONUS.zip +Climate ,WDANN,NHDPlusV2 catchment value for the 30 year annual average (1961-1990) number of days of measurable precipitation. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDANN,ACC_WDANN,TOT_WDANN,days,https://www.sciencebase.gov/catalog/item/573b5497e4b0dae0d5e3ada1,NA,NA,TRUE,area_weighted_mean,WDANN_CONUS.zip +Geology,BEDPERM_1,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is not a prinicpal aquifer,CAT_BEDPERM_1,ACC_BEDPERM_1,TOT_BEDPERM_1,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_2,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone,CAT_BEDPERM_2,ACC_BEDPERM_2,TOT_BEDPERM_2,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_3,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is semiconsolidated sand,CAT_BEDPERM_3,ACC_BEDPERM_3,TOT_BEDPERM_3,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_4,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is basalt and other volcanic rocks,CAT_BEDPERM_4,ACC_BEDPERM_4,TOT_BEDPERM_4,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_5,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone and carbonate rocks,CAT_BEDPERM_5,ACC_BEDPERM_5,TOT_BEDPERM_5,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_6,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Unconsolidated sand and gravel,CAT_BEDPERM_6,ACC_BEDPERM_6,TOT_BEDPERM_6,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_7,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Carbonate rock,CAT_BEDPERM_7,ACC_BEDPERM_7,TOT_BEDPERM_7,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,OLSON_CAO,Rock calcium oxide concentration as a percent.,CAT_OLSON_CAO,ACC_OLSON_CAO,TOT_OLSON_CAO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip +Geology,OLSON_MGO,Rock magnesium oxide concentration as a percent.,CAT_OLSON_MGO,ACC_OLSON_MGO,TOT_OLSON_MGO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip +Geology,OLSON_PERM,Rock hydraulic conductivity (10^-6 m/s).,CAT_OLSON_PERM,ACC_OLSON_PERM,TOT_OLSON_PERM,10^-6 m/s,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip +Hydrologic,BFI,"Base Flow Index (BFI), The BFI is a ratio of base flow to total streamflow, expressed as a percentage and ranging from 0 to 100. Base flow is the sustained, slowly varying component of streamflow, usually attributed to ground-water discharge to a stream.",CAT_BFI,ACC_BFI,TOT_BFI,percent,https://www.sciencebase.gov/catalog/item/5669a8e3e4b08895842a1d4f,NA,NA,FALSE,area_weighted_mean,BFI_CONUS.zip +Hydrologic,CONTACT,Subsurface flow contact time index. The subsurface contact time index estimates the number of days that infiltrated water resides in the saturated subsurface zone of the basin before discharging into the stream. ,CAT_CONTACT,ACC_CONTACT,TOT_CONTACT,days,https://www.sciencebase.gov/catalog/item/56f96fc5e4b0a6037df06b12,NA,NA,FALSE,area_weighted_mean,CONTACT_CONUS.zip +Hydrologic,IEOF,Percentage of Horton overland flow as a percent,CAT_IEOF,ACC_IEOF,TOT_IEOF,percent,https://www.sciencebase.gov/catalog/item/56f974e2e4b0a6037df06b55,NA,NA,FALSE,area_weighted_mean,IEOF_CONUS.zip +Hydrologic,RECHG,Mean annual natural ground-water recharge in millimeters per year,CAT_RECHG,ACC_RECHG,TOT_RECHG,mm/yr,https://www.sciencebase.gov/catalog/item/56f97577e4b0a6037df06b5a,NA,NA,FALSE,area_weighted_mean,RECHG_CONUS.zip +Hydrologic,SATOF,Percentage of Dunne overland flow as a percent,CAT_SATOF,ACC_SATOF,TOT_SATOF,percent,https://www.sciencebase.gov/catalog/item/56f97acbe4b0a6037df06b6a,NA,NA,FALSE,area_weighted_mean,SATOF_CONUS.zip +Hydrologic,TWI,"Topographic wetness index, ln(a/S); where ln is the natural log, a is the upslope area per unit contour length and S is the slope at that point. See http://ks.water.usgs.gov/Kansas/pubs/reports/wrir.99-4242.html and Wolock and McCabe, 1995 for more detail",CAT_TWI,ACC_TWI,TOT_TWI,ln(m),https://www.sciencebase.gov/catalog/item/56f97be4e4b0a6037df06b70,NA,NA,FALSE,area_weighted_mean,TWI_CONUS.zip +Hydrologic,WBANN5100,"Estimated watershed annual runoff, mm/year, mean for the period 1951-2000. From Wolock and McCabe (1999) water balance model. Estimates the effects of precip and temperature, but not other factors (land use, water use, regulation, etc.)",CAT_WBANN5100,ACC_WBANN5100,TOT_WBANN5100,mm/year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,FALSE,area_weighted_mean,WB5100_ANN_CONUS.zip +Hydrologic,RUN7100,Estimated 30-year (1971-2000) average annual runoff in millimeters per year,CAT_RUN7100,ACC_RUN7100,TOT_RUN7100,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,FALSE,area_weighted_mean,RUN7100_CONUS.zip +Hydrologic,EWT,Average depth to water table relative to the land surface(meters),CAT_EWT,ACC_EWT,TOT_EWT,meters,https://www.sciencebase.gov/catalog/item/56f97456e4b0a6037df06b50,NA,NA,FALSE,area_weighted_mean,EWT_CONUS.zip +Hydrologic,RF7100,"Mean annual average for the Rainfall and Runoff factor (""R factor"" of Universal Soil Loss Equation) for the period 1971-2000 in hundreds of foot-tonforce-inch/acre-hour per year for the period 1971-2000 per NHDPlus version 2 catchment",CAT_RF7100,ACC_RF7100,TOT_RF7100,hundreds of foot-ton-inches per acre per year,https://www.sciencebase.gov/catalog/item/573b6028e4b0dae0d5e3ae16,NA,NA,TRUE,area_weighted_mean,RF7100_CONUS.zip +Hydrologic,RUN,Estimated 30-year (1971-2000) average annual runoff in mm/year per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RUN,ACC_RUN,TOT_RUNOFF,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,TRUE,area_weighted_mean,RUN7100_CONUS.zip +Hydrologic,WBANN5100_ANN,Average annual runoff (mm) from McCabe and Wolock's Runoff Model 1951-2000 per NHDPlus version 2 catchment,CAT_WB5100_ANN,ACC_WB5100_ANN,TOT_WB5100_ANN,millimeters per year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,TRUE,area_weighted_mean,WB5100_ANN_CONUS.zip +Hydrologic Modifications,NPDES_MAJ_DENS,Density of major NPDES sites ,CAT_NPDES_MAJ_DENS,ACC_NPDES_MAJ_DENS,TOT_NPDES_MAJ_DENS,sites per 100 square kilometers,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,area_weighted_mean,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip +Hydrologic Modifications,NPDES_MAJ,Number of major NPDES sites ,CAT_NPDES_MAJ,ACC_NPDES_MAJ,TOT_NPDES_MAJ,count,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,sum,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip +Hydrologic Modifications,FRESHWATER_WD,freshwater withdrawals from 1995-2000 county-level estimates,CAT_FRESHWATER_WD,ACC_FRESHWATER_WD,TOT_FRESHWATER_WD,megaliters per square kilometer,https://www.sciencebase.gov/catalog/item/57c9dc05e4b0f2f0cec192f2,NA,NA,FALSE,area_weighted_mean,FRESHWATER_WithDraw_CONUS.zip +Hydrologic Modifications,MIrAD_2012,Percent of all land that?ÇÖs irrigated agriculture in 2012 per NHDPlus version 2 catchment,CAT_MIrAD_2012,ACC_MIrAD_2012,TOT_MIrAD_2012,percent,https://www.sciencebase.gov/catalog/item/573b78aee4b0dae0d5e3aeb7,NA,NA,TRUE,area_weighted_mean,MIRAD_2012_CONUS.zip +Hydrologic Modifications,NDAMSYYYY,"Number of dams built on or before YYYY per NHDPlus version 2 catchment, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960).",CAT_NDAMSYYYY,ACC_NDAMSYYYY,TOT_NDAMSYYYY,Count,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,NID_STORAGEYYYY,"The maximum dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment below the maximum attainable water surface elevation, including any surcharge storage, of dams built on or before YYYY. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NID_STORAGEYYYY,ACC_NID_STORAGEYYYY,TOT_NID_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,NORM_STORAGEYYYY,"The normal dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment that is below the normal retention level, including dead and inactive storage and excluding any flood control or surcharge storage. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NORM_STORAGEYYYY,ACC_NORM_STORAGEYYYY,TOT_NORM_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,MAJORYYYY,"Number of major dams built on or before YYYY in each NHDPlusV2 catchment. Major dams defined as being >= 50 feet in height (15m) or having storage >= 5,000 acre feet, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_MAJORYYYY,ACC_MAJORYYYY,TOT_MAJORYYYY,Count.,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Land Cover,IMPV11,NLCD 2011 percent imperviousness ,CAT_IMPV11,ACC_IMPV11,TOT_IMPV11,percent,https://www.sciencebase.gov/catalog/item/57057a9be4b0d4e2b7571fbb,NA,NA,FALSE,area_weighted_mean,IMPV11_CONUS.zip +Land Cover,IMPV11_BUFF100,NLCD 2011 percent imperviousness in the 100 meter riparian buffer zones ,CAT_IMPV11_BUFF100,ACC_IMPV11_BUFF100,TOT_IMPV11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570577fee4b0d4e2b7571d7b,NA,NA,FALSE,area_weighted_mean,IMPV11_BUFF100_CONUS.zip +Land Cover,CNPY11_BUFF100,NLCD 2011 percent tree canopy in 100 meter riparian buffer ,CAT_CNPY11_BUFF100,ACC_CNPY11_BUFF100,TOT_CNPY11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570572e2e4b0d4e2b75718bc,NA,NA,FALSE,area_weighted_mean,CNPY11_BUFF100_CONUS.zip +Land Cover,NLCD11_11,"2011 land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil. -9999 denotes NODATA.",CAT_NLCD11_11,ACC_NLCD11_11,TOT_NLCD11_11,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_12,"2011 land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_12,ACC_NLCD11_12,TOT_NLCD11_12,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_21,"2011 land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes. -9999 denotes NODATA.",CAT_NLCD11_21,ACC_NLCD11_21,TOT_NLCD11_21,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_22,"2011 land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_22,ACC_NLCD11_22,TOT_NLCD11_22,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_23,"2011 land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_23,ACC_NLCD11_23,TOT_NLCD11_23,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_24,"2011 land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover. -9999 denotes NODATA.",CAT_NLCD11_24,ACC_NLCD11_24,TOT_NLCD11_24,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_31,"2011 land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_31,ACC_NLCD11_31,TOT_NLCD11_31,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_41,"2011 land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change. -9999 denotes NODATA.",CAT_NLCD11_41,ACC_NLCD11_41,TOT_NLCD11_41,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_42,"2011 land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage. -9999 denotes NODATA.",CAT_NLCD11_42,ACC_NLCD11_42,TOT_NLCD11_42,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_43,"2011 land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover. -9999 denotes NODATA.",CAT_NLCD11_43,ACC_NLCD11_43,TOT_NLCD11_43,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_52,"2011 land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions. -9999 denotes NODATA.",CAT_NLCD11_52,ACC_NLCD11_52,TOT_NLCD11_52,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_71,"2011 land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing. -9999 denotes NODATA.",CAT_NLCD11_71,ACC_NLCD11_71,TOT_NLCD11_71,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_81,"2011 land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation. -9999 denotes NODATA.",CAT_NLCD11_81,ACC_NLCD11_81,TOT_NLCD11_81,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_82,"2011 land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled. -9999 denotes NODATA.",CAT_NLCD11_82,ACC_NLCD11_82,TOT_NLCD11_82,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_90,2011 land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_90,ACC_NLCD11_90,TOT_NLCD11_90,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_95,2011 land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_95,ACC_NLCD11_95,TOT_NLCD11_95,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_11_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil.",CAT_NLCD11_11_RIP50,ACC_NLCD11_11_RIP50,TOT_NLCD11_11_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_12_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover.",CAT_NLCD11_12_RIP50,ACC_NLCD11_12_RIP50,TOT_NLCD11_12_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_21_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes.",CAT_NLCD11_21_RIP50,ACC_NLCD11_21_RIP50,TOT_NLCD11_21_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_22_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_22_RIP50,ACC_NLCD11_22_RIP50,TOT_NLCD11_22_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_23_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_23_RIP50,ACC_NLCD11_23_RIP50,TOT_NLCD11_23_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_24_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover.",CAT_NLCD11_24_RIP50,ACC_NLCD11_24_RIP50,TOT_NLCD11_24_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_31_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover.",CAT_NLCD11_31_RIP50,ACC_NLCD11_31_RIP50,TOT_NLCD11_31_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_41_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change.",CAT_NLCD11_41_RIP50,ACC_NLCD11_41_RIP50,TOT_NLCD11_41_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_42_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage.",CAT_NLCD11_42_RIP50,ACC_NLCD11_42_RIP50,TOT_NLCD11_42_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_43_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover.",CAT_NLCD11_43_RIP50,ACC_NLCD11_43_RIP50,TOT_NLCD11_43_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_52_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions.",CAT_NLCD11_52_RIP50,ACC_NLCD11_52_RIP50,TOT_NLCD11_52_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_71_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing.",CAT_NLCD11_71_RIP50,ACC_NLCD11_71_RIP50,TOT_NLCD11_71_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_81_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation.",CAT_NLCD11_81_RIP50,ACC_NLCD11_81_RIP50,TOT_NLCD11_81_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_82_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled.",CAT_NLCD11_82_RIP50,NA,TOT_NLCD11_82_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_90_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_90_RIP50,ACC_NLCD11_90_RIP50,TOT_NLCD11_90_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_95_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_95_RIP50,ACC_NLCD11_95_RIP50,TOT_NLCD11_95_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Population,HDENSXX,"Estimated number of houses per square kilometer per NHDPlusV2 catchment, where XX is the last 2 digits of the year represented. The range of years is 1940 through 2010.",CAT_HDENSXX,ACC_HDENSXX,TOT_HDENSXX,percent,https://www.sciencebase.gov/catalog/item/5910de31e4b0e541a03ac983,NA,NA,TRUE,area_weighted_mean,HDENS00_CONUS.zip;HDENS60_CONUS.zip;HDENS10_CONUS.zip;HDENS80_CONUS.zip;HDENS70_CONUS.zip;HDENS90_CONUS.zip;HDENS40_CONUS.zip;HDENS50_CONUS.zip +Regions,HGA,"Percentage of Hydrologic Group A soil. -9999 denotes NODATA, usually water. Hydrologic group A soils have high infiltration rates. Soils are deep and well drained and, typically, have high sand and gravel content.",CAT_HGA,ACC_HGA,TOT_HGA,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGAC,"Percentage of Hydrologic Group AC soil. -9999 denotes NODATA, usually water. Hydrologic group AC soils have group A characteristics (high infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGAC,ACC_HGAC,TOT_HGAC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGAD,"Percentage of Hydrologic Group AD soil. -9999 denotes NODATA, usually water. Hydrologic group AD soils have group A characteristics (high infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGAD,ACC_HGAD,TOT_HGAD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGB,"Percentage of Hydrologic Group B soil. -9999 denotes NODATA, usually water. Hydrologic group B soils have moderate infiltration rates. Soils are moderately deep, moderately well drained, and moderately coarse in texture.",CAT_HGB,ACC_HGB,TOT_HGB,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGBC,"Percentage of Hydrologic Group BC soil. -9999 denotes NODATA, usually water. Hydrologic group BC soils have group B characteristics (moderate infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGBC,ACC_HGBC,TOT_HGBC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGBD,"Percentage of Hydrologic Group BD soil. -9999 denotes NODATA, usually water. Hydrologic group BD soils have group B characteristics (moderate infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGBD,ACC_HGBD,TOT_HGBD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGC,"Percentage of Hydrologic Group C soil. -9999 denotes NODATA, usually water. Hydrologic group C soils have slow soil infiltration rates. The soil profiles include layers impeding downward movement of water and, typically, have moderately fine or fine texture.",CAT_HGC,ACC_HGC,TOT_HGC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGCD,"Percentage of Hydrologic Group CD soil. -9999 denotes NODATA, usually water. Hydrologic group CD soils have group C characteristics (slow infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGCD,ACC_HGCD,TOT_HGCD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGD,"Percentage of Hydrologic Group D soil. -9999 denotes NODATA, usually water. Hydrologic group D soils have very slow infiltration rates. Soils are clayey, have a high water table, or have a shallow impervious layer.",CAT_HGD,ACC_HGD,TOT_HGD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGVAR,"Percentage of Hydrologic Group VAR soil. -9999 denotes NODATA, usually water. Hydrologic group VAR soils have variable drainage characteristics.",CAT_HGVAR,ACC_HGVAR,TOT_HGVAR,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,PHYSIO_AREA,Percent area of catchment that each physiographic province