diff --git a/modules/data.land/DESCRIPTION b/modules/data.land/DESCRIPTION
index 6a91c32f421..5ff885734d4 100644
--- a/modules/data.land/DESCRIPTION
+++ b/modules/data.land/DESCRIPTION
@@ -66,7 +66,6 @@ Suggests:
     testthat (>= 1.0.2)
 License: BSD_3_clause + file LICENSE
 Copyright: Authors
-LazyLoad: yes
-LazyData: FALSE
+LazyData: true
 Encoding: UTF-8
 RoxygenNote: 7.2.3
diff --git a/modules/data.land/R/IC_BADM_Utilities.R b/modules/data.land/R/IC_BADM_Utilities.R
index c457f3aa42b..30e5a915b56 100644
--- a/modules/data.land/R/IC_BADM_Utilities.R
+++ b/modules/data.land/R/IC_BADM_Utilities.R
@@ -20,8 +20,7 @@ Read.IC.info.BADM <-function(lat, long){
   cov.factor <-1
   #Reading in the DB
   #
-  U.S.SB <-
-    load(system.file("data","BADM.rda", package = "PEcAn.data.land"))
+  U.S.SB <- PEcAn.data.land::BADM
 
   
   Regions <- EPA_ecoregion_finder(lat, long)
diff --git a/modules/data.land/R/data.R b/modules/data.land/R/data.R
new file mode 100644
index 00000000000..e21922a5cb5
--- /dev/null
+++ b/modules/data.land/R/data.R
@@ -0,0 +1,66 @@
+#' Biomass and soil data from FluxNet sites
+#'
+#' Contains data from 246 Fluxnet sites.
+#' Variables include aboveground and belowground biomass in various pools,
+#'   plus soil texture/chemistry/horizonation/C&N stocks.
+#'
+#' @format ## `BADM`
+#' A data frame with 12,300 rows and 13 columns:
+#' \describe{
+#'   \item{SITE_ID}{Fluxnet code for the site}
+#'   \item{LOCATION_ELEV, LOCATION_LAT, LOCATION_LON}{site coordinates}
+#'   \item{Date}{Measurement date}
+#'   \item{GROUP_ID}{TODO}
+#'   \item{VARIABLE_GROUP}{category, eg abovground biomass or soil chemistry}
+#'   \item{VARIABLE, DATAVALUE}{key and value for each measured variable}
+#'   \item{NA_L1CODE, NA_L1NAME, NA_L2CODE, NA_L2NAME}{
+#'		numeric IDs and names for the Level 1 and level 2 ecoregions where
+#'		this site is located}
+#' }
+#' @source Originally from Fluxnet <https://fluxnet.org/badm-data-product/>,
+#'  but the provenence and age of this specific file is not clear.
+"BADM"
+
+
+#' Default parameters for calculating soil properties from sand & clay content
+#'
+#'
+#' @format ## `soil_class`
+#' A list with 26 entries:
+#' \describe{
+#'   \item{air.cond, h2o.cond, sand.cond, silt.cond, clay.cond}{
+#'		thermal conductivity, W m^-1 K^-1}
+#'   \item{air.hcap, sand.hcap, silt.hcap, clay.hcap}{heat capacity,
+#'		J m^-3 K^-1}
+#'   \item{kair, ksand, ksilt, kclay}{relative conductivity factor}
+#'   \item{fieldcp.K}{hydraulic conductance at field capacity, mm day^-1}
+#'   \item{grav}{gravity acceleration, m s^-2}
+#'   \item{soil.key}{Abbreviations for each of 18 soil texture classes, e.g.
+#' 		"SiL", "LSa"}
+#'   \item{soil.name}{Names for 18 soil texture classes, e.g. "Sand",
+#'		"Silty clay"}
+#'   \item{soilcp.MPa}{soil water potential when air-dry, MPa}
+#'   \item{soilld.MPa}{soil water potential at critical water content, MPa}
+#'   \item{soilwp.MPa}{soil water potential at wilting point, MPa}
+#'   \item{stext.lines}{list of 18 lists, each giving minimum and maximum
+#'	  	sand/silt/clay contents for a soil texture class}
+#'   \item{stext.polygon}{list of 18 lists, each giving corner points in the
+#'		soil texture triangle for a soil texture class}
+#'   \item{texture}{data frame with 13 rows and 21 columns, giving default
+#'		parameter values for 13 named soil textures}
+#'   \item{theta.crit}{critical water content (fractional soil moisture at
+#'		which plants start dropping leaves), m^3 m^-3}
+#'   \item{xclay.def}{default volume fraction of sand in each of 18 soil
+#'		texture classes}
+#'   \item{xsand.def}{default volume fraction of clay in each of 18 soil
+#'		texture classes}
+#' }
+#' @source
+#' The hydraulic parameters are derived from Cosby et al 1984, "A Statistical
+#' Exploration of the Relationships of Soil Moisture Characteristics to the
+#' Physical Properties of Soils", Water Resources Research 20(6): 682-690.