covers.,CAT_PHYSIO_AREA,ACC_PHYSIO_AREA,TOT_PHYSIO_AREA,percent,https://www.sciencebase.gov/catalog/item/57dafd3ae4b090824ffc32f1,NA,NA,TRUE,area_weighted_mean,PHYSIO_CAT_CONUS.zip;PHYSIO_ACC_CONUS.zip;PHYSIO_TOT_CONUS.zip +Soils,KFACT,Average value for the K factor per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_KFACT,ACC_KFACT,TOT_KFACT,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,KFACT_UP,Average value for the K factor in the upper soil horizon per NHDPlus version 2 catchment,CAT_KFACT_UP,ACC_KFACT_UP,TOT_KFACT_UP,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,PERMAVE,Average value for the range in permeability (inches per hour) per NHDPlus version 2 catchment.,CAT_PERMAVE,ACC_PERMAVE,TOT_PERMAVE,inches per hour,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,RFACT,Average Rainfall Runoff Factor from Universal Soil Loss Equation per NHDPlus version 2 catchment.,CAT_RFACT,ACC_RFACT,TOT_RFACT,100s ft-tonf in/h/ac/yr,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,ROCKDEP,Average value for the range in the total soil thickness examined (inches) per NHDPlus version 2 catchment.,CAT_ROCKDEP,ACC_ROCKDEP,TOT_ROCKDEP,inches,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,BDAVE,Average value for the value of bulk density (grams per cubic centimeter) per NHDPlus version 2 catchment.,CAT_BDAVE,ACC_BDAVE,TOT_BDAVE,grams per unit centimeter,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,WTDEP,Average value for the range in depth to the seasonally high water table (feet) per NHDPlus version 2 catchment.,CAT_WTDEP,ACC_WTDEP,TOT_WTDEP,feet,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,SRL25AG,Estimated percent presence of the soil restrictive layer in the upper 25 centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.,CAT_SRL25AG,ACC_SRL25AG,TOT_SRL25AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,SRL35AG,"Estimated percent presence of the soil restrictive layer in the upper 35, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL35AG,ACC_SRL35AG,TOT_SRL35AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,SRL45AG,"Estimated percent presence of the soil restrictive layer in the upper 45, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL45AG,ACC_SRL45AG,TOT_SRL45AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,SRL55AG,"Estimated percent presence of the soil restrictive layer in the upper 55, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL55AG,ACC_SRL55AG,TOT_SRL55AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,AWCAVE,Average value for the range in available water capacity (fraction) per NHDPlus version 2 catchment.,CAT_AWCAVE,ACC_AWCAVE,TOT_AWCAVE,inches of water per inches of soil depth,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,TRUE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,SALINAVE,Mean salinity per NHDPlus version 2 catchment,CAT_SALINAVE,ACC_SALINAVE,TOT_SALINAVE,milliohms per centimeter (mohms/cm).,https://www.sciencebase.gov/catalog/item/573b5ba4e4b0dae0d5e3adc2,NA,NA,TRUE,area_weighted_mean,SALINAVE_CONUS.zip +Soils,CLAYAVE,Average percent of clay in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_CLAYAVE,ACC_CLAYAVE,TOT_CLAYAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip +Soils,SANDAVE,Average percent of sand in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SANDAVE,ACC_SANDAVE,TOT_SANDAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip +Soils,SILTAVE,Average percent of silt in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SILTAVE,ACC_SILTAVE,TOT_SILTAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip +Soils,pH,Average pH of reach catchment.,CAT_pH,ACC_pH,TOT_pH,pH (unitless),https://www.sciencebase.gov/catalog/item/584b0401e4b07e29c706de59,NA,NA,TRUE,area_weighted_mean,STATSGO2_pH_CONUS.zip +Topographic,BASIN_AREA,NHDPlusV2 flowline catchment area in square kilometers. -9999 denotes a flowline which has no catchment.,CAT_BASIN_AREA,ACC_BASIN_AREA,TOT_BASIN_AREA,square kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,BASIN_SLOPE,NHDPlusV2 flowline catchment's average slope in percent. -9999 denotes a flowline which has no catchment.,CAT_BASIN_SLOPE,ACC_BASIN_SLOPE,TOT_BASIN_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ELEV_MEAN,NHDPlusV2 flowline catchment's mean elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MEAN,ACC_ELEV_MEAN,TOT_ELEV_MEAN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ELEV_MIN,NHDPlusV2 flowline catchment's minimum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MIN,ACC_ELEV_MIN,TOT_ELEV_MIN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,min,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ELEV_MAX,NHDPlusV2 flowline catchment's maximum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MAX,ACC_ELEV_MAX,TOT_ELEV_MAX,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,max,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,STREAM_SLOPE,NHDPlus version 2 flowline's average slope in percent. -9999 denotes a flow line with no change in elevation or unable to determine or flowline has no catchment.,CAT_STREAM_SLOPE,ACC_STREAM_SLOPE,TOT_STREAM_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,STREAM_LENGTH,"NHDPlus version 2 flowline's length in kilometers taken directly from NHDPlusv2's NHDflowline shapefile's item, LENGTHKM. -9999 denotes a catchment has no flowline.",CAT_STREAM_LENGTH,ACC_STREAM_LENGTH,TOT_STREAM_LENGTH,kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ARTIFICIAL,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is an artificial reach. An artificial path is a flowline feature that represents the assumed and generalized flow through a 2-dimensional feature, such as a lake or a wide double-banked stream. The artificial path will carry the GNIS name (Geographical Name Information System from NHDPlusV2 flowine shapefile's item GNIS of the major stream it represents and not the waterbody feature.",CAT_ARTIFICIAL,ACC_ARTIFICIAL,TOT_ARTIFICIAL,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,CANALDITCH,Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a canal.,CAT_CANALDITCH,ACC_CANALDITCH,TOT_CANALDITCH,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,CONNECTOR,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a connector. The NHDFlowline feature type connector establishes a known, but non-specific (unseen) connection between two non-adjacent geometric network (flowline) segments that have flow. These features are usually associated with the results of a dye-trace injection that ties the two surface water features together through some groundwater connection.",CAT_CONNECTOR,ACC_CONNECTOR,TOT_CONNECTOR,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,PIPELINE,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a pipe line. Pipelines are specifically man-made structures of steel, concrete, or polymers that direct surface water flows from one area to another.",CAT_PIPELINE,ACC_PIPELINE,TOT_PIPELINE,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,RDX,Number of road to stream crossings per NHDPlusV2 catchment.,CAT_RDX,ACC_RDX,TOT_RDX,count,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,TOTAL_ROAD_DENS,Density of all road types per NHDPlusV2 catchment. Density is defined as the length of road divided by the catchment area.,CAT_TOTAL_ROAD_DENS,ACC_TOTAL_ROAD_DENS,TOT_TOTAL_ROAD_DENS,kilometer of roads per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,STRM_DENS,Flowline catchment stream density calculated as stream length (meters) divided by catchment(s) area (square kilometers).,CAT_STRM_DENS,ACC_STRM_DENS,TOT_STRM_DENS,meters per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip From 1313d4e978f8c830c36331453becdf5e6794f8df Mon Sep 17 00:00:00 2001 From: Koenig Date: Fri, 4 Feb 2022 15:44:22 -0500 Subject: [PATCH 2/9] change monthly precip sb links to child items representing CAT,ACC,TOT --- 1_fetch/in/NHDVarsOfInterest.csv | 48 ++++++++++++++++++++++++-------- 1 file changed, 36 insertions(+), 12 deletions(-) diff --git a/1_fetch/in/NHDVarsOfInterest.csv b/1_fetch/in/NHDVarsOfInterest.csv index 392e641..602198b 100644 --- a/1_fetch/in/NHDVarsOfInterest.csv +++ b/1_fetch/in/NHDVarsOfInterest.csv @@ -8,18 +8,42 @@ Climate,FSTFZ6190,"Watershed average of mean day of the year of first freeze, de Climate,LSTFZ6190,"Watershed average of mean day of the year of last freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 100 is the 100th day of the year (April 10th). ",CAT_LSTFZ6190,ACC_LSTFZ6190,TOT_LSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/57040a6ce4b0328dcb828378,NA,NA,FALSE,area_weighted_mean,LSTFZ6190_CONUS.zip Climate,MAXP6190,Watershed maximum average annual precipitation in mm,CAT_MAXP6190,ACC_MAXP6190,TOT_MAXP6190,mm/year,https://www.sciencebase.gov/catalog/item/57040af4e4b0328dcb82842b,NA,NA,FALSE,area_weighted_mean,MAXP6190_CONUS.zip Climate,MINP6190,Watershed minimum average annual precipitation in mm,CAT_MINP6190,ACC_MINP6190,TOT_MINP6190,mm/year,https://www.sciencebase.gov/catalog/item/572a23c4e4b0b13d391a0142,NA,NA,FALSE,area_weighted_mean,MINP6190_CONUS.zip -Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730cf1ce4b0dae0d5db1f17,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, Climate,PPT7100_ANN,"Mean annual precip (mm) for the watershed, from 800m PRISM data. 30 years period of record 1971-2000. ",CAT_PPT7100_ANN,ACC_PPT7100_ANN,TOT_PPT7100_ANN,mm/year,https://www.sciencebase.gov/catalog/item/573b70a7e4b0dae0d5e3ae85,NA,NA,FALSE,area_weighted_mean,PPT7100_ANN_CONUS.zip Climate,WB5100_JAN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for January,CAT_WB5100_JAN,ACC_WB5100_JAN,TOT_WB5100_JAN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip Climate,WB5100_FEB,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for February,CAT_WB5100_FEB,ACC_WB5100_FEB,TOT_WB5100_FEB,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip From ecb008e6bdbcbd2309995f479a9eb9a06fa03d74 Mon Sep 17 00:00:00 2001 From: Koenig Date: Fri, 4 Feb 2022 16:12:05 -0500 Subject: [PATCH 3/9] harmonize shorthand names across sb_ids in VarsOfInterest table --- 1_fetch/in/NHDVarsOfInterest.csv | 404 +++++++++++++++---------------- 1 file changed, 202 insertions(+), 202 deletions(-) diff --git a/1_fetch/in/NHDVarsOfInterest.csv b/1_fetch/in/NHDVarsOfInterest.csv index 602198b..f53d5c0 100644 --- a/1_fetch/in/NHDVarsOfInterest.csv +++ b/1_fetch/in/NHDVarsOfInterest.csv @@ -1,202 +1,202 @@ -Theme,GIS.Source.Data.Name,DESCRIPTION,Catchment.Item.Name,Divergence.Item.Name,Total.Upstream.Item.Name,UNITS,Science.Base.Link,Download.Link,Source.Link,Auto.Added,CAT_aggregation_operation,SB_item_retrieve -Best Management Practices,SedLOAD_2012,Average tons of sediment loss per reach catchment.,CAT_SedLOAD_2012,ACC_SedLOAD_2012,TOT_SedLOAD_2012,tons,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,sum,Sed_2012_CONUS.zip -Best Management Practices,SedLOSS_2012,Average tons of sediment loss per hectare per reach catchment.,CAT_SedLOSS_2012,ACC_SedLOSS_2012,TOT_SedLOSS_2012,tons per hectare,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,area_weighted_mean,Sed_2012_CONUS.zip -Chemical,DEP_CA_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Calcium,CAT_DEP_CA_1985,ACC_DEP_CA_1985,TOT_DEP_CA_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip -Chemical,DEP_MG_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Magnesium,CAT_DEP_MG_1985,ACC_DEP_MG_1985,TOT_DEP_MG_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip -Chemical,DEP_CL_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Chloride,CAT_DEP_CL_1985,ACC_DEP_CL_1985,TOT_DEP_CL_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip -Climate,FSTFZ6190,"Watershed average of mean day of the year of first freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 300 is the 300th day of the year (Oct 27th). ",CAT_FSTFZ6190,ACC_FSTFZ6190,TOT_FSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/5704052ae4b0328dcb827bc7,NA,NA,FALSE,area_weighted_mean,FSTFZ6190_CONUS.zip -Climate,LSTFZ6190,"Watershed average of mean day of the year of last freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 100 is the 100th day of the year (April 10th). ",CAT_LSTFZ6190,ACC_LSTFZ6190,TOT_LSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/57040a6ce4b0328dcb828378,NA,NA,FALSE,area_weighted_mean,LSTFZ6190_CONUS.zip -Climate,MAXP6190,Watershed maximum average annual precipitation in mm,CAT_MAXP6190,ACC_MAXP6190,TOT_MAXP6190,mm/year,https://www.sciencebase.gov/catalog/item/57040af4e4b0328dcb82842b,NA,NA,FALSE,area_weighted_mean,MAXP6190_CONUS.zip -Climate,MINP6190,Watershed minimum average annual precipitation in mm,CAT_MINP6190,ACC_MINP6190,TOT_MINP6190,mm/year,https://www.sciencebase.gov/catalog/item/572a23c4e4b0b13d391a0142,NA,NA,FALSE,area_weighted_mean,MINP6190_CONUS.zip -Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean, -Climate,PPT7100_ANN,"Mean annual precip (mm) for the watershed, from 800m PRISM data. 30 years period of record 1971-2000. ",CAT_PPT7100_ANN,ACC_PPT7100_ANN,TOT_PPT7100_ANN,mm/year,https://www.sciencebase.gov/catalog/item/573b70a7e4b0dae0d5e3ae85,NA,NA,FALSE,area_weighted_mean,PPT7100_ANN_CONUS.zip -Climate,WB5100_JAN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for January,CAT_WB5100_JAN,ACC_WB5100_JAN,TOT_WB5100_JAN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_FEB,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for February,CAT_WB5100_FEB,ACC_WB5100_FEB,TOT_WB5100_FEB,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_MAR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for March,CAT_WB5100_MAR,ACC_WB5100_MAR,TOT_WB5100_MAR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_APR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for April,CAT_WB5100_APR,ACC_WB5100_APR,TOT_WB5100_APR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_MAY,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for May,CAT_WB5100_MAY,ACC_WB5100_MAY,TOT_WB5100_MAY,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_JUN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for June,CAT_WB5100_JUN,ACC_WB5100_JUN,TOT_WB5100_JUN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_JUL,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for July,CAT_WB5100_JUL,ACC_WB5100_JUL,TOT_WB5100_JUL,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_AUG,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for August,CAT_WB5100_AUG,ACC_WB5100_AUG,TOT_WB5100_AUG,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_SEP,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for September,CAT_WB5100_SEP,ACC_WB5100_SEP,TOT_WB5100_SEP,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_OCT,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for October,CAT_WB5100_OCT,ACC_WB5100_OCT,TOT_WB5100_OCT,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_NOV,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for November,CAT_WB5100_NOV,ACC_WB5100_NOV,TOT_WB5100_NOV,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,WB5100_DEC,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for December,CAT_WB5100_DEC,ACC_WB5100_DEC,TOT_WB5100_DEC,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip -Climate,PRSNOW,"Snow percent of total precipitation estimate, mean for period 1901-2000. From McCabe and Wolock (submitted, 2008), 1km grid.",CAT_PRSNOW,ACC_PRSNOW,TOT_PRSNOW,percent,https://www.sciencebase.gov/catalog/item/57053dc5e4b0d4e2b756c117,NA,NA,FALSE,area_weighted_mean,PRSNOW_CONUS.zip -Climate,RH,"Watershed average relative humidity (percent), from 2km PRISM, derived from 30 years of record (1961-1990).",CAT_RH,ACC_RH,TOT_RH,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,FALSE,area_weighted_mean,RH_CONUS.zip -Climate,AET,"mean-annual evapotranspiration, estimated by Senay and others (2013",CAT_AET,ACC_AET,TOT_AET,millimeters,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,FALSE,area_weighted_mean,ET_CONUS.zip -Climate,TAV7100_ANN,"Watershed average of monthly air temperature (degrees C) from 800m PRISM, derived from 30 years of record (1971-2000).",CAT_TAV7100_ANN,ACC_TAV7100_ANN,TOT_TAV7100_ANN,degrees C,https://www.sciencebase.gov/catalog/item/57054bf2e4b0d4e2b756d364,NA,NA,FALSE,area_weighted_mean,NHDV2_TMEAN7100_ANN_CONUS.zip -Climate,TAV7100_APR,"Average April air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_APR,ACC_TAV7100_APR,TOT_TAV7100_APR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_AUG,"Average August air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_AUG,ACC_TAV7100_AUG,TOT_TAV7100_AUG,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_DEC,"Average December air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_DEC,ACC_TAV7100_DEC,TOT_TAV7100_DEC,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_FEB,"Average February air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_FEB,ACC_TAV7100_FEB,TOT_TAV7100_FEB,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_JAN,"Average January air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JAN,ACC_TAV7100_JAN,TOT_TAV7100_JAN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_JUL,"Average July air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUL,ACC_TAV7100_JUL,TOT_TAV7100_JUL,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_JUN,"Average June air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUN,ACC_TAV7100_JUN,TOT_TAV7100_JUN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_MAR,"Average March air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAR,ACC_TAV7100_MAR,TOT_TAV7100_MAR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_MAY,"Average May air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAY,ACC_TAV7100_MAY,TOT_TAV7100_MAY,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_NOV,"Average November air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_NOV,ACC_TAV7100_NOV,TOT_TAV7100_NOV,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_OCT,"Average October air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_OCT,ACC_TAV7100_OCT,TOT_TAV7100_OCT,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,TAV7100_SEP,"Average September air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_SEP,ACC_TAV7100_SEP,TOT_TAV7100_SEP,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip -Climate,PET,"PRISM 30-year average Potential Evapotranspiration, 1971-2000 per NHDPlus version 2 catchment",CAT_PET,ACC_PET,TOT_PET,millimeters per year,https://www.sciencebase.gov/catalog/item/56f96ed1e4b0a6037df06a2d,NA,NA,TRUE,area_weighted_mean,PET_CONUS.zip -Climate,RH6190,PRISM 30-year average (1961-1990) relative humidity (percent) per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RH6190,ACC_RH6190,TOT_RH6190,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,TRUE,area_weighted_mean,RH_CONUS.zip -Climate,ET,"Mean-annual actual evapotranspiration, estimated using the regression equation of Sanford and Selnick (2013) per NHDPlus version 2 catchment. -9999 denotes NODATA, source coverage does not cover catchment.",CAT_ET,ACC_ET,TOT_ET,millimeters per year,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,TRUE,area_weighted_mean,ET_CONUS.zip -Climate,TMAX7100,30 year (1971 - 2000) mean annual maximum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMAX7100,ACC_TMAX7100,TOT_TMAX7100,degrees Celsius,https://www.sciencebase.gov/catalog/item/57054aebe4b0d4e2b756d1fc,NA,NA,TRUE,area_weighted_mean,TMAX7100_CONUS.zip -Climate,TMIN7100,30 year (1971 - 2000) mean annual minimum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMIN7100,ACC_TMIN7100,TOT_TMIN7100,Degree Celsius,https://www.sciencebase.gov/catalog/item/57054c9be4b0d4e2b756d465,NA,NA,TRUE,area_weighted_mean,TMIN7100_CONUS.zip -Climate,WDJAN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for January. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJAN,ACC_WDJAN,TOT_WDJAN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDFEB,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for February. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDFEB,ACC_WDFEB,TOT_WDFEB,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDMAR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for March. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAR,ACC_WDMAR,TOT_WDMAR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDAPR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for April. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAPR,ACC_WDAPR,TOT_WDAPR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDMAY,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for May. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAY,ACC_WDMAY,TOT_WDMAY,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDJUN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for June. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUN,ACC_WDJUN,TOT_WDJUN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDJUL,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for July. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUL,ACC_WDJUL,TOT_WDJUL,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDAUG,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for August. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAUG,ACC_WDAUG,TOT_WDAUG,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDSEP,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for September. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDSEP,ACC_WDSEP,TOT_WDSEP,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDOCT,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for October. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDOCT,ACC_WDOCT,TOT_WDOCT,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDNOV,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for November. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDNOV,ACC_WDNOV,TOT_WDNOV,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate,WDDEC,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for Decemeber. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDDEC,ACC_WDDEC,TOT_WDDEC,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip -Climate ,CWD,30-year average number of consecutive days with measurable precipitation per NHDPlus version 2 catchment.,CAT_CWD,ACC_CWD,TOT_CWD,days,https://www.sciencebase.gov/catalog/item/57053e25e4b0d4e2b756c17d,NA,NA,TRUE,area_weighted_mean,CWD_CONUS.zip -Climate ,WDANN,NHDPlusV2 catchment value for the 30 year annual average (1961-1990) number of days of measurable precipitation. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDANN,ACC_WDANN,TOT_WDANN,days,https://www.sciencebase.gov/catalog/item/573b5497e4b0dae0d5e3ada1,NA,NA,TRUE,area_weighted_mean,WDANN_CONUS.zip -Geology,BEDPERM_1,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is not a prinicpal aquifer,CAT_BEDPERM_1,ACC_BEDPERM_1,TOT_BEDPERM_1,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,BEDPERM_2,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone,CAT_BEDPERM_2,ACC_BEDPERM_2,TOT_BEDPERM_2,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,BEDPERM_3,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is semiconsolidated sand,CAT_BEDPERM_3,ACC_BEDPERM_3,TOT_BEDPERM_3,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,BEDPERM_4,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is basalt and other volcanic rocks,CAT_BEDPERM_4,ACC_BEDPERM_4,TOT_BEDPERM_4,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,BEDPERM_5,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone and carbonate rocks,CAT_BEDPERM_5,ACC_BEDPERM_5,TOT_BEDPERM_5,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,BEDPERM_6,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Unconsolidated sand and gravel,CAT_BEDPERM_6,ACC_BEDPERM_6,TOT_BEDPERM_6,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,BEDPERM_7,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Carbonate rock,CAT_BEDPERM_7,ACC_BEDPERM_7,TOT_BEDPERM_7,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip -Geology,OLSON_CAO,Rock calcium oxide concentration as a percent.,CAT_OLSON_CAO,ACC_OLSON_CAO,TOT_OLSON_CAO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip -Geology,OLSON_MGO,Rock magnesium oxide concentration as a percent.,CAT_OLSON_MGO,ACC_OLSON_MGO,TOT_OLSON_MGO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip -Geology,OLSON_PERM,Rock hydraulic conductivity (10^-6 m/s).,CAT_OLSON_PERM,ACC_OLSON_PERM,TOT_OLSON_PERM,10^-6 m/s,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip -Hydrologic,BFI,"Base Flow Index (BFI), The BFI is a ratio of base flow to total streamflow, expressed as a percentage and ranging from 0 to 100. Base flow is the sustained, slowly varying component of streamflow, usually attributed to ground-water discharge to a stream.",CAT_BFI,ACC_BFI,TOT_BFI,percent,https://www.sciencebase.gov/catalog/item/5669a8e3e4b08895842a1d4f,NA,NA,FALSE,area_weighted_mean,BFI_CONUS.zip -Hydrologic,CONTACT,Subsurface flow contact time index. The subsurface contact time index estimates the number of days that infiltrated water resides in the saturated subsurface zone of the basin before discharging into the stream. ,CAT_CONTACT,ACC_CONTACT,TOT_CONTACT,days,https://www.sciencebase.gov/catalog/item/56f96fc5e4b0a6037df06b12,NA,NA,FALSE,area_weighted_mean,CONTACT_CONUS.zip -Hydrologic,IEOF,Percentage of Horton overland flow as a percent,CAT_IEOF,ACC_IEOF,TOT_IEOF,percent,https://www.sciencebase.gov/catalog/item/56f974e2e4b0a6037df06b55,NA,NA,FALSE,area_weighted_mean,IEOF_CONUS.zip -Hydrologic,RECHG,Mean annual natural ground-water recharge in millimeters per year,CAT_RECHG,ACC_RECHG,TOT_RECHG,mm/yr,https://www.sciencebase.gov/catalog/item/56f97577e4b0a6037df06b5a,NA,NA,FALSE,area_weighted_mean,RECHG_CONUS.zip -Hydrologic,SATOF,Percentage of Dunne overland flow as a percent,CAT_SATOF,ACC_SATOF,TOT_SATOF,percent,https://www.sciencebase.gov/catalog/item/56f97acbe4b0a6037df06b6a,NA,NA,FALSE,area_weighted_mean,SATOF_CONUS.zip -Hydrologic,TWI,"Topographic wetness index, ln(a/S); where ln is the natural log, a is the upslope area per unit contour length and S is the slope at that point. See http://ks.water.usgs.gov/Kansas/pubs/reports/wrir.99-4242.html and Wolock and McCabe, 1995 for more detail",CAT_TWI,ACC_TWI,TOT_TWI,ln(m),https://www.sciencebase.gov/catalog/item/56f97be4e4b0a6037df06b70,NA,NA,FALSE,area_weighted_mean,TWI_CONUS.zip -Hydrologic,WBANN5100,"Estimated watershed annual runoff, mm/year, mean for the period 1951-2000. From Wolock and McCabe (1999) water balance model. Estimates the effects of precip and temperature, but not other factors (land use, water use, regulation, etc.)",CAT_WBANN5100,ACC_WBANN5100,TOT_WBANN5100,mm/year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,FALSE,area_weighted_mean,WB5100_ANN_CONUS.zip -Hydrologic,RUN7100,Estimated 30-year (1971-2000) average annual runoff in millimeters per year,CAT_RUN7100,ACC_RUN7100,TOT_RUN7100,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,FALSE,area_weighted_mean,RUN7100_CONUS.zip -Hydrologic,EWT,Average depth to water table relative to the land surface(meters),CAT_EWT,ACC_EWT,TOT_EWT,meters,https://www.sciencebase.gov/catalog/item/56f97456e4b0a6037df06b50,NA,NA,FALSE,area_weighted_mean,EWT_CONUS.zip -Hydrologic,RF7100,"Mean annual average for the Rainfall and Runoff factor (""R factor"" of Universal Soil Loss Equation) for the period 1971-2000 in hundreds of foot-tonforce-inch/acre-hour per year for the period 1971-2000 per NHDPlus version 2 catchment",CAT_RF7100,ACC_RF7100,TOT_RF7100,hundreds of foot-ton-inches per acre per year,https://www.sciencebase.gov/catalog/item/573b6028e4b0dae0d5e3ae16,NA,NA,TRUE,area_weighted_mean,RF7100_CONUS.zip -Hydrologic,RUN,Estimated 30-year (1971-2000) average annual runoff in mm/year per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RUN,ACC_RUN,TOT_RUNOFF,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,TRUE,area_weighted_mean,RUN7100_CONUS.zip -Hydrologic,WBANN5100_ANN,Average annual runoff (mm) from McCabe and Wolock's Runoff Model 1951-2000 per NHDPlus version 2 catchment,CAT_WB5100_ANN,ACC_WB5100_ANN,TOT_WB5100_ANN,millimeters per year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,TRUE,area_weighted_mean,WB5100_ANN_CONUS.zip -Hydrologic Modifications,NPDES_MAJ_DENS,Density of major NPDES sites ,CAT_NPDES_MAJ_DENS,ACC_NPDES_MAJ_DENS,TOT_NPDES_MAJ_DENS,sites per 100 square kilometers,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,area_weighted_mean,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip -Hydrologic Modifications,NPDES_MAJ,Number of major NPDES sites ,CAT_NPDES_MAJ,ACC_NPDES_MAJ,TOT_NPDES_MAJ,count,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,sum,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip -Hydrologic Modifications,FRESHWATER_WD,freshwater withdrawals from 1995-2000 county-level estimates,CAT_FRESHWATER_WD,ACC_FRESHWATER_WD,TOT_FRESHWATER_WD,megaliters per square kilometer,https://www.sciencebase.gov/catalog/item/57c9dc05e4b0f2f0cec192f2,NA,NA,FALSE,area_weighted_mean,FRESHWATER_WithDraw_CONUS.zip -Hydrologic Modifications,MIrAD_2012,Percent of all land that?ÇÖs irrigated agriculture in 2012 per NHDPlus version 2 catchment,CAT_MIrAD_2012,ACC_MIrAD_2012,TOT_MIrAD_2012,percent,https://www.sciencebase.gov/catalog/item/573b78aee4b0dae0d5e3aeb7,NA,NA,TRUE,area_weighted_mean,MIRAD_2012_CONUS.zip -Hydrologic Modifications,NDAMSYYYY,"Number of dams built on or before YYYY per NHDPlus version 2 catchment, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960).",CAT_NDAMSYYYY,ACC_NDAMSYYYY,TOT_NDAMSYYYY,Count,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Hydrologic Modifications,NID_STORAGEYYYY,"The maximum dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment below the maximum attainable water surface elevation, including any surcharge storage, of dams built on or before YYYY. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NID_STORAGEYYYY,ACC_NID_STORAGEYYYY,TOT_NID_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Hydrologic Modifications,NORM_STORAGEYYYY,"The normal dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment that is below the normal retention level, including dead and inactive storage and excluding any flood control or surcharge storage. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NORM_STORAGEYYYY,ACC_NORM_STORAGEYYYY,TOT_NORM_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Hydrologic Modifications,MAJORYYYY,"Number of major dams built on or before YYYY in each NHDPlusV2 catchment. Major dams defined as being >= 50 feet in height (15m) or having storage >= 5,000 acre feet, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_MAJORYYYY,ACC_MAJORYYYY,TOT_MAJORYYYY,Count.,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Land Cover,IMPV11,NLCD 2011 percent imperviousness ,CAT_IMPV11,ACC_IMPV11,TOT_IMPV11,percent,https://www.sciencebase.gov/catalog/item/57057a9be4b0d4e2b7571fbb,NA,NA,FALSE,area_weighted_mean,IMPV11_CONUS.zip -Land Cover,IMPV11_BUFF100,NLCD 2011 percent imperviousness in the 100 meter riparian buffer zones ,CAT_IMPV11_BUFF100,ACC_IMPV11_BUFF100,TOT_IMPV11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570577fee4b0d4e2b7571d7b,NA,NA,FALSE,area_weighted_mean,IMPV11_BUFF100_CONUS.zip -Land Cover,CNPY11_BUFF100,NLCD 2011 percent tree canopy in 100 meter riparian buffer ,CAT_CNPY11_BUFF100,ACC_CNPY11_BUFF100,TOT_CNPY11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570572e2e4b0d4e2b75718bc,NA,NA,FALSE,area_weighted_mean,CNPY11_BUFF100_CONUS.zip -Land Cover,NLCD11_11,"2011 land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil. -9999 denotes NODATA.",CAT_NLCD11_11,ACC_NLCD11_11,TOT_NLCD11_11,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_12,"2011 land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_12,ACC_NLCD11_12,TOT_NLCD11_12,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_21,"2011 land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes. -9999 denotes NODATA.",CAT_NLCD11_21,ACC_NLCD11_21,TOT_NLCD11_21,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_22,"2011 land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_22,ACC_NLCD11_22,TOT_NLCD11_22,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_23,"2011 land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_23,ACC_NLCD11_23,TOT_NLCD11_23,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_24,"2011 land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover. -9999 denotes NODATA.",CAT_NLCD11_24,ACC_NLCD11_24,TOT_NLCD11_24,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_31,"2011 land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_31,ACC_NLCD11_31,TOT_NLCD11_31,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_41,"2011 land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change. -9999 denotes NODATA.",CAT_NLCD11_41,ACC_NLCD11_41,TOT_NLCD11_41,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_42,"2011 land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage. -9999 denotes NODATA.",CAT_NLCD11_42,ACC_NLCD11_42,TOT_NLCD11_42,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_43,"2011 land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover. -9999 denotes NODATA.",CAT_NLCD11_43,ACC_NLCD11_43,TOT_NLCD11_43,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_52,"2011 land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions. -9999 denotes NODATA.",CAT_NLCD11_52,ACC_NLCD11_52,TOT_NLCD11_52,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_71,"2011 land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing. -9999 denotes NODATA.",CAT_NLCD11_71,ACC_NLCD11_71,TOT_NLCD11_71,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_81,"2011 land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation. -9999 denotes NODATA.",CAT_NLCD11_81,ACC_NLCD11_81,TOT_NLCD11_81,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_82,"2011 land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled. -9999 denotes NODATA.",CAT_NLCD11_82,ACC_NLCD11_82,TOT_NLCD11_82,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_90,2011 land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_90,ACC_NLCD11_90,TOT_NLCD11_90,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_95,2011 land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_95,ACC_NLCD11_95,TOT_NLCD11_95,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip -Land Cover,NLCD11_11_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil.",CAT_NLCD11_11_RIP50,ACC_NLCD11_11_RIP50,TOT_NLCD11_11_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_12_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover.",CAT_NLCD11_12_RIP50,ACC_NLCD11_12_RIP50,TOT_NLCD11_12_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_21_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes.",CAT_NLCD11_21_RIP50,ACC_NLCD11_21_RIP50,TOT_NLCD11_21_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_22_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_22_RIP50,ACC_NLCD11_22_RIP50,TOT_NLCD11_22_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_23_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_23_RIP50,ACC_NLCD11_23_RIP50,TOT_NLCD11_23_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_24_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover.",CAT_NLCD11_24_RIP50,ACC_NLCD11_24_RIP50,TOT_NLCD11_24_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_31_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover.",CAT_NLCD11_31_RIP50,ACC_NLCD11_31_RIP50,TOT_NLCD11_31_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_41_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change.",CAT_NLCD11_41_RIP50,ACC_NLCD11_41_RIP50,TOT_NLCD11_41_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_42_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage.",CAT_NLCD11_42_RIP50,ACC_NLCD11_42_RIP50,TOT_NLCD11_42_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_43_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover.",CAT_NLCD11_43_RIP50,ACC_NLCD11_43_RIP50,TOT_NLCD11_43_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_52_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions.",CAT_NLCD11_52_RIP50,ACC_NLCD11_52_RIP50,TOT_NLCD11_52_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_71_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing.",CAT_NLCD11_71_RIP50,ACC_NLCD11_71_RIP50,TOT_NLCD11_71_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_81_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation.",CAT_NLCD11_81_RIP50,ACC_NLCD11_81_RIP50,TOT_NLCD11_81_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_82_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled.",CAT_NLCD11_82_RIP50,NA,TOT_NLCD11_82_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_90_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_90_RIP50,ACC_NLCD11_90_RIP50,TOT_NLCD11_90_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Land