+#' This implementation comes from one provided by the ED2 model,
+#' plus `texture.csv` from a source not recorded. Package `PEcAn.linkages`
+#' contains an identical texture.csv, also with no obvious source label.
+#' See also comments in soil_utils.R
+"soil_class"
diff --git a/modules/data.land/R/soil_utils.R b/modules/data.land/R/soil_utils.R
index d35831c95ec..5166b7df4e6 100644
--- a/modules/data.land/R/soil_utils.R
+++ b/modules/data.land/R/soil_utils.R
@@ -26,30 +26,30 @@
 #' soil_params(sand=sand,clay=clay)
 soil_params <- function(soil_type=NULL, sand=NULL, silt=NULL, clay=NULL, bulk=NULL){
   ## load soil parameters
-  soil_data <- new.env()
-  load(system.file("data/soil_class.RData",package = "PEcAn.data.land"), envir = soil_data)
   mysoil <- list()
-  air.cond <- soil_data$air.cond
-  air.hcap <- soil_data$air.hcap
-  clay.cond <- soil_data$clay.cond
-  clay.hcap <- soil_data$clay.hcap
-  fieldcp.K <- soil_data$fieldcp.K
-  grav <- soil_data$grav
-  h2o.cond <- soil_data$h2o.cond
-  kair <- soil_data$kair
-  kclay <- soil_data$kclay
-  ksand <- soil_data$ksand
-  ksilt <- soil_data$ksilt
-  sand.cond <- soil_data$sand.cond
-  sand.hcap <- soil_data$sand.hcap
-  silt.cond <- soil_data$silt.cond
-  silt.hcap <- soil_data$silt.hcap
-  soil.name <- soil_data$soil.name
-  soilcp.MPa <- soil_data$soilcp.MPa
-  soilwp.MPa <- soil_data$soilwp.MPa
-  texture <- soil_data$texture
-  xclay.def <- soil_data$xclay.def
-  xsand.def <- soil_data$xsand.def
+  # 'soil_class' is package data, lazy-loaded here when needed
+  #   see data-raw/build_soil_texture_variables.R
+  air.cond <- PEcAn.data.land::soil_class$air.cond
+  air.hcap <- PEcAn.data.land::soil_class$air.hcap
+  clay.cond <- PEcAn.data.land::soil_class$clay.cond
+  clay.hcap <- PEcAn.data.land::soil_class$clay.hcap
+  fieldcp.K <- PEcAn.data.land::soil_class$fieldcp.K
+  grav <- PEcAn.data.land::soil_class$grav
+  h2o.cond <- PEcAn.data.land::soil_class$h2o.cond
+  kair <- PEcAn.data.land::soil_class$kair
+  kclay <- PEcAn.data.land::soil_class$kclay
+  ksand <- PEcAn.data.land::soil_class$ksand
+  ksilt <- PEcAn.data.land::soil_class$ksilt
+  sand.cond <- PEcAn.data.land::soil_class$sand.cond
+  sand.hcap <- PEcAn.data.land::soil_class$sand.hcap
+  silt.cond <- PEcAn.data.land::soil_class$silt.cond
+  silt.hcap <- PEcAn.data.land::soil_class$silt.hcap
+  soil.name <- PEcAn.data.land::soil_class$soil.name
+  soilcp.MPa <- PEcAn.data.land::soil_class$soilcp.MPa
+  soilwp.MPa <- PEcAn.data.land::soil_class$soilwp.MPa
+  texture <- PEcAn.data.land::soil_class$texture
+  xclay.def <- PEcAn.data.land::soil_class$xclay.def
+  xsand.def <- PEcAn.data.land::soil_class$xsand.def
   
   #---------------------------------------------------------------------------------------#
   #     Find soil class and sand, silt, and clay fractions.                               #
diff --git a/modules/data.land/data-raw/README.md b/modules/data.land/data-raw/README.md
new file mode 100644
index 00000000000..a5d81ffbd05
--- /dev/null
+++ b/modules/data.land/data-raw/README.md
@@ -0,0 +1,29 @@
+
+## BADM
+
+Various ancillary data from Fluxnet.
+Provenence of this  particular file not clear, but it contains data from
+246 Fluxnet sites. Variables include aboveground and belowground biomass
+in various pools, plus soil texture/chemistry/horizonation/C&N stocks.
+
+`load_BADM.R` simply reads `BADM.csv` and writes it as `../data/BADM.rda`.
+
+
+# Soil variables
+
+Default parameter values for soil of various texture classes.
+The values are apparently derived from Cosby et al 1984,
+"A Statistical Exploration of the Relationships of Soil Moisture
+Characteristics to the Physical Properties of Soils",
+Water Resources Research 20(6): 682-690.
+This implementation comes from one provided by the ED2 model.
+Not clear if texture.csv came from there or another source.
+	PEcAn.linkages contains an identical texture.csv,
+	also with no obvious source label.