Cover,NLCD11_95_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_95_RIP50,ACC_NLCD11_95_RIP50,TOT_NLCD11_95_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Population,HDENSXX,"Estimated number of houses per square kilometer per NHDPlusV2 catchment, where XX is the last 2 digits of the year represented. The range of years is 1940 through 2010.",CAT_HDENSXX,ACC_HDENSXX,TOT_HDENSXX,percent,https://www.sciencebase.gov/catalog/item/5910de31e4b0e541a03ac983,NA,NA,TRUE,area_weighted_mean,HDENS00_CONUS.zip;HDENS60_CONUS.zip;HDENS10_CONUS.zip;HDENS80_CONUS.zip;HDENS70_CONUS.zip;HDENS90_CONUS.zip;HDENS40_CONUS.zip;HDENS50_CONUS.zip -Regions,HGA,"Percentage of Hydrologic Group A soil. -9999 denotes NODATA, usually water. Hydrologic group A soils have high infiltration rates. Soils are deep and well drained and, typically, have high sand and gravel content.",CAT_HGA,ACC_HGA,TOT_HGA,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGAC,"Percentage of Hydrologic Group AC soil. -9999 denotes NODATA, usually water. Hydrologic group AC soils have group A characteristics (high infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGAC,ACC_HGAC,TOT_HGAC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGAD,"Percentage of Hydrologic Group AD soil. -9999 denotes NODATA, usually water. Hydrologic group AD soils have group A characteristics (high infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGAD,ACC_HGAD,TOT_HGAD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGB,"Percentage of Hydrologic Group B soil. -9999 denotes NODATA, usually water. Hydrologic group B soils have moderate infiltration rates. Soils are moderately deep, moderately well drained, and moderately coarse in texture.",CAT_HGB,ACC_HGB,TOT_HGB,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGBC,"Percentage of Hydrologic Group BC soil. -9999 denotes NODATA, usually water. Hydrologic group BC soils have group B characteristics (moderate infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGBC,ACC_HGBC,TOT_HGBC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGBD,"Percentage of Hydrologic Group BD soil. -9999 denotes NODATA, usually water. Hydrologic group BD soils have group B characteristics (moderate infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGBD,ACC_HGBD,TOT_HGBD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGC,"Percentage of Hydrologic Group C soil. -9999 denotes NODATA, usually water. Hydrologic group C soils have slow soil infiltration rates. The soil profiles include layers impeding downward movement of water and, typically, have moderately fine or fine texture.",CAT_HGC,ACC_HGC,TOT_HGC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGCD,"Percentage of Hydrologic Group CD soil. -9999 denotes NODATA, usually water. Hydrologic group CD soils have group C characteristics (slow infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGCD,ACC_HGCD,TOT_HGCD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGD,"Percentage of Hydrologic Group D soil. -9999 denotes NODATA, usually water. Hydrologic group D soils have very slow infiltration rates. Soils are clayey, have a high water table, or have a shallow impervious layer.",CAT_HGD,ACC_HGD,TOT_HGD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,HGVAR,"Percentage of Hydrologic Group VAR soil. -9999 denotes NODATA, usually water. Hydrologic group VAR soils have variable drainage characteristics.",CAT_HGVAR,ACC_HGVAR,TOT_HGVAR,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip -Regions,PHYSIO_AREA,Percent area of catchment that each physiographic province covers.,CAT_PHYSIO_AREA,ACC_PHYSIO_AREA,TOT_PHYSIO_AREA,percent,https://www.sciencebase.gov/catalog/item/57dafd3ae4b090824ffc32f1,NA,NA,TRUE,area_weighted_mean,PHYSIO_CAT_CONUS.zip;PHYSIO_ACC_CONUS.zip;PHYSIO_TOT_CONUS.zip -Soils,KFACT,Average value for the K factor per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_KFACT,ACC_KFACT,TOT_KFACT,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,KFACT_UP,Average value for the K factor in the upper soil horizon per NHDPlus version 2 catchment,CAT_KFACT_UP,ACC_KFACT_UP,TOT_KFACT_UP,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,PERMAVE,Average value for the range in permeability (inches per hour) per NHDPlus version 2 catchment.,CAT_PERMAVE,ACC_PERMAVE,TOT_PERMAVE,inches per hour,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,RFACT,Average Rainfall Runoff Factor from Universal Soil Loss Equation per NHDPlus version 2 catchment.,CAT_RFACT,ACC_RFACT,TOT_RFACT,100s ft-tonf in/h/ac/yr,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,ROCKDEP,Average value for the range in the total soil thickness examined (inches) per NHDPlus version 2 catchment.,CAT_ROCKDEP,ACC_ROCKDEP,TOT_ROCKDEP,inches,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,BDAVE,Average value for the value of bulk density (grams per cubic centimeter) per NHDPlus version 2 catchment.,CAT_BDAVE,ACC_BDAVE,TOT_BDAVE,grams per unit centimeter,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,WTDEP,Average value for the range in depth to the seasonally high water table (feet) per NHDPlus version 2 catchment.,CAT_WTDEP,ACC_WTDEP,TOT_WTDEP,feet,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,SRL25AG,Estimated percent presence of the soil restrictive layer in the upper 25 centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.,CAT_SRL25AG,ACC_SRL25AG,TOT_SRL25AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip -Soils,SRL35AG,"Estimated percent presence of the soil restrictive layer in the upper 35, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL35AG,ACC_SRL35AG,TOT_SRL35AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip -Soils,SRL45AG,"Estimated percent presence of the soil restrictive layer in the upper 45, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL45AG,ACC_SRL45AG,TOT_SRL45AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip -Soils,SRL55AG,"Estimated percent presence of the soil restrictive layer in the upper 55, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL55AG,ACC_SRL55AG,TOT_SRL55AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip -Soils,AWCAVE,Average value for the range in available water capacity (fraction) per NHDPlus version 2 catchment.,CAT_AWCAVE,ACC_AWCAVE,TOT_AWCAVE,inches of water per inches of soil depth,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,TRUE,area_weighted_mean,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip -Soils,SALINAVE,Mean salinity per NHDPlus version 2 catchment,CAT_SALINAVE,ACC_SALINAVE,TOT_SALINAVE,milliohms per centimeter (mohms/cm).,https://www.sciencebase.gov/catalog/item/573b5ba4e4b0dae0d5e3adc2,NA,NA,TRUE,area_weighted_mean,SALINAVE_CONUS.zip -Soils,CLAYAVE,Average percent of clay in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_CLAYAVE,ACC_CLAYAVE,TOT_CLAYAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip -Soils,SANDAVE,Average percent of sand in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SANDAVE,ACC_SANDAVE,TOT_SANDAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip -Soils,SILTAVE,Average percent of silt in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SILTAVE,ACC_SILTAVE,TOT_SILTAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip -Soils,pH,Average pH of reach catchment.,CAT_pH,ACC_pH,TOT_pH,pH (unitless),https://www.sciencebase.gov/catalog/item/584b0401e4b07e29c706de59,NA,NA,TRUE,area_weighted_mean,STATSGO2_pH_CONUS.zip -Topographic,BASIN_AREA,NHDPlusV2 flowline catchment area in square kilometers. -9999 denotes a flowline which has no catchment.,CAT_BASIN_AREA,ACC_BASIN_AREA,TOT_BASIN_AREA,square kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,BASIN_SLOPE,NHDPlusV2 flowline catchment's average slope in percent. -9999 denotes a flowline which has no catchment.,CAT_BASIN_SLOPE,ACC_BASIN_SLOPE,TOT_BASIN_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,ELEV_MEAN,NHDPlusV2 flowline catchment's mean elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MEAN,ACC_ELEV_MEAN,TOT_ELEV_MEAN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,ELEV_MIN,NHDPlusV2 flowline catchment's minimum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MIN,ACC_ELEV_MIN,TOT_ELEV_MIN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,min,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,ELEV_MAX,NHDPlusV2 flowline catchment's maximum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MAX,ACC_ELEV_MAX,TOT_ELEV_MAX,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,max,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,STREAM_SLOPE,NHDPlus version 2 flowline's average slope in percent. -9999 denotes a flow line with no change in elevation or unable to determine or flowline has no catchment.,CAT_STREAM_SLOPE,ACC_STREAM_SLOPE,TOT_STREAM_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,STREAM_LENGTH,"NHDPlus version 2 flowline's length in kilometers taken directly from NHDPlusv2's NHDflowline shapefile's item, LENGTHKM. -9999 denotes a catchment has no flowline.",CAT_STREAM_LENGTH,ACC_STREAM_LENGTH,TOT_STREAM_LENGTH,kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,ARTIFICIAL,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is an artificial reach. An artificial path is a flowline feature that represents the assumed and generalized flow through a 2-dimensional feature, such as a lake or a wide double-banked stream. The artificial path will carry the GNIS name (Geographical Name Information System from NHDPlusV2 flowine shapefile's item GNIS of the major stream it represents and not the waterbody feature.",CAT_ARTIFICIAL,ACC_ARTIFICIAL,TOT_ARTIFICIAL,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,CANALDITCH,Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a canal.,CAT_CANALDITCH,ACC_CANALDITCH,TOT_CANALDITCH,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,CONNECTOR,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a connector. The NHDFlowline feature type connector establishes a known, but non-specific (unseen) connection between two non-adjacent geometric network (flowline) segments that have flow. These features are usually associated with the results of a dye-trace injection that ties the two surface water features together through some groundwater connection.",CAT_CONNECTOR,ACC_CONNECTOR,TOT_CONNECTOR,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,PIPELINE,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a pipe line. Pipelines are specifically man-made structures of steel, concrete, or polymers that direct surface water flows from one area to another.",CAT_PIPELINE,ACC_PIPELINE,TOT_PIPELINE,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,RDX,Number of road to stream crossings per NHDPlusV2 catchment.,CAT_RDX,ACC_RDX,TOT_RDX,count,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,TOTAL_ROAD_DENS,Density of all road types per NHDPlusV2 catchment. Density is defined as the length of road divided by the catchment area.,CAT_TOTAL_ROAD_DENS,ACC_TOTAL_ROAD_DENS,TOT_TOTAL_ROAD_DENS,kilometer of roads per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip -Topographic,STRM_DENS,Flowline catchment stream density calculated as stream length (meters) divided by catchment(s) area (square kilometers).,CAT_STRM_DENS,ACC_STRM_DENS,TOT_STRM_DENS,meters per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Theme,GIS.Source.Data.Name,DESCRIPTION,Catchment.Item.Name,Divergence.Item.Name,Total.Upstream.Item.Name,UNITS,Science.Base.Link,Download.Link,Source.Link,Auto.Added,CAT_aggregation_operation,Dataset_name,SB_item_retrieve +Best Management Practices,SedLOAD_2012,Average tons of sediment loss per reach catchment.,CAT_SedLOAD_2012,ACC_SedLOAD_2012,TOT_SedLOAD_2012,tons,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,sum,Sed_2012,Sed_2012_CONUS.zip +Best Management Practices,SedLOSS_2012,Average tons of sediment loss per hectare per reach catchment.,CAT_SedLOSS_2012,ACC_SedLOSS_2012,TOT_SedLOSS_2012,tons per hectare,https://www.sciencebase.gov/catalog/item/5cc89237e4b09b8c0b77f247,NA,NA,TRUE,area_weighted_mean,Sed_2012,Sed_2012_CONUS.zip +Chemical,DEP_CA_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Calcium,CAT_DEP_CA_1985,ACC_DEP_CA_1985,TOT_DEP_CA_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip +Chemical,DEP_MG_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Magnesium,CAT_DEP_MG_1985,ACC_DEP_MG_1985,TOT_DEP_MG_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip +Chemical,DEP_CL_1985,National Atmospheric Deposition Program (NADP) National Trends Network average of annual precipitation-weighted mean atmospheric deposition of Chloride,CAT_DEP_CL_1985,ACC_DEP_CL_1985,TOT_DEP_CL_1985,kilograms per hectare,https://www.sciencebase.gov/catalog/item/57e2ac2fe4b0908250045981,NA,NA,FALSE,area_weighted_mean,NADP,NADP_2010_CONUS.zip;NADP_2007_CONUS.zip;NADP_2013_CONUS.zip;NADP_2009_CONUS.zip;NADP_2011_CONUS.zip;NADP_2012_CONUS.zip;NADP_1988_CONUS.zip;NADP_1997_CONUS.zip;NADP_2000_CONUS.zip;NADP_2008_CONUS.zip;NADP_2005_CONUS.zip;NADP_2006_CONUS.zip;NADP_2001_CONUS.zip;NADP_2004_CONUS.zip;NADP_2002_CONUS.zip;NADP_1987_CONUS.zip;NADP_2003_CONUS.zip;NADP_1986_CONUS.zip;NADP_1992_CONUS.zip;NADP_1996_CONUS.zip;NADP_1989_CONUS.zip;NADP_1991_CONUS.zip;NADP_1994_CONUS.zip;NADP_1995_CONUS.zip;NADP_1998_CONUS.zip;NADP_2014_CONUS.zip;NADP_1993_CONUS.zip;NADP_1999_CONUS.zip;NADP_1990_CONUS.zip;NADP_1985_CONUS.zip +Climate,FSTFZ6190,"Watershed average of mean day of the year of first freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 300 is the 300th day of the year (Oct 27th). ",CAT_FSTFZ6190,ACC_FSTFZ6190,TOT_FSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/5704052ae4b0328dcb827bc7,NA,NA,FALSE,area_weighted_mean,FSTFZ6190,FSTFZ6190_CONUS.zip +Climate,LSTFZ6190,"Watershed average of mean day of the year of last freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 100 is the 100th day of the year (April 10th). ",CAT_LSTFZ6190,ACC_LSTFZ6190,TOT_LSTFZ6190,day of year,https://www.sciencebase.gov/catalog/item/57040a6ce4b0328dcb828378,NA,NA,FALSE,area_weighted_mean,LSTFZ6190,LSTFZ6190_CONUS.zip +Climate,MAXP6190,Watershed maximum average annual precipitation in mm,CAT_MAXP6190,ACC_MAXP6190,TOT_MAXP6190,mm/year,https://www.sciencebase.gov/catalog/item/57040af4e4b0328dcb82842b,NA,NA,FALSE,area_weighted_mean,MAXP6190,MAXP6190_CONUS.zip +Climate,MINP6190,Watershed minimum average annual precipitation in mm,CAT_MINP6190,ACC_MINP6190,TOT_MINP6190,mm/year,https://www.sciencebase.gov/catalog/item/572a23c4e4b0b13d391a0142,NA,NA,FALSE,area_weighted_mean,MINP6190,MINP6190_CONUS.zip +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5734acafe4b0dae0d5de622d,NA,NA,FALSE,area_weighted_mean,PPT_CAT, +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC, +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT, +Climate,PPT7100_ANN,"Mean annual precip (mm) for the watershed, from 800m PRISM data. 30 years period of record 1971-2000. ",CAT_PPT7100_ANN,ACC_PPT7100_ANN,TOT_PPT7100_ANN,mm/year,https://www.sciencebase.gov/catalog/item/573b70a7e4b0dae0d5e3ae85,NA,NA,FALSE,area_weighted_mean,PPT7100_ANN,PPT7100_ANN_CONUS.zip +Climate,WB5100_JAN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for January,CAT_WB5100_JAN,ACC_WB5100_JAN,TOT_WB5100_JAN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_FEB,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for February,CAT_WB5100_FEB,ACC_WB5100_FEB,TOT_WB5100_FEB,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_MAR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for March,CAT_WB5100_MAR,ACC_WB5100_MAR,TOT_WB5100_MAR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_APR,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for April,CAT_WB5100_APR,ACC_WB5100_APR,TOT_WB5100_APR,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_MAY,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for May,CAT_WB5100_MAY,ACC_WB5100_MAY,TOT_WB5100_MAY,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_JUN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for June,CAT_WB5100_JUN,ACC_WB5100_JUN,TOT_WB5100_JUN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_JUL,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for July,CAT_WB5100_JUL,ACC_WB5100_JUL,TOT_WB5100_JUL,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_AUG,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for August,CAT_WB5100_AUG,ACC_WB5100_AUG,TOT_WB5100_AUG,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_SEP,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for September,CAT_WB5100_SEP,ACC_WB5100_SEP,TOT_WB5100_SEP,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_OCT,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for October,CAT_WB5100_OCT,ACC_WB5100_OCT,TOT_WB5100_OCT,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_NOV,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for November,CAT_WB5100_NOV,ACC_WB5100_NOV,TOT_WB5100_NOV,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,WB5100_DEC,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for December,CAT_WB5100_DEC,ACC_WB5100_DEC,TOT_WB5100_DEC,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip +Climate,PRSNOW,"Snow