+
+`build_soil_texture_variables.R` hardcodes the values for many parameters
+in a list named `soil_class` and saves it to `../data/soil_class.rda`,
+from which it is lazy-loaded when `soil_class` is used inside
+package functions.
+The saved file includes all of `texture.csv`, hence why that lives in
+`data-raw` rather than directly in `data/`.
diff --git a/modules/data.land/inst/build_soil_texture_variables.R b/modules/data.land/data-raw/build_soil_texture_variables.R
similarity index 90%
rename from modules/data.land/inst/build_soil_texture_variables.R
rename to modules/data.land/data-raw/build_soil_texture_variables.R
index f52288c06c5..6df7ed1ce2b 100644
--- a/modules/data.land/inst/build_soil_texture_variables.R
+++ b/modules/data.land/data-raw/build_soil_texture_variables.R
@@ -28,8 +28,6 @@ nstext.lines      = length(stext.lines)
 for(n in 1:nstext.lines){
   stext.lines[[n]]$silt = pmax(0,pmin(1,1.-stext.lines[[n]]$sand-stext.lines[[n]]$clay))
 }#end for
-stext.lines   <<- stext.lines
-nstext.lines  <<- nstext.lines
 #==========================================================================================#
 #==========================================================================================#
 
@@ -99,8 +97,6 @@ for(n in 1:nstext.polygon){
   clay.now = stext.polygon[[n]]$clay
   stext.polygon[[n]]$silt = pmax(0,pmin(1,1.-sand.now-clay.now))
 }#end for
-stext.polygon  <<- stext.polygon
-nstext.polygon <<- nstext.polygon
 #==========================================================================================#
 #==========================================================================================#
 
@@ -116,7 +112,7 @@ soil.name = c("Sand","Loamy sand","Sandy loam","Silt loam","Loam","Sandy clay lo
               ,"Silty clay loam","Clayey loam","Sandy clay","Silty clay","Clay"
               ,"Peat","Bedrock","Silt","Heavy clay","Clayey sand","Clayey silt")
 
-texture <- read.csv("~/pecan/modules/data.land/data/texture.csv",header=TRUE,stringsAsFactors = FALSE)
+texture <- read.csv("texture.csv",header=TRUE,stringsAsFactors = FALSE)
 
 
 
@@ -156,4 +152,33 @@ ksilt <- 3. * h2o.cond / ( 2. * h2o.cond + silt.cond )
 kclay <- 3. * h2o.cond / ( 2. * h2o.cond + clay.cond )
 kair  <- 3. * h2o.cond / ( 2. * h2o.cond +  air.cond )
 
-save.image("~/pecan/modules/data.land/data/soil_class.RData")
+# TODO may be more useful to collect related variables into sublists...
+soil_class <- list(
+  air.cond = air.cond,
+  air.hcap = air.hcap,
+  clay.cond = clay.cond,
+  clay.hcap = clay.hcap,
+  fieldcp.K = fieldcp.K,
+  grav = grav,
+  h2o.cond = h2o.cond,
+  kair = kair,
+  kclay = kclay,
+  ksand = ksand,
+  ksilt = ksilt,
+  sand.cond = sand.cond,
+  sand.hcap = sand.hcap,
+  silt.cond = silt.cond,
+  silt.hcap = silt.hcap,
+  soil.key = soil.key,
+  soil.name = soil.name,
+  soilcp.MPa = soilcp.MPa,
+  soilld.MPa = soilld.MPa,
+  soilwp.MPa = soilwp.MPa,
+  stext.lines = stext.lines,
+  stext.polygon = stext.polygon,
+  texture = texture,
+  theta.crit = theta.crit,
+  xclay.def = xclay.def,
+  xsand.def = xsand.def)
+
+save(soil_class, file = "../data/soil_class.rda")
diff --git a/modules/data.land/data/texture.csv b/modules/data.land/data-raw/texture.csv
similarity index 100%
rename from modules/data.land/data/texture.csv
rename to modules/data.land/data-raw/texture.csv
diff --git a/modules/data.land/data/soil_class.RData b/modules/data.land/data/soil_class.RData
deleted file mode 100644
index 247b295f3a7..00000000000
Binary files a/modules/data.land/data/soil_class.RData and /dev/null differ
diff --git a/modules/data.land/data/soil_class.rda b/modules/data.land/data/soil_class.rda
new file mode 100644
index 00000000000..5a9a71930f1
Binary files /dev/null and b/modules/data.land/data/soil_class.rda differ
diff --git a/modules/data.land/man/BADM.Rd b/modules/data.land/man/BADM.Rd
new file mode 100644
index 00000000000..9e67507130e
--- /dev/null
+++ b/modules/data.land/man/BADM.Rd
@@ -0,0 +1,34 @@
+% Generated by roxygen2: do not edit by hand
+% Please edit documentation in R/data.R
+\docType{data}
+\name{BADM}
+\alias{BADM}
+\title{Biomass and soil data from FluxNet sites}
+\format{
+## `BADM`
+A data frame with 12,300 rows and 13 columns:
+\describe{
+  \item{SITE_ID}{Fluxnet code for the site}
+  \item{LOCATION_ELEV, LOCATION_LAT, LOCATION_LON}{site coordinates}
+  \item{Date}{Measurement date}
+  \item{GROUP_ID}{TODO}
+  \item{VARIABLE_GROUP}{category, eg abovground biomass or soil chemistry}
+  \item{VARIABLE, DATAVALUE}{key and value for each measured variable}
+  \item{NA_L1CODE, NA_L1NAME, NA_L2CODE, NA_L2NAME}{
+	numeric IDs and names for the Level 1 and level 2 ecoregions where
+	this site is located}
+}
+}
+\source{
+Originally from Fluxnet <https://fluxnet.org/badm-data-product/>,
+ but the provenence and age of this specific file is not clear.