percent of total precipitation estimate, mean for period 1901-2000. From McCabe and Wolock (submitted, 2008), 1km grid.",CAT_PRSNOW,ACC_PRSNOW,TOT_PRSNOW,percent,https://www.sciencebase.gov/catalog/item/57053dc5e4b0d4e2b756c117,NA,NA,FALSE,area_weighted_mean,PRSNOW,PRSNOW_CONUS.zip +Climate,RH,"Watershed average relative humidity (percent), from 2km PRISM, derived from 30 years of record (1961-1990).",CAT_RH,ACC_RH,TOT_RH,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,FALSE,area_weighted_mean,RH,RH_CONUS.zip +Climate,AET,"mean-annual evapotranspiration, estimated by Senay and others (2013",CAT_AET,ACC_AET,TOT_AET,millimeters,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,FALSE,area_weighted_mean,ET,ET_CONUS.zip +Climate,TAV7100_ANN,"Watershed average of monthly air temperature (degrees C) from 800m PRISM, derived from 30 years of record (1971-2000).",CAT_TAV7100_ANN,ACC_TAV7100_ANN,TOT_TAV7100_ANN,degrees C,https://www.sciencebase.gov/catalog/item/57054bf2e4b0d4e2b756d364,NA,NA,FALSE,area_weighted_mean,TAV7100_ANN,NHDV2_TMEAN7100_ANN_CONUS.zip +Climate,TAV7100_APR,"Average April air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_APR,ACC_TAV7100_APR,TOT_TAV7100_APR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_AUG,"Average August air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_AUG,ACC_TAV7100_AUG,TOT_TAV7100_AUG,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_DEC,"Average December air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_DEC,ACC_TAV7100_DEC,TOT_TAV7100_DEC,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_FEB,"Average February air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_FEB,ACC_TAV7100_FEB,TOT_TAV7100_FEB,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_JAN,"Average January air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JAN,ACC_TAV7100_JAN,TOT_TAV7100_JAN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_JUL,"Average July air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUL,ACC_TAV7100_JUL,TOT_TAV7100_JUL,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_JUN,"Average June air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_JUN,ACC_TAV7100_JUN,TOT_TAV7100_JUN,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_MAR,"Average March air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAR,ACC_TAV7100_MAR,TOT_TAV7100_MAR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_MAY,"Average May air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_MAY,ACC_TAV7100_MAY,TOT_TAV7100_MAY,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_NOV,"Average November air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_NOV,ACC_TAV7100_NOV,TOT_TAV7100_NOV,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_OCT,"Average October air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_OCT,ACC_TAV7100_OCT,TOT_TAV7100_OCT,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,TAV7100_SEP,"Average September air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_SEP,ACC_TAV7100_SEP,TOT_TAV7100_SEP,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip +Climate,PET,"PRISM 30-year average Potential Evapotranspiration, 1971-2000 per NHDPlus version 2 catchment",CAT_PET,ACC_PET,TOT_PET,millimeters per year,https://www.sciencebase.gov/catalog/item/56f96ed1e4b0a6037df06a2d,NA,NA,TRUE,area_weighted_mean,PET,PET_CONUS.zip +Climate,RH6190,PRISM 30-year average (1961-1990) relative humidity (percent) per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RH6190,ACC_RH6190,TOT_RH6190,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,TRUE,area_weighted_mean,RH,RH_CONUS.zip +Climate,ET,"Mean-annual actual evapotranspiration, estimated using the regression equation of Sanford and Selnick (2013) per NHDPlus version 2 catchment. -9999 denotes NODATA, source coverage does not cover catchment.",CAT_ET,ACC_ET,TOT_ET,millimeters per year,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,TRUE,area_weighted_mean,ET,ET_CONUS.zip +Climate,TMAX7100,30 year (1971 - 2000) mean annual maximum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMAX7100,ACC_TMAX7100,TOT_TMAX7100,degrees Celsius,https://www.sciencebase.gov/catalog/item/57054aebe4b0d4e2b756d1fc,NA,NA,TRUE,area_weighted_mean,TMAX7100,TMAX7100_CONUS.zip +Climate,TMIN7100,30 year (1971 - 2000) mean annual minimum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMIN7100,ACC_TMIN7100,TOT_TMIN7100,Degree Celsius,https://www.sciencebase.gov/catalog/item/57054c9be4b0d4e2b756d465,NA,NA,TRUE,area_weighted_mean,TMIN7100,TMIN7100_CONUS.zip +Climate,WDJAN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for January. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJAN,ACC_WDJAN,TOT_WDJAN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDFEB,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for February. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDFEB,ACC_WDFEB,TOT_WDFEB,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDMAR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for March. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAR,ACC_WDMAR,TOT_WDMAR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDAPR,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for April. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAPR,ACC_WDAPR,TOT_WDAPR,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDMAY,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for May. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDMAY,ACC_WDMAY,TOT_WDMAY,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDJUN,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for June. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUN,ACC_WDJUN,TOT_WDJUN,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDJUL,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for July. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDJUL,ACC_WDJUL,TOT_WDJUL,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDAUG,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for August. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDAUG,ACC_WDAUG,TOT_WDAUG,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDSEP,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for September. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDSEP,ACC_WDSEP,TOT_WDSEP,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDOCT,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for October. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDOCT,ACC_WDOCT,TOT_WDOCT,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDNOV,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for November. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDNOV,ACC_WDNOV,TOT_WDNOV,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate,WDDEC,NHDPlusV2 catchment value for the 30 year average (1961-1990) number of days of measurable precipitation for Decemeber. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDDEC,ACC_WDDEC,TOT_WDDEC,number of days per month,https://www.sciencebase.gov/catalog/item/572241c5e4b0b13d39138edd,NA,NA,TRUE,area_weighted_mean,WD6190,WD6190_CAT_CONUS.zip;WD6190_TOT_CONUS.zip;WD6190_ACC_CONUS.zip +Climate ,CWD,30-year average number of consecutive days with measurable precipitation per NHDPlus version 2 catchment.,CAT_CWD,ACC_CWD,TOT_CWD,days,https://www.sciencebase.gov/catalog/item/57053e25e4b0d4e2b756c17d,NA,NA,TRUE,area_weighted_mean,CWD,CWD_CONUS.zip +Climate ,WDANN,NHDPlusV2 catchment value for the 30 year annual average (1961-1990) number of days of measurable precipitation. -9999 denotes NODATA or source data does not cover catchment.,CAT_WDANN,ACC_WDANN,TOT_WDANN,days,https://www.sciencebase.gov/catalog/item/573b5497e4b0dae0d5e3ada1,NA,NA,TRUE,area_weighted_mean,WDANN,WDANN_CONUS.zip +Geology,BEDPERM_1,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is not a prinicpal aquifer,CAT_BEDPERM_1,ACC_BEDPERM_1,TOT_BEDPERM_1,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_2,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone,CAT_BEDPERM_2,ACC_BEDPERM_2,TOT_BEDPERM_2,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_3,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is semiconsolidated sand,CAT_BEDPERM_3,ACC_BEDPERM_3,TOT_BEDPERM_3,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_4,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is basalt and other volcanic rocks,CAT_BEDPERM_4,ACC_BEDPERM_4,TOT_BEDPERM_4,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_5,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is sandstone and carbonate rocks,CAT_BEDPERM_5,ACC_BEDPERM_5,TOT_BEDPERM_5,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_6,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Unconsolidated sand and gravel,CAT_BEDPERM_6,ACC_BEDPERM_6,TOT_BEDPERM_6,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,BEDPERM_7,Percent of NHDPlus version 2 flowline catchment whose bedrock permeability class is Carbonate rock,CAT_BEDPERM_7,ACC_BEDPERM_7,TOT_BEDPERM_7,percent,https://www.sciencebase.gov/catalog/item/57867c33e4b0e02680c14fff,NA,NA,FALSE,area_weighted_mean,BEDPERM,BEDPERM_ACC_CONUS.zip;BEDPERM_TOT_CONUS.zip;BEDPERM_CAT_CONUS.zip +Geology,OLSON_CAO,Rock calcium oxide concentration as a percent.,CAT_OLSON_CAO,ACC_OLSON_CAO,TOT_OLSON_CAO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip +Geology,OLSON_MGO,Rock magnesium oxide concentration as a percent.,CAT_OLSON_MGO,ACC_OLSON_MGO,TOT_OLSON_MGO,percent,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip +Geology,OLSON_PERM,Rock hydraulic conductivity (10^-6 m/s).,CAT_OLSON_PERM,ACC_OLSON_PERM,TOT_OLSON_PERM,10^-6 m/s,https://www.sciencebase.gov/catalog/item/5703e35be4b0328dcb825562,NA,NA,FALSE,area_weighted_mean,OLSON,OLSON_CAT_CONUS.zip;OLSON_ACC_CONUS.zip;OLSON_TOT_CONUS.zip +Hydrologic,BFI,"Base Flow Index (BFI), The BFI is a ratio of base flow to total streamflow, expressed as a percentage and ranging from 0 to 100. Base flow is the sustained, slowly varying component of streamflow, usually attributed to ground-water discharge to a stream.",CAT_BFI,ACC_BFI,TOT_BFI,percent,https://www.sciencebase.gov/catalog/item/5669a8e3e4b08895842a1d4f,NA,NA,FALSE,area_weighted_mean,BFI,BFI_CONUS.zip +Hydrologic,CONTACT,Subsurface flow contact time index. The subsurface contact time index estimates the number of days that infiltrated water resides in the saturated subsurface zone of the basin before discharging into the stream. ,CAT_CONTACT,ACC_CONTACT,TOT_CONTACT,days,https://www.sciencebase.gov/catalog/item/56f96fc5e4b0a6037df06b12,NA,NA,FALSE,area_weighted_mean,CONTACT,CONTACT_CONUS.zip +Hydrologic,IEOF,Percentage of Horton overland flow as a percent,CAT_IEOF,ACC_IEOF,TOT_IEOF,percent,https://www.sciencebase.gov/catalog/item/56f974e2e4b0a6037df06b55,NA,NA,FALSE,area_weighted_mean,IEOF,IEOF_CONUS.zip +Hydrologic,RECHG,Mean annual natural ground-water recharge in millimeters per year,CAT_RECHG,ACC_RECHG,TOT_RECHG,mm/yr,https://www.sciencebase.gov/catalog/item/56f97577e4b0a6037df06b5a,NA,NA,FALSE,area_weighted_mean,RECHG,RECHG_CONUS.zip +Hydrologic,SATOF,Percentage of Dunne overland flow as a percent,CAT_SATOF,ACC_SATOF,TOT_SATOF,percent,https://www.sciencebase.gov/catalog/item/56f97acbe4b0a6037df06b6a,NA,NA,FALSE,area_weighted_mean,SATOF,SATOF_CONUS.zip +Hydrologic,TWI,"Topographic wetness index, ln(a/S); where ln is the natural log, a is the upslope area per unit contour length and S is the slope at that point. See http://ks.water.usgs.gov/Kansas/pubs/reports/wrir.99-4242.html and Wolock and McCabe, 1995 for more detail",CAT_TWI,ACC_TWI,TOT_TWI,ln(m),https://www.sciencebase.gov/catalog/item/56f97be4e4b0a6037df06b70,NA,NA,FALSE,area_weighted_mean,TWI,TWI_CONUS.zip +Hydrologic,WBANN5100,"Estimated watershed annual runoff, mm/year, mean for the period 1951-2000. From Wolock and McCabe (1999) water balance model. Estimates the effects of precip and temperature, but not other factors (land use, water use, regulation, etc.)",CAT_WBANN5100,ACC_WBANN5100,TOT_WBANN5100,mm/year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,FALSE,area_weighted_mean,WB5100_ANN,WB5100_ANN_CONUS.zip +Hydrologic,RUN7100,Estimated 30-year (1971-2000) average annual runoff in millimeters per year,CAT_RUN7100,ACC_RUN7100,TOT_RUN7100,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,FALSE,area_weighted_mean,RUN7100,RUN7100_CONUS.zip +Hydrologic,EWT,Average depth to water table relative to the land surface(meters),CAT_EWT,ACC_EWT,TOT_EWT,meters,https://www.sciencebase.gov/catalog/item/56f97456e4b0a6037df06b50,NA,NA,FALSE,area_weighted_mean,EWT,EWT_CONUS.zip +Hydrologic,RF7100,"Mean annual average for the Rainfall and Runoff factor (""R factor"" of Universal Soil Loss Equation) for the period 1971-2000 in hundreds of foot-tonforce-inch/acre-hour per year for the period 1971-2000 per NHDPlus version 2 catchment",CAT_RF7100,ACC_RF7100,TOT_RF7100,hundreds of foot-ton-inches per acre per year,https://www.sciencebase.gov/catalog/item/573b6028e4b0dae0d5e3ae16,NA,NA,TRUE,area_weighted_mean,RF7100,RF7100_CONUS.zip +Hydrologic,RUN,Estimated 30-year (1971-2000) average annual runoff in mm/year per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RUN,ACC_RUN,TOT_RUNOFF,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,TRUE,area_weighted_mean,RUN7100,RUN7100_CONUS.zip +Hydrologic,WBANN5100_ANN,Average annual runoff (mm) from McCabe and Wolock's Runoff Model 1951-2000 per NHDPlus version 2 catchment,CAT_WB5100_ANN,ACC_WB5100_ANN,TOT_WB5100_ANN,millimeters per year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,TRUE,area_weighted_mean,WB5100_ANN,WB5100_ANN_CONUS.zip +Hydrologic Modifications,NPDES_MAJ_DENS,Density of major NPDES sites ,CAT_NPDES_MAJ_DENS,ACC_NPDES_MAJ_DENS,TOT_NPDES_MAJ_DENS,sites per 100 square kilometers,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,area_weighted_mean,NPDES_MAJ,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip +Hydrologic Modifications,NPDES_MAJ,Number of major NPDES sites ,CAT_NPDES_MAJ,ACC_NPDES_MAJ,TOT_NPDES_MAJ,count,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,sum,NPDES_MAJ,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip +Hydrologic Modifications,FRESHWATER_WD,freshwater withdrawals from 1995-2000 county-level estimates,CAT_FRESHWATER_WD,ACC_FRESHWATER_WD,TOT_FRESHWATER_WD,megaliters per square kilometer,https://www.sciencebase.gov/catalog/item/57c9dc05e4b0f2f0cec192f2,NA,NA,FALSE,area_weighted_mean,FRESHWATER_WD,FRESHWATER_WithDraw_CONUS.zip +Hydrologic Modifications,MIRAD_2012,Percent of all land that?ÇÖs irrigated agriculture in 2012 per NHDPlus version 2 catchment,CAT_MIRAD_2012,ACC_MIRAD_2012,TOT_MIRAD_2012,percent,https://www.sciencebase.gov/catalog/item/573b78aee4b0dae0d5e3aeb7,NA,NA,TRUE,area_weighted_mean,MIRAD_2012,MIRAD_2012_CONUS.zip +Hydrologic Modifications,NDAMSYYYY,"Number of dams built on or before YYYY per NHDPlus version 2 catchment, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960).",CAT_NDAMSYYYY,ACC_NDAMSYYYY,TOT_NDAMSYYYY,Count,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,NID_STORAGEYYYY,"The maximum dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment below the maximum attainable water surface elevation, including any surcharge storage, of dams built on or before YYYY. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NID_STORAGEYYYY,ACC_NID_STORAGEYYYY,TOT_NID_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,NORM_STORAGEYYYY,"The normal dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment that is below the normal retention level, including dead and inactive storage and excluding any flood control or surcharge storage. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NORM_STORAGEYYYY,ACC_NORM_STORAGEYYYY,TOT_NORM_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,MAJORYYYY,"Number of major dams built on or before YYYY in each NHDPlusV2 catchment. Major dams defined as being >= 50 feet in height (15m) or having storage >= 5,000 acre feet, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_MAJORYYYY,ACC_MAJORYYYY,TOT_MAJORYYYY,Count.,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Land Cover,IMPV11,NLCD 2011 percent imperviousness ,CAT_IMPV11,ACC_IMPV11,TOT_IMPV11,percent,https://www.sciencebase.gov/catalog/item/57057a9be4b0d4e2b7571fbb,NA,NA,FALSE,area_weighted_mean,IMPV11,IMPV11_CONUS.zip +Land Cover,IMPV11_BUFF100,NLCD 2011 percent imperviousness in the 100 meter riparian buffer zones ,CAT_IMPV11_BUFF100,ACC_IMPV11_BUFF100,TOT_IMPV11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570577fee4b0d4e2b7571d7b,NA,NA,FALSE,area_weighted_mean,IMPV11_BUFF100,IMPV11_BUFF100_CONUS.zip +Land Cover,CNPY11_BUFF100,NLCD 2011 percent tree canopy in 100 meter riparian buffer ,CAT_CNPY11_BUFF100,ACC_CNPY11_BUFF100,TOT_CNPY11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570572e2e4b0d4e2b75718bc,NA,NA,FALSE,area_weighted_mean,CNPY11_BUFF100,CNPY11_BUFF100_CONUS.zip +Land Cover,NLCD11_11,"2011 land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil. -9999 denotes NODATA.",CAT_NLCD11_11,ACC_NLCD11_11,TOT_NLCD11_11,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_12,"2011 land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_12,ACC_NLCD11_12,TOT_NLCD11_12,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_21,"2011 land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes. -9999 denotes NODATA.",CAT_NLCD11_21,ACC_NLCD11_21,TOT_NLCD11_21,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_22,"2011 land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_22,ACC_NLCD11_22,TOT_NLCD11_22,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_23,"2011 land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units. -9999 denotes NODATA.",CAT_NLCD11_23,ACC_NLCD11_23,TOT_NLCD11_23,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_24,"2011 land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover. -9999 denotes NODATA.",CAT_NLCD11_24,ACC_NLCD11_24,TOT_NLCD11_24,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_31,"2011 land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover. -9999 denotes NODATA.",CAT_NLCD11_31,ACC_NLCD11_31,TOT_NLCD11_31,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_41,"2011 land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change. -9999 denotes NODATA.",CAT_NLCD11_41,ACC_NLCD11_41,TOT_NLCD11_41,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_42,"2011 land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage. -9999 denotes NODATA.",CAT_NLCD11_42,ACC_NLCD11_42,TOT_NLCD11_42,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_43,"2011 land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover. -9999 denotes NODATA.",CAT_NLCD11_43,ACC_NLCD11_43,TOT_NLCD11_43,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_52,"2011 land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions. -9999 denotes NODATA.",CAT_NLCD11_52,ACC_NLCD11_52,TOT_NLCD11_52,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_71,"2011 land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing. -9999 denotes NODATA.",CAT_NLCD11_71,ACC_NLCD11_71,TOT_NLCD11_71,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_81,"2011 land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation. -9999 denotes NODATA.",CAT_NLCD11_81,ACC_NLCD11_81,TOT_NLCD11_81,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_82,"2011 land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled. -9999 denotes NODATA.",CAT_NLCD11_82,ACC_NLCD11_82,TOT_NLCD11_82,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_90,2011 land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_90,ACC_NLCD11_90,TOT_NLCD11_90,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_95,2011 land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water. -9999 denotes NODATA.,CAT_NLCD11_95,ACC_NLCD11_95,TOT_NLCD11_95,percent,https://www.sciencebase.gov/catalog/item/5761bad4e4b04f417c2d30c5,NA,NA,FALSE,area_weighted_mean,NLCD11,NLCD11_CAT_CONUS.zip;NLCD11_ACC_CONUS.zip;NLCD11_TOT_CONUS.zip +Land Cover,NLCD11_11_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Open Water: All areas of open water, generally with less than 25 percent cover of vegetation or soil.",CAT_NLCD11_11_RIP50,ACC_NLCD11_11_RIP50,TOT_NLCD11_11_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_12_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Perennial Ice/Snow: All areas characterized by a perennial cover of ice and/or snow, generally greater than 25 percent of total cover.",CAT_NLCD11_12_RIP50,ACC_NLCD11_12_RIP50,TOT_NLCD11_12_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_21_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Open Space: Includes areas with a mixture of some constructed materials, but mostly vegetation in the form of lawn grasses. Impervious surfaces account for less than 20 percent of total cover. These areas most commonly include large-lot single-family housing units, parks, golf courses, and vegetation planted in developed settings for recreation, erosion control, or aesthetic purposes.",CAT_NLCD11_21_RIP50,ACC_NLCD11_21_RIP50,TOT_NLCD11_21_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_22_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Low Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 20-49 percent of total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_22_RIP50,ACC_NLCD11_22_RIP50,TOT_NLCD11_22_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_23_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, Medium Intensity: Includes areas with a mixture of constructed materials and vegetation. Impervious surfaces account for 50-79 percent of the total cover. These areas most commonly include single-family housing units.",CAT_NLCD11_23_RIP50,ACC_NLCD11_23_RIP50,TOT_NLCD11_23_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_24_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Developed, High Intensity: Includes highly developed areas where people reside or work in high numbers. Examples include apartment complexes, row houses, and commercial/industrial. Impervious surfaces account for 80-100 percent of the total cover.",CAT_NLCD11_24_RIP50,ACC_NLCD11_24_RIP50,TOT_NLCD11_24_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_31_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Barren Land (Rock/Sand/Clay): Barren areas of bedrock, desert pavement, scarps, talus, slides, volcanic material, glacial debris, sand dunes, strip mines, gravel pits, and other accumulations of earthen material. Generally, vegetation accounts for less than 15 percent of total cover.",CAT_NLCD11_31_RIP50,ACC_NLCD11_31_RIP50,TOT_NLCD11_31_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_41_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Deciduous Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the tree species shed foliage simultaneously in response to seasonal change.",CAT_NLCD11_41_RIP50,ACC_NLCD11_41_RIP50,TOT_NLCD11_41_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_42_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Evergreen Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. More than 75 percent of the trees maintain their leaves all year. Canopy is never without green foliage.",CAT_NLCD11_42_RIP50,ACC_NLCD11_42_RIP50,TOT_NLCD11_42_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_43_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Mixed Forest: Areas dominated by trees generally greater than 5 meters tall, and greater than 20 percent of total vegetation cover. Neither deciduous nor evergreen species are greater than 75 percent of total tree cover.",CAT_NLCD11_43_RIP50,ACC_NLCD11_43_RIP50,TOT_NLCD11_43_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_52_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Shrub/Scrub: Areas dominated by shrubs less than 5 meters tall. Shrub canopy is typically greater than 20 percent of total vegetation. This class includes true shrubs, young trees in an early successional stage or trees stunted from environmental conditions.",CAT_NLCD11_52_RIP50,ACC_NLCD11_52_RIP50,TOT_NLCD11_52_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_71_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Grassland/Herbaceous: Areas dominated by graminoid or herbaceous vegetation, generally greater than 80 percent of total vegetation. These areas are not subject to intensive management such as tilling, but can be utilized for grazing.",CAT_NLCD11_71_RIP50,ACC_NLCD11_71_RIP50,TOT_NLCD11_71_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_81_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Pasture/Hay: Areas of grasses, legumes, or grass-legume mixtures planted for livestock grazing or the production of seed or hay crops, typically on a perennial cycle. Pasture/hay vegetation accounts for greater than 20 percent of total vegetation.",CAT_NLCD11_81_RIP50,ACC_NLCD11_81_RIP50,TOT_NLCD11_81_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_82_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled.",CAT_NLCD11_82_RIP50,NA,TOT_NLCD11_82_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_90_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_90_RIP50,ACC_NLCD11_90_RIP50,TOT_NLCD11_90_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Land Cover,NLCD11_95_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_95_RIP50,ACC_NLCD11_95_RIP50,TOT_NLCD11_95_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip +Population,HDENSXX,"Estimated number of houses per square kilometer per NHDPlusV2 catchment, where XX is the last 2 digits of the year represented. The range of years is 1940 through 2010.",CAT_HDENSXX,ACC_HDENSXX,TOT_HDENSXX,percent,https://www.sciencebase.gov/catalog/item/5910de31e4b0e541a03ac983,NA,NA,TRUE,area_weighted_mean,HDENS,HDENS00_CONUS.zip;HDENS60_CONUS.zip;HDENS10_CONUS.zip;HDENS80_CONUS.zip;HDENS70_CONUS.zip;HDENS90_CONUS.zip;HDENS40_CONUS.zip;HDENS50_CONUS.zip +Regions,HGA,"Percentage of Hydrologic Group A soil. -9999 denotes NODATA, usually water. Hydrologic group A soils have high infiltration rates. Soils are deep and well drained and, typically, have high sand and gravel content.",CAT_HGA,ACC_HGA,TOT_HGA,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGAC,"Percentage of Hydrologic Group AC soil. -9999 denotes NODATA, usually water. Hydrologic group AC soils have group A characteristics (high infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGAC,ACC_HGAC,TOT_HGAC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGAD,"Percentage of Hydrologic Group AD soil. -9999 denotes NODATA, usually water. Hydrologic group AD soils have group A characteristics (high infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGAD,ACC_HGAD,TOT_HGAD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGB,"Percentage of Hydrologic Group B soil. -9999 denotes NODATA, usually water. Hydrologic group B soils have moderate infiltration rates. Soils are moderately deep, moderately well drained, and moderately coarse in texture.",CAT_HGB,ACC_HGB,TOT_HGB,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGBC,"Percentage of Hydrologic Group BC soil. -9999 denotes NODATA, usually water. Hydrologic group BC soils have group B characteristics (moderate infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGBC,ACC_HGBC,TOT_HGBC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGBD,"Percentage of Hydrologic Group BD soil. -9999 denotes NODATA, usually water. Hydrologic group BD soils have group B characteristics (moderate infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGBD,ACC_HGBD,TOT_HGBD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGC,"Percentage of Hydrologic Group C soil. -9999 denotes NODATA, usually water. Hydrologic group C soils have slow soil infiltration rates. The soil profiles include layers impeding downward movement of water and, typically, have moderately fine or fine texture.",CAT_HGC,ACC_HGC,TOT_HGC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGCD,"Percentage of Hydrologic Group CD soil. -9999 denotes NODATA, usually water. Hydrologic group CD soils have group C characteristics (slow infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGCD,ACC_HGCD,TOT_HGCD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGD,"Percentage of Hydrologic Group D soil. -9999 denotes NODATA, usually water. Hydrologic group D soils have very slow infiltration rates. Soils are clayey, have a high water table, or have a shallow impervious layer.",CAT_HGD,ACC_HGD,TOT_HGD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,HGVAR,"Percentage of Hydrologic Group VAR soil. -9999 denotes NODATA, usually water. Hydrologic group VAR soils have variable drainage characteristics.",CAT_HGVAR,ACC_HGVAR,TOT_HGVAR,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip +Regions,PHYSIO_AREA,Percent area of catchment that each physiographic province covers.,CAT_PHYSIO_AREA,ACC_PHYSIO_AREA,TOT_PHYSIO_AREA,percent,https://www.sciencebase.gov/catalog/item/57dafd3ae4b090824ffc32f1,NA,NA,TRUE,area_weighted_mean,PHYSIO_AREA,PHYSIO_CAT_CONUS.zip;PHYSIO_ACC_CONUS.zip;PHYSIO_TOT_CONUS.zip +Soils,KFACT,Average value for the K factor per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_KFACT,ACC_KFACT,TOT_KFACT,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,KFACT_UP,Average value for the K factor in the upper soil horizon per NHDPlus version 2 catchment,CAT_KFACT_UP,ACC_KFACT_UP,TOT_KFACT_UP,unitless,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,PERMAVE,Average value for the range in permeability (inches per hour) per NHDPlus version 2 catchment.,CAT_PERMAVE,ACC_PERMAVE,TOT_PERMAVE,inches per hour,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,RFACT,Average Rainfall Runoff Factor from Universal Soil Loss Equation per NHDPlus version 2 catchment.,CAT_RFACT,ACC_RFACT,TOT_RFACT,100s ft-tonf in/h/ac/yr,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,ROCKDEP,Average value for the range in the total soil thickness examined (inches) per NHDPlus version 2 catchment.,CAT_ROCKDEP,ACC_ROCKDEP,TOT_ROCKDEP,inches,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,BDAVE,Average value for the value of bulk density (grams per cubic centimeter) per NHDPlus version 2 catchment.,CAT_BDAVE,ACC_BDAVE,TOT_BDAVE,grams per unit centimeter,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,WTDEP,Average value for the range in depth to the seasonally high water table (feet) per NHDPlus version 2 catchment.,CAT_WTDEP,ACC_WTDEP,TOT_WTDEP,feet,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,FALSE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,SRL25AG,Estimated percent presence of the soil restrictive layer in the upper 25 centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.,CAT_SRL25AG,ACC_SRL25AG,TOT_SRL25AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,SRL35AG,"Estimated percent presence of the soil restrictive layer in the upper 35, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL35AG,ACC_SRL35AG,TOT_SRL35AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,SRL45AG,"Estimated percent presence of the soil restrictive layer in the upper 45, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL45AG,ACC_SRL45AG,TOT_SRL45AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,SRL55AG,"Estimated percent presence of the soil restrictive layer in the upper 55, centimeters of agricultural land per NHDPlus version 2 catchment. -9999 denotes NODATA or there is no soil restrictive layer at this depth for this catchment.",CAT_SRL55AG,ACC_SRL55AG,TOT_SRL55AG,percent,https://www.sciencebase.gov/catalog/item/572900afe4b0b13d3918aa64,NA,NA,TRUE,area_weighted_mean,SSURGO_SRL,SSURGO_SRL_ACC_CONUS.zip;SSURGO_SRL_CAT_CONUS.zip;SSURGO_SRL_TOT_CONUS.zip +Soils,AWCAVE,Average value for the range in available water capacity (fraction) per NHDPlus version 2 catchment.,CAT_AWCAVE,ACC_AWCAVE,TOT_AWCAVE,inches of water per inches of soil depth,https://www.sciencebase.gov/catalog/item/5728decfe4b0b13d3918a9aa,NA,NA,TRUE,area_weighted_mean,STATSGO_LAYER,STATSGO_LAYER_CAT_CONUS.zip;STATSGO_LAYER_ACC_CONUS.zip;STATSGO_LAYER_TOT_CONUS.zip +Soils,SALINAVE,Mean salinity per NHDPlus version 2 catchment,CAT_SALINAVE,ACC_SALINAVE,TOT_SALINAVE,milliohms per centimeter (mohms/cm).,https://www.sciencebase.gov/catalog/item/573b5ba4e4b0dae0d5e3adc2,NA,NA,TRUE,area_weighted_mean,SALINAVE,SALINAVE_CONUS.zip +Soils,CLAYAVE,Average percent of clay in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_CLAYAVE,ACC_CLAYAVE,TOT_CLAYAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip +Soils,SANDAVE,Average percent of sand in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SANDAVE,ACC_SANDAVE,TOT_SANDAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip +Soils,SILTAVE,Average percent of silt in soil per NHDPlus version 2 catchment. -9999 denotes NODATA usually water.,CAT_SILTAVE,ACC_SILTAVE,TOT_SILTAVE,NA,https://www.sciencebase.gov/catalog/item/5728dd46e4b0b13d3918a9a7,NA,NA,TRUE,area_weighted_mean,STATSGO_TEXT,STATSGO_TEXT_TOT_CONUS.zip;STATSGO_TEXT_CAT_CONUS.zip;STATSGO_TEXT_ACC_CONUS.zip +Soils,pH,Average pH of reach catchment.,CAT_pH,ACC_pH,TOT_pH,pH (unitless),https://www.sciencebase.gov/catalog/item/584b0401e4b07e29c706de59,NA,NA,TRUE,area_weighted_mean,STATSGO2_pH,STATSGO2_pH_CONUS.zip +Topographic,BASIN_AREA,NHDPlusV2 flowline catchment area in square kilometers. -9999 denotes a flowline which has no catchment.,CAT_BASIN_AREA,ACC_BASIN_AREA,TOT_BASIN_AREA,square kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,BASIN_SLOPE,NHDPlusV2 flowline catchment's average slope in percent. -9999 denotes a flowline which has no catchment.,CAT_BASIN_SLOPE,ACC_BASIN_SLOPE,TOT_BASIN_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ELEV_MEAN,NHDPlusV2 flowline catchment's mean elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MEAN,ACC_ELEV_MEAN,TOT_ELEV_MEAN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ELEV_MIN,NHDPlusV2 flowline catchment's minimum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MIN,ACC_ELEV_MIN,TOT_ELEV_MIN,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,min,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ELEV_MAX,NHDPlusV2 flowline catchment's maximum elevation in meters. -9999 denotes a flowline which has no catchment.,CAT_ELEV_MAX,ACC_ELEV_MAX,TOT_ELEV_MAX,meters,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,max,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,STREAM_SLOPE,NHDPlus version 2 flowline's average slope in percent. -9999 denotes a flow line with no change in elevation or unable to determine or flowline has no catchment.,CAT_STREAM_SLOPE,ACC_STREAM_SLOPE,TOT_STREAM_SLOPE,"percent (percent rise, also referred to as the percent slope)",https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,STREAM_LENGTH,"NHDPlus version 2 flowline's length in kilometers taken directly from NHDPlusv2's NHDflowline shapefile's item, LENGTHKM. -9999 denotes a catchment has no flowline.",CAT_STREAM_LENGTH,ACC_STREAM_LENGTH,TOT_STREAM_LENGTH,kilometers,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,ARTIFICIAL,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is an artificial reach. An artificial path is a flowline feature that represents the assumed and generalized flow through a 2-dimensional feature, such as a lake or a wide double-banked stream. The artificial path will carry the GNIS name (Geographical Name Information System from NHDPlusV2 flowine shapefile's item GNIS of the major stream it represents and not the waterbody feature.",CAT_ARTIFICIAL,ACC_ARTIFICIAL,TOT_ARTIFICIAL,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,CANALDITCH,Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a canal.,CAT_CANALDITCH,ACC_CANALDITCH,TOT_CANALDITCH,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,CONNECTOR,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a connector. The NHDFlowline feature type connector establishes a known, but non-specific (unseen) connection between two non-adjacent geometric network (flowline) segments