+}
+\usage{
+BADM
+}
+\description{
+Contains data from 246 Fluxnet sites.
+Variables include aboveground and belowground biomass in various pools,
+  plus soil texture/chemistry/horizonation/C&N stocks.
+}
+\keyword{datasets}
diff --git a/modules/data.land/man/soil_class.Rd b/modules/data.land/man/soil_class.Rd
new file mode 100644
index 00000000000..7dd2ff3eaf0
--- /dev/null
+++ b/modules/data.land/man/soil_class.Rd
@@ -0,0 +1,54 @@
+% Generated by roxygen2: do not edit by hand
+% Please edit documentation in R/data.R
+\docType{data}
+\name{soil_class}
+\alias{soil_class}
+\title{Default parameters for calculating soil properties from sand & clay content}
+\format{
+## `soil_class`
+A list with 26 entries:
+\describe{
+  \item{air.cond, h2o.cond, sand.cond, silt.cond, clay.cond}{
+	thermal conductivity, W m^-1 K^-1}
+  \item{air.hcap, sand.hcap, silt.hcap, clay.hcap}{heat capacity,
+	J m^-3 K^-1}
+  \item{kair, ksand, ksilt, kclay}{relative conductivity factor}
+  \item{fieldcp.K}{hydraulic conductance at field capacity, mm day^-1}
+  \item{grav}{gravity acceleration, m s^-2}
+  \item{soil.key}{Abbreviations for each of 18 soil texture classes, e.g.
+		"SiL", "LSa"}
+  \item{soil.name}{Names for 18 soil texture classes, e.g. "Sand",
+	"Silty clay"}
+  \item{soilcp.MPa}{soil water potential when air-dry, MPa}
+  \item{soilld.MPa}{soil water potential at critical water content, MPa}
+  \item{soilwp.MPa}{soil water potential at wilting point, MPa}
+  \item{stext.lines}{list of 18 lists, each giving minimum and maximum
+  	sand/silt/clay contents for a soil texture class}
+  \item{stext.polygon}{list of 18 lists, each giving corner points in the
+	soil texture triangle for a soil texture class}
+  \item{texture}{data frame with 13 rows and 21 columns, giving default
+	parameter values for 13 named soil textures}
+  \item{theta.crit}{critical water content (fractional soil moisture at
+	which plants start dropping leaves), m^3 m^-3}
+  \item{xclay.def}{default volume fraction of sand in each of 18 soil
+	texture classes}
+  \item{xsand.def}{default volume fraction of clay in each of 18 soil
+	texture classes}
+}
+}
+\source{
+The hydraulic parameters are derived from Cosby et al 1984, "A Statistical
+Exploration of the Relationships of Soil Moisture Characteristics to the
+Physical Properties of Soils", Water Resources Research 20(6): 682-690.
+This implementation comes from one provided by the ED2 model,
+plus `texture.csv` from a source not recorded. Package `PEcAn.linkages`
+contains an identical texture.csv, also with no obvious source label.
+See also comments in soil_utils.R
+}
+\usage{
+soil_class
+}
+\description{
+Default parameters for calculating soil properties from sand & clay content
+}
+\keyword{datasets}
diff --git a/modules/data.land/tests/Rcheck_reference.log b/modules/data.land/tests/Rcheck_reference.log
index 856f43fd98c..e68bc5b2d1c 100644
--- a/modules/data.land/tests/Rcheck_reference.log
+++ b/modules/data.land/tests/Rcheck_reference.log
@@ -1,6 +1,10 @@
-* using log directory ‘/tmp/RtmpBGazJV/PEcAn.data.land.Rcheck’
-* using R version 4.1.3 (2022-03-10)
-* using platform: x86_64-pc-linux-gnu (64-bit)
+* using log directory ‘/private/var/folders/qx/l3bryh8517q2l91915lm37gh0000gn/T/RtmpRvBSpo/filef4d52d7f61d8/PEcAn.data.land.Rcheck’
+* using R version 4.3.2 (2023-10-31)
+* using platform: aarch64-apple-darwin20 (64-bit)
+* R was compiled by
+    Apple clang version 14.0.0 (clang-1400.0.29.202)
+    GNU Fortran (GCC) 12.2.0
+* running under: macOS Ventura 13.5.1
 * using session charset: UTF-8
 * using options ‘--no-tests --no-manual --as-cran’
 * checking for file ‘PEcAn.data.land/DESCRIPTION’ ... OK
@@ -19,19 +23,12 @@ use conditionally.