that have flow. These features are usually associated with the results of a dye-trace injection that ties the two surface water features together through some groundwater connection.",CAT_CONNECTOR,ACC_CONNECTOR,TOT_CONNECTOR,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,PIPELINE,"Percentage of all flowline reach lengths per NHDPlusV2 catchment that is a pipe line. Pipelines are specifically man-made structures of steel, concrete, or polymers that direct surface water flows from one area to another.",CAT_PIPELINE,ACC_PIPELINE,TOT_PIPELINE,percentage,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,RDX,Number of road to stream crossings per NHDPlusV2 catchment.,CAT_RDX,ACC_RDX,TOT_RDX,count,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,sum,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,TOTAL_ROAD_DENS,Density of all road types per NHDPlusV2 catchment. Density is defined as the length of road divided by the catchment area.,CAT_TOTAL_ROAD_DENS,ACC_TOTAL_ROAD_DENS,TOT_TOTAL_ROAD_DENS,kilometer of roads per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip +Topographic,STRM_DENS,Flowline catchment stream density calculated as stream length (meters) divided by catchment(s) area (square kilometers).,CAT_STRM_DENS,ACC_STRM_DENS,TOT_STRM_DENS,meters per square kilometer,https://www.sciencebase.gov/catalog/item/57976a0ce4b021cadec97890,NA,NA,TRUE,area_weighted_mean,BASIN_CHAR,BASIN_CHAR_CAT_CONUS.zip;BASIN_CHAR_ACC_CONUS.zip;BASIN_CHAR_TOT_CONUS.zip;FTYPE_PCT_CONUS.zip;STREAM_DENSITY_CONUS.zip;RDX_CONUS.zip;ROAD_DENS_CAT_CONUS.zip;ROAD_DENS_TOT_CONUS.zip;ROAD_DENS_ACC_CONUS.zip From 117a02962597a3ebc50915d92515e531530f551e Mon Sep 17 00:00:00 2001 From: Koenig Date: Mon, 7 Feb 2022 10:15:15 -0500 Subject: [PATCH 4/9] download nhdv2 attributes from ScienceBase --- 1_fetch.R | 17 +- 1_fetch/src/fetch_nhdv2_attributes_from_sb.R | 160 +++++++++++++++++++ 2 files changed, 175 insertions(+), 2 deletions(-) create mode 100644 1_fetch/src/fetch_nhdv2_attributes_from_sb.R diff --git a/1_fetch.R b/1_fetch.R index 4750a7a..9c182cf 100644 --- a/1_fetch.R +++ b/1_fetch.R @@ -7,6 +7,7 @@ source("1_fetch/src/get_nhdplusv2.R") source('1_fetch/src/download_tifs_annual.R') source("1_fetch/src/get_gf.R") source("1_fetch/src/fetch_sb_data.R") +source("1_fetch/src/fetch_nhdv2_attributes_from_sb.R") p1_targets_list <- list( @@ -178,7 +179,7 @@ p1_targets_list <- list( format = 'file' ), - # Read in NLCD datasets and subet by comid in DRB + # Read in NLCD datasets and subset by comid in DRB ## Note that this returns a vector of dfs if more than one NLCD data is in the p1_NLCD_data_unzipped tar_target( p1_NLCD_data, @@ -227,8 +228,20 @@ p1_targets_list <- list( tar_target( p1_vars_of_interest, read_csv(p1_vars_of_interest_csv, show_col_types = FALSE) %>% + # Parse sb_id from sb link + mutate(sb_id = str_extract(Science.Base.Link,"[^/]*$")) %>% # Remove the NADP from this since we are loading that separately and no not need it in vars of interest - filter(!Theme %in% c('Chemical', 'Land Cover')) + filter(!Theme %in% c('Chemical', 'Land Cover')) + ), + + # Download Wieczorek dataset variables of interest from ScienceBase + tar_target( + p1_vars_of_interest_downloaded_csvs, + p1_vars_of_interest %>% + split(.,.$sb_id) %>% + lapply(.,fetch_nhdv2_attributes_from_sb,save_dir = "1_fetch/out",comids=p1_nhdv2reaches_sf$COMID,delete_local_copies=TRUE) %>% + do.call('c',.), + format = "file" ), # # download NADP data diff --git a/1_fetch/src/fetch_nhdv2_attributes_from_sb.R b/1_fetch/src/fetch_nhdv2_attributes_from_sb.R new file mode 100644 index 0000000..e02f8e8 --- /dev/null +++ b/1_fetch/src/fetch_nhdv2_attributes_from_sb.R @@ -0,0 +1,160 @@ +fetch_nhdv2_attributes_from_sb <- function(vars_item,save_dir,comids,delete_local_copies = TRUE){ + #' + #' @description This function downloads zipped files from ScienceBase. By calling unzip_and_clip_sb_data(), this function + #' also unzips the downloaded zipped files, reads in the unzipped data table, and filters the CONUS-scale data to + #' retain the NHDPlusV2 COMID's of interest. + #' + #' @param vars_item rows from VarsOfInterest csv containing the sb item to download + #' @param save_dir character string indicting the file path to save the unzipped data + #' @param comids vector of COMIDs to retain from CONUS-scale datasets + #' @param delete_local_copies logical; indicates whether to delete CONUS-scale zipped/unzipped data copies from save_dir + #' delete_local_copies defaults to TRUE + #' + + message(sprintf("Downloading %s from ScienceBase",vars_item$Dataset_name[1])) + + # 1) Select items associated with ScienceBase ID to download + item_names <- vars_item %>% + select(sb_id,SB_item_retrieve) %>% + tidyr::separate_rows(SB_item_retrieve,sep=";") %>% + pull(SB_item_retrieve) %>% + unique() + + # Reformat item_names for monthly average precipitation dataset (CAT) + if(unique(vars_item$sb_id) == "5734acafe4b0dae0d5de622d"){ + years <- c(1971:2000) + item_names <- paste0("PPT",years,"_CAT_CONUS.zip") + } + # Reformat item_names for monthly average precipitation dataset (ACC) + if(unique(vars_item$sb_id) == "5730f062e4b0dae0d5db1fbe"){ + years <- c(1971:2000) + item_names <- paste0("PPT",years,"_ACC_CONUS.zip") + } + # Reformat item_names for monthly average precipitation dataset (TOT) + if(unique(vars_item$sb_id) == "573362bce4b0dae0d5dd6193"){ + years <- c(1971:2000) + item_names <- paste0("PPT",years,"_TOT_CONUS.zip") + } + + # 2) Download data from ScienceBase + out_file <- download_sb_file(sb_id = unique(vars_item$sb_id), + file_name = c(item_names), + out_dir = save_dir) + + # 3) Select column names to be retained from original downloaded data + col_names <- c("COMID", + vars_item$Catchment.Item.Name, + vars_item$Divergence.Item.Name, + vars_item$Total.Upstream.Item.Name) + col_names <- col_names[!is.na(col_names)] + + # Reformat column names for certain datasets + # National Inventory of Dams data: + if(unique(vars_item$sb_id) == "58c301f2e4b0f37a93ed915a"){ + years <- str_extract(out_file,"\\d{2,}") + col_names <- format_col_names_years(col_names,years,yr_pattern = "YYYY") + } + + # HDENS data: + if(unique(vars_item$sb_id) == "5910de31e4b0e541a03ac983"){ + years <- str_extract(out_file,"\\d{2,}") + col_names <- format_col_names_years(col_names,years,yr_pattern = "XX") + } + + # monthly average precipitation data (CAT,ACC,and TOT have different sb_id's): + if(unique(vars_item$sb_id) %in% c("5734acafe4b0dae0d5de622d","5730f062e4b0dae0d5db1fbe","573362bce4b0dae0d5dd6193")){ + years <- c(1971:2000) + col_names <- format_col_names_years(col_names,years,yr_pattern = "YYYY") + } + + # 4) Unzip out_files, filter to COMIDs of interest, and return combined data frame + data_out <- lapply(out_file,unzip_and_clip_sb_data, + col_names = col_names, + comids = comids, + save_dir = save_dir, + delete_local_copies = delete_local_copies) %>% + Reduce(full_join,.) %>% + suppressMessages() %>% + suppressWarnings() + + # 5) Save file + data_out_path <- paste0(save_dir,"/",unique(vars_item$Dataset_name),".csv") + write_csv(data_out,file = data_out_path) + + return(data_out_path) + +} + + +unzip_and_clip_sb_data <- function(out_file,col_names,comids,save_dir,delete_local_copies = TRUE){ + #' + #' @description This function unzips zipped files from ScienceBase, reads in the unzipped data table, + #' and filters the CONUS-scale data to retain the NHDPlusV2 COMID's of interest. + #' + #' @param out_file character string indicating the file path of the zipped data + #' @param col_names string vector containing the columns to return + #' @param comids vector of COMIDs to retain from CONUS-scale datasets + #' @param save_dir character string indicting the file path to save the unzipped data + #' @param delete_local_copies logical; indicates whether to delete CONUS-scale zipped/unzipped data copies from save_dir + #' delete_local_copies defaults to TRUE + #' + + # Unzip downloaded files + unzip(zipfile = out_file, exdir = save_dir, overwrite = TRUE) + + # Parse name(s) of unzipped files + file_name <- basename(out_file) + file_name_sans_ext <- substr(file_name,1,nchar(file_name)-4) + + # Special handling + # in the future consider replacing with fuzzy string matching to create file_name_new + if(file_name_sans_ext == "NHDV2_TMEAN7100_ANN_CONUS"){ + file_name_sans_ext <- "TMEAN7100_ANN_CONUS" + } + + # this line finds the files within the desired directory that share file_name but are not zip files + file_name_new <- grep(file_name_sans_ext,grep(list.files(save_dir), pattern = "\\.zip$", value = TRUE, invert = TRUE),value=TRUE) + file_path <- paste0(save_dir,"/",file_name_new) + + # Read in data and filter to retain COMID's of interest + dat <- read_delim(file_path,show_col_types = FALSE) %>% + filter(COMID %in% comids) %>% + select(any_of(col_names)) + + # Remove files + if(delete_local_copies == "TRUE"){ + file.remove(out_file) + file.remove(file_path) + } + + return(dat) +} + + + +format_col_names_years <- function(col_names,years,yr_pattern){ + #' + #' @description This function takes column names that are formatted with a generic suffix and returns + #' column names as they are within the downloaded data from ScienceBase + #' + #' @param col_names string vector containing the column names as given in the VarsOfInterest table + #' @param years integer; years for which to gather corresponding columns + #' @param yr_pattern character string pattern used to indicate year placeholder within VarsOfInterest table + #' Examples include "YYYY" and "XX" + #' + + # Identify which col_names have yr_pattern as as a suffix (e.g. colYYYY) + col_names_to_trim <- which(str_detect(col_names,pattern=yr_pattern)=="TRUE") + + # Remove year suffix from column names + col_names[c(col_names_to_trim)] <- str_sub(col_names[c(col_names_to_trim)],start = 1,end=-(nchar(yr_pattern)+1)) + + # Rename columns with specific years in place of yr_pattern suffix (e.g. col2015) + col_names_all_years <- lapply(years,function(x) paste0(col_names[c(col_names_to_trim)],x)) %>% + do.call("c",.) + col_names_out <- c("COMID",col_names_all_years) + + return(col_names_out) + + +} From a3d020ea736762e3f1d7ce0a566b35ebc00cd222 Mon Sep 17 00:00:00 2001 From: Koenig Date: Tue, 8 Feb 2022 15:45:26 -0500 Subject: [PATCH 5/9] remove duplicated vars from VarsOfInterest table --- 1_fetch/in/NHDVarsOfInterest.csv | 85 +++++++++++++++----------------- 1 file changed, 41 insertions(+), 44 deletions(-) diff --git a/1_fetch/in/NHDVarsOfInterest.csv b/1_fetch/in/NHDVarsOfInterest.csv index f53d5c0..3169584 100644 --- a/1_fetch/in/NHDVarsOfInterest.csv +++ b/1_fetch/in/NHDVarsOfInterest.csv @@ -8,42 +8,42 @@ Climate,FSTFZ6190,"Watershed average of mean day of the year of first freeze, de Climate,LSTFZ6190,"Watershed average of mean day of the year of last freeze, derived from 30 years of record (1961-1990), 2km PRISM. For example, value of 100 is the 100th day of the year (April 10th). 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2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/5730f062e4b0dae0d5db1fbe,NA,NA,FALSE,area_weighted_mean,PPT_ACC,1971;2000 +Climate,PPT_JANYYYY,50 year (1945 - 2015) catchment mean of January precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JANYYYY,ACC_PPT_JANYYYY,TOT_PPT_JANYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_FEBYYYY,50 year (1945 - 2015) catchment mean of February precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_FEBYYYY,ACC_PPT_FEBYYYY,TOT_PPT_FEBYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_MARYYYY,50 year (1945 - 2015) catchment mean of March precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MARYYYY,ACC_PPT_MARYYYY,TOT_PPT_MARYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_APRYYYY,50 year (1945 - 2015) catchment mean of April precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_APRYYYY,ACC_PPT_APRYYYY,TOT_PPT_APRYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_MAYYYYY,50 year (1945 - 2015) catchment mean of May precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_MAYYYYY,ACC_PPT_MAYYYYY,TOT_PPT_MAYYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_JUNYYYY,50 year (1945 - 2015) catchment mean of June precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JUNYYYY,ACC_PPT_JUNYYYY,TOT_PPT_JUNYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_JULYYYY,50 year (1945 - 2015) catchment mean of July precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_JULYYYY,ACC_PPT_JULYYYY,TOT_PPT_JULYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_AUGYYYY,50 year (1945 - 2015) catchment mean of August precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_AUGYYYY,ACC_PPT_AUGYYYY,TOT_PPT_AUGYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_SEPYYYY,50 year (1945 - 2015) catchment mean of September precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_SEPYYYY,ACC_PPT_SEPYYYY,TOT_PPT_SEPYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_OCTYYYY,50 year (1945 - 2015) catchment mean of October precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_OCTYYYY,ACC_PPT_OCTYYYY,TOT_PPT_OCTYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_NOVYYYY,50 year (1945 - 2015) catchment mean of November precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_NOVYYYY,ACC_PPT_NOVYYYY,TOT_PPT_NOVYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 +Climate,PPT_DECYYYY,50 year (1945 - 2015) catchment mean of December precipitation (mm) based on Wolock and McCabe (2018),CAT_PPT_DECYYYY,ACC_PPT_DECYYYY,TOT_PPT_DECYYYY,millimeters,https://www.sciencebase.gov/catalog/item/573362bce4b0dae0d5dd6193,NA,NA,FALSE,area_weighted_mean,PPT_TOT,1971;2000 Climate,PPT7100_ANN,"Mean annual precip (mm) for the watershed, from 800m PRISM data. 30 years period of record 1971-2000. ",CAT_PPT7100_ANN,ACC_PPT7100_ANN,TOT_PPT7100_ANN,mm/year,https://www.sciencebase.gov/catalog/item/573b70a7e4b0dae0d5e3ae85,NA,NA,FALSE,area_weighted_mean,PPT7100_ANN,PPT7100_ANN_CONUS.zip Climate,WB5100_JAN,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for January,CAT_WB5100_JAN,ACC_WB5100_JAN,TOT_WB5100_JAN,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip Climate,WB5100_FEB,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for February,CAT_WB5100_FEB,ACC_WB5100_FEB,TOT_WB5100_FEB,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip @@ -59,7 +59,6 @@ Climate,WB5100_NOV,50 year (1951 - 2000) Catchment mean of average monthly runof Climate,WB5100_DEC,50 year (1951 - 2000) Catchment mean of average monthly runoff from the McCabe and Wolock's Runoff Model for December,CAT_WB5100_DEC,ACC_WB5100_DEC,TOT_WB5100_DEC,millimeters,https://www.sciencebase.gov/catalog/item/573b5344e4b0dae0d5e3ad9c,NA,NA,FALSE,area_weighted_mean,WB5100,WB5100_ACC_CONUS.zip;WB5100_CAT_CONUS.zip;WB5100_TOT_CONUS.zip Climate,PRSNOW,"Snow percent of total precipitation estimate, mean for period 1901-2000. From McCabe and Wolock (submitted, 2008), 1km grid.",CAT_PRSNOW,ACC_PRSNOW,TOT_PRSNOW,percent,https://www.sciencebase.gov/catalog/item/57053dc5e4b0d4e2b756c117,NA,NA,FALSE,area_weighted_mean,PRSNOW,PRSNOW_CONUS.zip Climate,RH,"Watershed average relative humidity (percent), from 2km PRISM, derived from 30 years of record (1961-1990).",CAT_RH,ACC_RH,TOT_RH,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,FALSE,area_weighted_mean,RH,RH_CONUS.zip -Climate,AET,"mean-annual evapotranspiration, estimated by Senay and others (2013",CAT_AET,ACC_AET,TOT_AET,millimeters,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,FALSE,area_weighted_mean,ET,ET_CONUS.zip Climate,TAV7100_ANN,"Watershed average of monthly air temperature (degrees C) from 800m PRISM, derived from 30 years of record (1971-2000).",CAT_TAV7100_ANN,ACC_TAV7100_ANN,TOT_TAV7100_ANN,degrees C,https://www.sciencebase.gov/catalog/item/57054bf2e4b0d4e2b756d364,NA,NA,FALSE,area_weighted_mean,TAV7100_ANN,NHDV2_TMEAN7100_ANN_CONUS.zip Climate,TAV7100_APR,"Average April air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_APR,ACC_TAV7100_APR,TOT_TAV7100_APR,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip Climate,TAV7100_AUG,"Average August air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_AUG,ACC_TAV7100_AUG,TOT_TAV7100_AUG,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip @@ -74,7 +73,6 @@ Climate,TAV7100_NOV,"Average November air temperature for the watershed, degrees Climate,TAV7100_OCT,"Average October air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_OCT,ACC_TAV7100_OCT,TOT_TAV7100_OCT,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip Climate,TAV7100_SEP,"Average September air temperature for the watershed, degrees C, from 800m PRISM data. 30 years period of record 1971-2000.",CAT_TAV7100_SEP,ACC_TAV7100_SEP,TOT_TAV7100_SEP,degrees C,https://www.sciencebase.gov/catalog/item/57225016e4b0b13d39138f4c,NA,NA,FALSE,area_weighted_mean,TAV7100_MONTHLY,TAV7100_ACC_CONUS.zip;TAV7100_CAT_CONUS.zip;TAV7100_TOT_CONUS.zip Climate,PET,"PRISM 30-year average Potential Evapotranspiration, 1971-2000 per NHDPlus version 2 catchment",CAT_PET,ACC_PET,TOT_PET,millimeters per year,https://www.sciencebase.gov/catalog/item/56f96ed1e4b0a6037df06a2d,NA,NA,TRUE,area_weighted_mean,PET,PET_CONUS.zip -Climate,RH6190,PRISM 30-year average (1961-1990) relative humidity (percent) per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RH6190,ACC_RH6190,TOT_RH6190,percent,https://www.sciencebase.gov/catalog/item/57054a24e4b0d4e2b756d0e7,NA,NA,TRUE,area_weighted_mean,RH,RH_CONUS.zip Climate,ET,"Mean-annual actual evapotranspiration, estimated using the regression equation of Sanford and Selnick (2013) per NHDPlus version 2 catchment. -9999 denotes NODATA, source coverage does not cover catchment.",CAT_ET,ACC_ET,TOT_ET,millimeters per year,https://www.sciencebase.gov/catalog/item/5705491be4b0d4e2b756cf8a,NA,NA,TRUE,area_weighted_mean,ET,ET_CONUS.zip Climate,TMAX7100,30 year (1971 - 2000) mean annual maximum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMAX7100,ACC_TMAX7100,TOT_TMAX7100,degrees