 * checking for hidden files and directories ... OK
 * checking for portable file names ... OK
 * checking for sufficient/correct file permissions ... OK
-* checking serialization versions ... OK
 * checking whether package ‘PEcAn.data.land’ can be installed ... OK
-* checking installed package size ... NOTE
-  installed size is 13.4Mb
-  sub-directories of 1Mb or more:
-    FIA_allometry   2.7Mb
-    data            9.4Mb
+* checking installed package size ... OK
 * checking package directory ... OK
 * checking for future file timestamps ... OK
 * checking DESCRIPTION meta-information ... OK
-* checking top-level files ... NOTE
-Non-standard file/directory found at top level:
-  ‘contrib’
+* checking top-level files ... OK
 * checking for left-over files ... OK
 * checking index information ... OK
 * checking package subdirectories ... OK
@@ -42,7 +39,6 @@ Non-standard file/directory found at top level:
 * checking whether the package can be unloaded cleanly ... OK
 * checking whether the namespace can be loaded with stated dependencies ... OK
 * checking whether the namespace can be unloaded cleanly ... OK
-* checking loading without being on the library search path ... OK
 * checking dependencies in R code ... OK
 * checking S3 generic/method consistency ... OK
 * checking replacement functions ... OK
@@ -51,8 +47,6 @@ Non-standard file/directory found at top level:
 InventoryGrowthFusionDiagnostics: no visible binding for global
   variable ‘data’
 Read.IC.info.BADM: no visible binding for global variable ‘.’
-Read.IC.info.BADM : <anonymous>: no visible binding for global variable
-  ‘.’
 extract_soil_gssurgo : <anonymous>: no visible binding for global
   variable ‘.’
 extract_soil_gssurgo: no visible binding for global variable ‘.’
@@ -71,23 +65,8 @@ to your NAMESPACE file.
 * checking Rd files ... OK
 * checking Rd metadata ... OK
 * checking Rd line widths ... OK
-* checking Rd cross-references ... WARNING
-Missing link or links in documentation object 'EPA_ecoregion_finder.Rd':
-  ‘https://www.epa.gov/eco-research/ecoregions’
-
-See section 'Cross-references' in the 'Writing R Extensions' manual.
-* checking for missing documentation entries ... WARNING
-Undocumented data sets:
-  ‘BADM’ ‘.Random.seed’ ‘.extract.nc.module’ ‘.getRunSettings’
-  ‘.met2model.module’ ‘air.cond’ ‘air.hcap’ ‘clay.cond’ ‘clay.hcap’
-  ‘clay.now’ ‘fieldcp.K’ ‘grav’ ‘h2o.cond’ ‘kair’ ‘kclay’ ‘ksand’
-  ‘ksilt’ ‘n’ ‘nstext.lines’ ‘nstext.polygon’ ‘sand.cond’ ‘sand.hcap’
-  ‘sand.now’ ‘silt.cond’ ‘silt.hcap’ ‘soil.key’ ‘soil.name’
-  ‘soilcp.MPa’ ‘soilld.MPa’ ‘soilwp.MPa’ ‘stext.lines’ ‘stext.polygon’
-  ‘texture’ ‘theta.crit’ ‘xclay.def’ ‘xsand.def’
-All user-level objects in a package should have documentation entries.
-See chapter ‘Writing R documentation files’ in the ‘Writing R
-Extensions’ manual.
+* checking Rd cross-references ... OK
+* checking for missing documentation entries ... OK
 * checking for code/documentation mismatches ... OK
 * checking Rd \usage sections ... WARNING
 Undocumented arguments in documentation object 'Clean_Tucson'
@@ -168,905 +147,10 @@ Argument items with no description in Rd object 'soil2netcdf':
   ‘new.file’
 
 * checking for unstated dependencies in examples ... OK
-* checking contents of ‘data’ directory ... WARNING
-Files not of a type allowed in a ‘data’ directory:
-  ‘eco-region.json’ ‘eco-regionl2.json’ ‘lake_states_wgs84.dbf’
-  ‘lake_states_wgs84.kml’ ‘lake_states_wgs84.prj’
-  ‘lake_states_wgs84.qpj’ ‘lake_states_wgs84.shp’
-  ‘lake_states_wgs84.shx’
-Please use e.g. ‘inst/extdata’ for non-R data files
-
-Object named ‘.Random.seed’ found in dataset: ‘soil_class’
-Please remove it.
-* checking data for non-ASCII characters ... WARNING
-  Warning: found non-ASCII strings
-  'US-Bar,272,44.0646,-71.2881,NA,4297,GRP_LOCATION,LOCATION_COMMENT,... Bartlett Experimental Forest. ...The correct location is 44 deg 3' 52.702794\ N     [NOT 43 deg as I had earlier specified]  71 deg 17 17.0766744\" W","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24353,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_CRS","1100","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24353,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_FINE","900","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24353,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_TOT","2000","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24353,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24353,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_COMMENT","See: Ruth D. Yanai, Byung B. Park, and Steven P. Hamburg. 2006. The vertical and horizontal distribution of roots in northern hardwood stands of varying age. Can. J. For. Res. 36: 450-459. and Byung B. Park, Ruth D. Yanai, Matthew A. Vadeboncoeur, and Steven P. Hamburg. 2007. Estimating root biomass in rocky soils using pits, cores, and allometric equations. Soil Science Society of America Journal.","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23726,"GRP_SOIL_CHEM","SOIL_CHEM_C_ORG","5","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23726,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","10","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23726,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","30","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23726,"GRP_SOIL_CHEM","SOIL_CHEM_DATE","2004-07-29","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23726,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","mineral","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24095,"GRP_SOIL_CHEM","SOIL_CHEM_C_ORG","18","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24095,"GRP_SOIL_CHEM","SOIL_CHEM_DATE","2004-07-29","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24095,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Forest floor","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24755,"GRP_SOIL_CHEM","SOIL_CHEM_C_ORG","11","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24755,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24755,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","10","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24755,"GRP_SOIL_CHEM","SOIL_CHEM_DATE","2004-07-29","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24755,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","mineral soil","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,29625,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Spodosol","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,29625,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23780,"GRP_SOIL_DEPTH","SOIL_DEPTH","100","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23780,"GRP_SOIL_DEPTH","SOIL_DEPTH_COMMENT","<1m","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24546,"GRP_SOIL_DEPTH","SOIL_DEPTH","7","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23725,"GRP_SOIL_TEX","SOIL_TEX_SAND","74","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23725,"GRP_SOIL_TEX","SOIL_TEX_SILT","23","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23725,"GRP_SOIL_TEX","SOIL_TEX_CLAY","4","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,23725,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","data from Bartlett Experimental Forest, but not within tower footprint. Texture is for shallow-C layer material.","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24634,"GRP_WD_BIOMASS","WD_BIOMASS_CRS","900","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24634,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24634,"GRP_WD_BIOMASS","WD_BIOMASS_DATE","2004-07-29","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-Bar","272",44.0646,-71.2881,NA,24634,"GRP_WD_BIOMASS","WD_BIOMASS_COMMENT","Line intersect sampling","5","NORTHERN FORESTS","5.3","ATLANTIC HIGHLANDS"
-  "US-BdA",NA,35.8089,-90.0327,NA,13313,"GRP_LOCATION","LOCATION_LAT","35.8089","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-BdA",NA,35.8089,-90.0327,NA,13313,"GRP_LOCATION","LOCATION_LONG","-90.0327","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-BdC",NA,35.8089,-90.0284,NA,13331,"GRP_LOCATION","LOCATION_LAT","35.8089","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-BdC",NA,35.8089,-90.0284,NA,13331,"GRP_LOCATION","LOCATION_LONG","-90.0284","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Bi1","-3.92",38.1022,-121.5042,2016-08-11,30366,"GRP_LOCATION","LOCATION_LAT","38.1022","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi1","-3.92",38.1022,-121.5042,2016-08-11,30366,"GRP_LOCATION","LOCATION_LONG","-121.5042","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi1","-3.92",38.1022,-121.5042,2016-08-11,30366,"GRP_LOCATION","LOCATION_ELEV","-3.92","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi1","-3.92",38.1022,-121.5042,2016-08-11,30366,"GRP_LOCATION","LOCATION_DATE_START","2016-08-11","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi2","-4.98",38.109,-121.535,2017-04-26,31269,"GRP_LOCATION","LOCATION_LAT","38.1090","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi2","-4.98",38.109,-121.535,2017-04-26,31269,"GRP_LOCATION","LOCATION_LONG","-121.5350","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi2","-4.98",38.109,-121.535,2017-04-26,31269,"GRP_LOCATION","LOCATION_ELEV","-4.98","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bi2","-4.98",38.109,-121.535,2017-04-26,31269,"GRP_LOCATION","LOCATION_DATE_START","2017-04-26","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Bkg","510",44.3453,-96.8362,NA,6677,"GRP_LOCATION","LOCATION_LAT","44.3453","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Bkg","510",44.3453,-96.8362,NA,6677,"GRP_LOCATION","LOCATION_LONG","-96.8362","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Bkg","510",44.3453,-96.8362,NA,6677,"GRP_LOCATION","LOCATION_ELEV","510","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Bkg","510",44.3453,-96.8362,NA,6677,"GRP_LOCATION","LOCATION_COMMENT","http://public.ornl.gov/ameriflux/Site_Info/siteInfo.cfm?KEYID=us.brookings.01","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Bkg","510",44.3453,-96.8362,NA,27729,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Deep, well