Celsius,https://www.sciencebase.gov/catalog/item/57054aebe4b0d4e2b756d1fc,NA,NA,TRUE,area_weighted_mean,TMAX7100,TMAX7100_CONUS.zip Climate,TMIN7100,30 year (1971 - 2000) mean annual minimum temperature (Celsius) from 800m PRISM data per NHDPlus version 2 catchment,CAT_TMIN7100,ACC_TMIN7100,TOT_TMIN7100,Degree Celsius,https://www.sciencebase.gov/catalog/item/57054c9be4b0d4e2b756d465,NA,NA,TRUE,area_weighted_mean,TMIN7100,TMIN7100_CONUS.zip @@ -112,16 +110,15 @@ Hydrologic,WBANN5100,"Estimated watershed annual runoff, mm/year, mean for the p Hydrologic,RUN7100,Estimated 30-year (1971-2000) average annual runoff in millimeters per year,CAT_RUN7100,ACC_RUN7100,TOT_RUN7100,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,FALSE,area_weighted_mean,RUN7100,RUN7100_CONUS.zip Hydrologic,EWT,Average depth to water table relative to the land surface(meters),CAT_EWT,ACC_EWT,TOT_EWT,meters,https://www.sciencebase.gov/catalog/item/56f97456e4b0a6037df06b50,NA,NA,FALSE,area_weighted_mean,EWT,EWT_CONUS.zip Hydrologic,RF7100,"Mean annual average for the Rainfall and Runoff factor (""R factor"" of Universal Soil Loss Equation) for the period 1971-2000 in hundreds of foot-tonforce-inch/acre-hour per year for the period 1971-2000 per NHDPlus version 2 catchment",CAT_RF7100,ACC_RF7100,TOT_RF7100,hundreds of foot-ton-inches per acre per year,https://www.sciencebase.gov/catalog/item/573b6028e4b0dae0d5e3ae16,NA,NA,TRUE,area_weighted_mean,RF7100,RF7100_CONUS.zip -Hydrologic,RUN,Estimated 30-year (1971-2000) average annual runoff in mm/year per NHDPlus version 2 catchment. -9999 denotes flowline reach has no catchment.,CAT_RUN,ACC_RUN,TOT_RUNOFF,millimeters per year,https://www.sciencebase.gov/catalog/item/578f8ad8e4b0ad6235cf6e43,NA,NA,TRUE,area_weighted_mean,RUN7100,RUN7100_CONUS.zip Hydrologic,WBANN5100_ANN,Average annual runoff (mm) from McCabe and Wolock's Runoff Model 1951-2000 per NHDPlus version 2 catchment,CAT_WB5100_ANN,ACC_WB5100_ANN,TOT_WB5100_ANN,millimeters per year,https://www.sciencebase.gov/catalog/item/56fd5bd0e4b0c07cbfa40473,NA,NA,TRUE,area_weighted_mean,WB5100_ANN,WB5100_ANN_CONUS.zip Hydrologic Modifications,NPDES_MAJ_DENS,Density of major NPDES sites ,CAT_NPDES_MAJ_DENS,ACC_NPDES_MAJ_DENS,TOT_NPDES_MAJ_DENS,sites per 100 square kilometers,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,area_weighted_mean,NPDES_MAJ,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip Hydrologic Modifications,NPDES_MAJ,Number of major NPDES sites ,CAT_NPDES_MAJ,ACC_NPDES_MAJ,TOT_NPDES_MAJ,count,https://www.sciencebase.gov/catalog/item/57c9d89ce4b0f2f0cec192da,NA,NA,FALSE,sum,NPDES_MAJ,NPDES_DENSITY_CONUS.zip;NPDES_MAJ_CONUS.zip Hydrologic Modifications,FRESHWATER_WD,freshwater withdrawals from 1995-2000 county-level estimates,CAT_FRESHWATER_WD,ACC_FRESHWATER_WD,TOT_FRESHWATER_WD,megaliters per square kilometer,https://www.sciencebase.gov/catalog/item/57c9dc05e4b0f2f0cec192f2,NA,NA,FALSE,area_weighted_mean,FRESHWATER_WD,FRESHWATER_WithDraw_CONUS.zip Hydrologic Modifications,MIRAD_2012,Percent of all land that?ÇÖs irrigated agriculture in 2012 per NHDPlus version 2 catchment,CAT_MIRAD_2012,ACC_MIRAD_2012,TOT_MIRAD_2012,percent,https://www.sciencebase.gov/catalog/item/573b78aee4b0dae0d5e3aeb7,NA,NA,TRUE,area_weighted_mean,MIRAD_2012,MIRAD_2012_CONUS.zip -Hydrologic Modifications,NDAMSYYYY,"Number of dams built on or before YYYY per NHDPlus version 2 catchment, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960).",CAT_NDAMSYYYY,ACC_NDAMSYYYY,TOT_NDAMSYYYY,Count,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Hydrologic Modifications,NID_STORAGEYYYY,"The maximum dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment below the maximum attainable water surface elevation, including any surcharge storage, of dams built on or before YYYY. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NID_STORAGEYYYY,ACC_NID_STORAGEYYYY,TOT_NID_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Hydrologic Modifications,NORM_STORAGEYYYY,"The normal dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment that is below the normal retention level, including dead and inactive storage and excluding any flood control or surcharge storage. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NORM_STORAGEYYYY,ACC_NORM_STORAGEYYYY,TOT_NORM_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip -Hydrologic Modifications,MAJORYYYY,"Number of major dams built on or before YYYY in each NHDPlusV2 catchment. Major dams defined as being >= 50 feet in height (15m) or having storage >= 5,000 acre feet, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_MAJORYYYY,ACC_MAJORYYYY,TOT_MAJORYYYY,Count.,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1960_CONUS.zip;NID_1970_CONUS.zip;NID_1990_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip;NID_2000_CONUS.zip;NID_1980_CONUS.zip;NID_1950_CONUS.zip +Hydrologic Modifications,NDAMSYYYY,"Number of dams built on or before YYYY per NHDPlus version 2 catchment, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960).",CAT_NDAMSYYYY,ACC_NDAMSYYYY,TOT_NDAMSYYYY,Count,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1970_CONUS.zip;NID_1980_CONUS.zip;NID_1990_CONUS.zip;NID_2000_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip +Hydrologic Modifications,NID_STORAGEYYYY,"The maximum dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment below the maximum attainable water surface elevation, including any surcharge storage, of dams built on or before YYYY. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NID_STORAGEYYYY,ACC_NID_STORAGEYYYY,TOT_NID_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1970_CONUS.zip;NID_1980_CONUS.zip;NID_1990_CONUS.zip;NID_2000_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip +Hydrologic Modifications,NORM_STORAGEYYYY,"The normal dam storage (in acre-feet) defined as the total storage space in all reservoirs in a flowline catchment that is below the normal retention level, including dead and inactive storage and excluding any flood control or surcharge storage. Value is based on dams built on or before YYYY, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_NORM_STORAGEYYYY,ACC_NORM_STORAGEYYYY,TOT_NORM_STORAGEYYYY,acre-feet,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1970_CONUS.zip;NID_1980_CONUS.zip;NID_1990_CONUS.zip;NID_2000_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip +Hydrologic Modifications,MAJORYYYY,"Number of major dams built on or before YYYY in each NHDPlusV2 catchment. Major dams defined as being >= 50 feet in height (15m) or having storage >= 5,000 acre feet, where YYYY is the last year for the decade of record (for example 1960 spans 1951 - 1960). The exceptions are 1930 and 2013 (1930 and before and 2010 to 2010 respectively).",CAT_MAJORYYYY,ACC_MAJORYYYY,TOT_MAJORYYYY,Count.,https://www.sciencebase.gov/catalog/item/58c301f2e4b0f37a93ed915a,NA,NA,TRUE,sum,NDAMS,NID_1970_CONUS.zip;NID_1980_CONUS.zip;NID_1990_CONUS.zip;NID_2000_CONUS.zip;NID_2010_CONUS.zip;NID_2013_CONUS.zip Land Cover,IMPV11,NLCD 2011 percent imperviousness ,CAT_IMPV11,ACC_IMPV11,TOT_IMPV11,percent,https://www.sciencebase.gov/catalog/item/57057a9be4b0d4e2b7571fbb,NA,NA,FALSE,area_weighted_mean,IMPV11,IMPV11_CONUS.zip Land Cover,IMPV11_BUFF100,NLCD 2011 percent imperviousness in the 100 meter riparian buffer zones ,CAT_IMPV11_BUFF100,ACC_IMPV11_BUFF100,TOT_IMPV11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570577fee4b0d4e2b7571d7b,NA,NA,FALSE,area_weighted_mean,IMPV11_BUFF100,IMPV11_BUFF100_CONUS.zip Land Cover,CNPY11_BUFF100,NLCD 2011 percent tree canopy in 100 meter riparian buffer ,CAT_CNPY11_BUFF100,ACC_CNPY11_BUFF100,TOT_CNPY11_BUFF100,percent,https://www.sciencebase.gov/catalog/item/570572e2e4b0d4e2b75718bc,NA,NA,FALSE,area_weighted_mean,CNPY11_BUFF100,CNPY11_BUFF100_CONUS.zip @@ -157,7 +154,7 @@ Land Cover,NLCD11_81_RIP50,"Estimated percent of catchment in 50 meter riparian Land Cover,NLCD11_82_RIP50,"Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Cultivated Crops: Areas used for the production of annual crops, such as corn, soybeans, vegetables, tobacco, and cotton, and also perennial woody crops such as orchards and vineyards. Crop vegetation accounts for greater than 20 percent of total vegetation. This class also includes all land being actively tilled.",CAT_NLCD11_82_RIP50,NA,TOT_NLCD11_82_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip Land Cover,NLCD11_90_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Woody Wetlands: Areas where forest or shrubland vegetation accounts for greater than 20 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_90_RIP50,ACC_NLCD11_90_RIP50,TOT_NLCD11_90_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip Land Cover,NLCD11_95_RIP50,Estimated percent of catchment in 50 meter riparian zone that contains the land-use and land-cover type Emergent Herbaceous Wetlands: Areas where perennial herbaceous vegetation accounts for greater than 80 percent of vegetative cover and the soil or substrate is periodically saturated with or covered with water.,CAT_NLCD11_95_RIP50,ACC_NLCD11_95_RIP50,TOT_NLCD11_95_RIP50,percent,https://www.sciencebase.gov/catalog/item/57855ddee4b0e02680bf37bf,NA,NA,TRUE,area_weighted_mean,NLCD11_RIP50,NLCD11_RIP50_ACC_CONUS.zip;NLCD11_RIP50_CAT_CONUS.zip;NLCD11_RIP50_TOT_CONUS.zip -Population,HDENSXX,"Estimated number of houses per square kilometer per NHDPlusV2 catchment, where XX is the last 2 digits of the year represented. The range of years is 1940 through 2010.",CAT_HDENSXX,ACC_HDENSXX,TOT_HDENSXX,percent,https://www.sciencebase.gov/catalog/item/5910de31e4b0e541a03ac983,NA,NA,TRUE,area_weighted_mean,HDENS,HDENS00_CONUS.zip;HDENS60_CONUS.zip;HDENS10_CONUS.zip;HDENS80_CONUS.zip;HDENS70_CONUS.zip;HDENS90_CONUS.zip;HDENS40_CONUS.zip;HDENS50_CONUS.zip +Population,HDENSXX,"Estimated number of houses per square kilometer per NHDPlusV2 catchment, where XX is the last 2 digits of the year represented. The range of years is 1940 through 2010.",CAT_HDENSXX,ACC_HDENSXX,TOT_HDENSXX,percent,https://www.sciencebase.gov/catalog/item/5910de31e4b0e541a03ac983,NA,NA,TRUE,area_weighted_mean,HDENS,HDENS00_CONUS.zip;HDENS60_CONUS.zip;HDENS10_CONUS.zip;HDENS80_CONUS.zip;HDENS70_CONUS.zip;HDENS90_CONUS.zip Regions,HGA,"Percentage of Hydrologic Group A soil. -9999 denotes NODATA, usually water. Hydrologic group A soils have high infiltration rates. Soils are deep and well drained and, typically, have high sand and gravel content.",CAT_HGA,ACC_HGA,TOT_HGA,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip Regions,HGAC,"Percentage of Hydrologic Group AC soil. -9999 denotes NODATA, usually water. Hydrologic group AC soils have group A characteristics (high infiltration rates) when artificially drained and have group C characteristics (slow infiltration rates) when not drained.",CAT_HGAC,ACC_HGAC,TOT_HGAC,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip Regions,HGAD,"Percentage of Hydrologic Group AD soil. -9999 denotes NODATA, usually water. Hydrologic group AD soils have group A characteristics (high infiltration rates) when artificially drained and have group D characteristics (very slow infiltration rates) when not drained.",CAT_HGAD,ACC_HGAD,TOT_HGAD,percent,https://www.sciencebase.gov/catalog/item/5728d93be4b0b13d3918a99f,NA,NA,FALSE,area_weighted_mean,STATSGO_HYDGRP,STATSGO_HYDGRP_CAT_CONUS.zip;STATSGO_HYDGRP_ACC_CONUS.zip;STATSGO_HYDGRP_TOT_CONUS.zip From 887bd66708ee4ad717b293e71198e56420535775 Mon Sep 17 00:00:00 2001 From: Koenig Date: Tue, 8 Feb 2022 16:13:14 -0500 Subject: [PATCH 6/9] edit year and file name parsing in fetch_nhdv2_attributes_from_sb.R --- 1_fetch/src/fetch_nhdv2_attributes_from_sb.R | 13 ++++++++----- 1 file changed, 8 insertions(+), 5 deletions(-) diff --git a/1_fetch/src/fetch_nhdv2_attributes_from_sb.R b/1_fetch/src/fetch_nhdv2_attributes_from_sb.R index e02f8e8..aa5e132 100644 --- a/1_fetch/src/fetch_nhdv2_attributes_from_sb.R +++ b/1_fetch/src/fetch_nhdv2_attributes_from_sb.R @@ -22,17 +22,20 @@ fetch_nhdv2_attributes_from_sb <- function(vars_item,save_dir,comids,delete_loca # Reformat item_names for monthly average precipitation dataset (CAT) if(unique(vars_item$sb_id) == "5734acafe4b0dae0d5de622d"){ - years <- c(1971:2000) + years <- as.integer(c(item_names[!is.na(item_names)])) + years <- c(years[1]:years[2]) item_names <- paste0("PPT",years,"_CAT_CONUS.zip") } # Reformat item_names for monthly average precipitation dataset (ACC) if(unique(vars_item$sb_id) == "5730f062e4b0dae0d5db1fbe"){ - years <- c(1971:2000) + years <- as.integer(c(item_names[!is.na(item_names)])) + years <- c(years[1]:years[2]) item_names <- paste0("PPT",years,"_ACC_CONUS.zip") } # Reformat item_names for monthly average precipitation dataset (TOT) if(unique(vars_item$sb_id) == "573362bce4b0dae0d5dd6193"){ - years <- c(1971:2000) + years <- as.integer(c(item_names[!is.na(item_names)])) + years <- c(years[1]:years[2]) item_names <- paste0("PPT",years,"_TOT_CONUS.zip") } @@ -63,7 +66,7 @@ fetch_nhdv2_attributes_from_sb <- function(vars_item,save_dir,comids,delete_loca # monthly average precipitation data (CAT,ACC,and TOT have different sb_id's): if(unique(vars_item$sb_id) %in% c("5734acafe4b0dae0d5de622d","5730f062e4b0dae0d5db1fbe","573362bce4b0dae0d5dd6193")){ - years <- c(1971:2000) + years <- str_extract(out_file,"\\d{2,}") col_names <- format_col_names_years(col_names,years,yr_pattern = "YYYY") } @@ -104,7 +107,7 @@ unzip_and_clip_sb_data <- function(out_file,col_names,comids,save_dir,delete_loc # Parse name(s) of unzipped files file_name <- basename(out_file) - file_name_sans_ext <- substr(file_name,1,nchar(file_name)-4) + file_name_sans_ext <- str_split(file_name,".[[:alnum:]]+$")[[1]][1] # Special handling # in the future consider replacing with fuzzy string matching to create file_name_new From b8e6a139cb78df0c670ee35b7fb97342e188d90f Mon Sep 17 00:00:00 2001 From: Koenig Date: Mon, 14 Feb 2022 09:53:07 -0500 Subject: [PATCH 7/9] add documentation to nhdv2 attr data download target --- 1_fetch.R | 3 +++ 1 file changed, 3 insertions(+) diff --git a/1_fetch.R b/1_fetch.R index 9c182cf..476ab30 100644 --- a/1_fetch.R +++ b/1_fetch.R @@ -238,8 +238,11 @@ p1_targets_list <- list( tar_target( p1_vars_of_interest_downloaded_csvs, p1_vars_of_interest %>% + # split VarsOfInterest table into a list containing a data frame for each unique sb_id split(.,.$sb_id) %>% + # iterate data download function over each unique sb_id data frame lapply(.,fetch_nhdv2_attributes_from_sb,save_dir = "1_fetch/out",comids=p1_nhdv2reaches_sf$COMID,delete_local_copies=TRUE) %>% + # concatenate the output file paths for each unique sb_id into one character vector do.call('c',.), format = "file" ), From 76f459677f2a1ef75a267223855eb90d46d5417f Mon Sep 17 00:00:00 2001 From: Koenig Date: Tue, 15 Feb 2022 17:48:21 -0500 Subject: [PATCH 8/9] download VarsOfInterest using dynamic branching --- 1_fetch.R | 23 ++++++++++++----------- 1 file changed, 12 insertions(+), 11 deletions(-) diff --git a/1_fetch.R b/1_fetch.R index 476ab30..68809f0 100644 --- a/1_fetch.R +++ b/1_fetch.R @@ -224,26 +224,27 @@ p1_targets_list <- list( format = 'file' ), - # variables from the Wieczorek dataset that are of interest + # Variables from the Wieczorek dataset that are of interest + # use tar_group to define row groups based on ScienceBase ID; row groups facilitate + # branching over subsets of the VarsOfInterest table in downstream targets tar_target( p1_vars_of_interest, read_csv(p1_vars_of_interest_csv, show_col_types = FALSE) %>% # Parse sb_id from sb link mutate(sb_id = str_extract(Science.Base.Link,"[^/]*$")) %>% - # Remove the NADP from this since we are loading that separately and no not need it in vars of interest - filter(!Theme %in% c('Chemical', 'Land Cover')) + # Omit NADP and LandCover rows since we are loading those separately + filter(!Theme %in% c('Chemical', 'Land Cover')) %>% + group_by(sb_id) %>% + tar_group(), + iteration = "group" ), - # Download Wieczorek dataset variables of interest from ScienceBase + # Map over variables of interest to download NHDv2 attribute data from ScienceBase tar_target( p1_vars_of_interest_downloaded_csvs, - p1_vars_of_interest %>% - # split VarsOfInterest table into a list containing a data frame for each unique sb_id - split(.,.$sb_id) %>% - # iterate data download function over each unique sb_id data frame - lapply(.,fetch_nhdv2_attributes_from_sb,save_dir = "1_fetch/out",comids=p1_nhdv2reaches_sf$COMID,delete_local_copies=TRUE) %>% - # concatenate the output file paths for each unique sb_id into one character vector - do.call('c',.), + fetch_nhdv2_attributes_from_sb(vars_item = p1_vars_of_interest, save_dir = "1_fetch/out", + comids = p1_nhdv2reaches_sf$COMID, delete_local_copies = TRUE), + pattern = map(p1_vars_of_interest), format = "file" ), From 7065cf3e04d0b99b21ff3781538c25177e300e32 Mon Sep 17 00:00:00 2001 From: Koenig Date: Wed, 16 Feb 2022 13:14:50 -0500 Subject: [PATCH 9/9] minor edit to parse file name in downloaded sb data --- 1_fetch/src/fetch_nhdv2_attributes_from_sb.R | 6 +++--- 1 file changed, 3 insertions(+), 3 deletions(-) diff --git a/1_fetch/src/fetch_nhdv2_attributes_from_sb.R b/1_fetch/src/fetch_nhdv2_attributes_from_sb.R index aa5e132..6d57c1f 100644 --- a/1_fetch/src/fetch_nhdv2_attributes_from_sb.R +++ b/1_fetch/src/fetch_nhdv2_attributes_from_sb.R @@ -102,12 +102,12 @@ unzip_and_clip_sb_data <- function(out_file,col_names,comids,save_dir,delete_loc #' delete_local_copies defaults to TRUE #' - # Unzip downloaded files + # Unzip downloaded file unzip(zipfile = out_file, exdir = save_dir, overwrite = TRUE) - # Parse name(s) of unzipped files + # Parse name of unzipped file file_name <- basename(out_file) - file_name_sans_ext <- str_split(file_name,".[[:alnum:]]+$")[[1]][1] + file_name_sans_ext <- tools::file_path_sans_ext(file_name) # Special handling # in the future consider replacing with fuzzy string matching to create file_name_new