drained clay loams","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Bkg","510",44.3453,-96.8362,NA,27729,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Blk","1718",44.158,-103.65,NA,4244,"GRP_LOCATION","LOCATION_LAT","44.1580","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blk","1718",44.158,-103.65,NA,4244,"GRP_LOCATION","LOCATION_LONG","-103.6500","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blk","1718",44.158,-103.65,NA,4244,"GRP_LOCATION","LOCATION_ELEV","1718","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,23665,"GRP_BIOMASS_CHEM","BIOMASS_N","0.14","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,23665,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,23665,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,23665,"GRP_BIOMASS_CHEM","BIOMASS_SPP","(All)","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,23665,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","see extra data file US-Blo_Ncontent_leaves.xls","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,14394,"GRP_LOCATION","LOCATION_LAT","38.8953","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,14394,"GRP_LOCATION","LOCATION_LONG","-120.6328","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,14394,"GRP_LOCATION","LOCATION_ELEV","1315","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24434,"GRP_SOIL_CHEM","SOIL_CHEM_BD","0.76","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24434,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24434,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","10","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24434,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,28430,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Fine-loamy, mixed, mesic, ultic haploxeralf in the Cohasset series whose parent material was andesitic lahar. Relatively uniform, comprised predominantly of loam or clay-loam. The soil is comprised of 60% sand, 29% loam and 11% clay with a pH of 5.5.","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,28430,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,23802,"GRP_SOIL_DEPTH","SOIL_DEPTH","10","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24300,"GRP_SOIL_DEPTH","SOIL_DEPTH","200","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24300,"GRP_SOIL_DEPTH","SOIL_DEPTH_COMMENT","at least 2 m","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24189,"GRP_SOIL_TEX","SOIL_TEX_SAND","60","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24189,"GRP_SOIL_TEX","SOIL_TEX_SILT","29","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24189,"GRP_SOIL_TEX","SOIL_TEX_CLAY","11","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24189,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MIN","0","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24189,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MAX","10","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Blo","1315",38.8953,-120.6328,NA,24189,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","A","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Bo1","219",40.0062,-88.2904,NA,4521,"GRP_LOCATION","LOCATION_LAT","40.0062","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,4521,"GRP_LOCATION","LOCATION_LONG","-88.2904","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,4521,"GRP_LOCATION","LOCATION_ELEV","219","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,24811,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.4","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,24811,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,24811,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Meyers et al 2004:  Measurements of soil bulk density average <e2><89><88>1.4Mgm<e2><88><92>3.","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,24812,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.4","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,24812,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,24812,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Meyers et al 2004:  Measurements of soil bulk density average <e2><89><88>1.4Mgm<e2><88><92>3.","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,27186,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Slit loam","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo1","219",40.0062,-88.2904,NA,27186,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,2009,"GRP_LOCATION","LOCATION_LAT","40.0090","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,2009,"GRP_LOCATION","LOCATION_LONG","-88.2900","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,2009,"GRP_LOCATION","LOCATION_ELEV","219","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,2009,"GRP_LOCATION","LOCATION_COMMENT","N; ftp://cdiac.ornl.gov/pub/ameriflux/data/Level1/Sites_ByName/Bondville_Companion_Site/BP08_DAT.LABELS","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,24678,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.4","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,24678,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,24678,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Meyers et al 2004:  Measurements of soil bulk density average <e2><89><88>1.4Mgm<e2><88><92>3.","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,25064,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.4","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,25064,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,25064,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Meyers et al 2004:  Measurements of soil bulk density average <e2><89><88>1.4Mgm<e2><88><92>3.","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,24023,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Argiudolls ,Haplaquolls","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,24023,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Bo2","219",40.009,-88.29,NA,24023,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_COMMENT","Meyers et al 2004:  The field contains three soil series: Dana (Fine-silty, mixed, mesic, Typic Argiudolls), Flanagan (Fine, montmorillonitic, mesic, Aquic Argiudolls), and Drummer (Fine-silty, mixed, mesic, Typic Haplaquolls)","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-Br1","313",41.9749,-93.6906,NA,30048,"GRP_LOCATION","LOCATION_LAT","41.9749","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br1","313",41.9749,-93.6906,NA,30048,"GRP_LOCATION","LOCATION_LONG","-93.6906","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br1","313",41.9749,-93.6906,NA,30048,"GRP_LOCATION","LOCATION_ELEV","313","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br1","313",41.9749,-93.6906,NA,28814,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Soil morphology is based on local topographic orientation. Soils within depressions are characterized by poorly drained clay material while the upslope soils are better drained. All soils are dominantly Clarion-Nicollet-Webster, fine textured with moderate to high organic matter content.","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br1","313",41.9749,-93.6906,NA,28814,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br2","314",41.9757,-93.6925,NA,8375,"GRP_LOCATION","LOCATION_LAT","41.9757","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br2","314",41.9757,-93.6925,NA,8375,"GRP_LOCATION","LOCATION_LONG","-93.6925","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br2","314",41.9757,-93.6925,NA,8375,"GRP_LOCATION","LOCATION_ELEV","314","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br2","314",41.9757,-93.6925,NA,27490,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Soil morphology is based on local topographic orientation. Soils within depressions are characterized by poorly drained clay material while the upslope soils are better drained. All soils are dominantly Clarion-Nicollet-Webster, fine textured with moderate to high organic matter content.","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br2","314",41.9757,-93.6925,NA,27490,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br3","313",41.9747,-93.6936,NA,7512,"GRP_LOCATION","LOCATION_LAT","41.9747","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br3","313",41.9747,-93.6936,NA,7512,"GRP_LOCATION","LOCATION_LONG","-93.6936","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br3","313",41.9747,-93.6936,NA,7512,"GRP_LOCATION","LOCATION_ELEV","313","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br3","313",41.9747,-93.6936,NA,28815,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Soil morphology is based on local topographic orientation. Soils within depressions are characterized by poorly drained clay material while the upslope soils are better drained. All soils are dominantly Clarion-Nicollet-Webster, fine textured with moderate to high organic matter content.","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-Br3","313",41.9747,-93.6936,NA,28815,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","9","GREAT PLAINS","9.2","TEMPERATE PRAIRIES"
-  "US-BRG","180",39.2167,-86.5406,2015-11-25,30568,"GRP_LOCATION","LOCATION_LAT","39.2167","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-BRG","180",39.2167,-86.5406,2015-11-25,30568,"GRP_LOCATION","LOCATION_LONG","-86.5406","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-BRG","180",39.2167,-86.5406,2015-11-25,30568,"GRP_LOCATION","LOCATION_ELEV","180","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-BRG","180",39.2167,-86.5406,2015-11-25,30568,"GRP_LOCATION","LOCATION_DATE_START","2015-11-25","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Bsg","1398",43.4712,-119.6909,NA,16087,"GRP_LOCATION","LOCATION_LAT","43.4712","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Bsg","1398",43.4712,-119.6909,NA,16087,"GRP_LOCATION","LOCATION_LONG","-119.6909","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Bsg","1398",43.4712,-119.6909,NA,16087,"GRP_LOCATION","LOCATION_ELEV","1398","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-BSM","0.5",41.7297,-70.3644,NA,31119,"GRP_LOCATION","LOCATION_LAT","41.7297","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-BSM","0.5",41.7297,-70.3644,NA,31119,"GRP_LOCATION","LOCATION_LONG","-70.3644","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-BSM","0.5",41.7297,-70.3644,NA,31119,"GRP_LOCATION","LOCATION_ELEV","0.5","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-CaV","994",39.0633,-79.4208,NA,6665,"GRP_LOCATION","LOCATION_LAT","39.0633","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-CaV","994",39.0633,-79.4208,NA,6665,"GRP_LOCATION","LOCATION_LONG","-79.4208","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-CaV","994",39.0633,-79.4208,NA,6665,"GRP_LOCATION","LOCATION_ELEV","994","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-Ced","58",39.8379,-74.3791,NA,12662,"GRP_LOCATION","LOCATION_LAT","39.8379","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Ced","58",39.8379,-74.3791,NA,12662,"GRP_LOCATION","LOCATION_LONG","-74.3791","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Ced","58",39.8379,-74.3791,NA,12662,"GRP_LOCATION","LOCATION_ELEV","58","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Ced","58",39.8379,-74.3791,NA,12662,"GRP_LOCATION","LOCATION_COMMENT","Annual tree census data, annual clip plots for understory vegetation, approx. monthly litterfall collection, forest floor sampling in 2003, 2006, 2008, 2012, 2013.  Extensive soil sampling in 2012.","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Ced","58",39.8379,-74.3791,NA,29626,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Podzol, underlain by late Miocene fluvial sediments of the Kirkwood formation, and overlain with Cohansey sandy soil with low nutrient and cation exchange capacity","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Ced","58",39.8379,-74.3791,NA,29626,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-CF1","794",46.7815,-117.0821,2017-05-11,98317,"GRP_LOCATION","LOCATION_LAT","46.7815","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF1","794",46.7815,-117.0821,2017-05-11,98317,"GRP_LOCATION","LOCATION_LONG","-117.0821","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF1","794",46.7815,-117.0821,2017-05-11,98317,"GRP_LOCATION","LOCATION_ELEV","794","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF1","794",46.7815,-117.0821,2017-05-11,98317,"GRP_LOCATION","LOCATION_DATE_START","2017-05-11","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF2","807",46.784,-117.0908,2017-05-12,98337,"GRP_LOCATION","LOCATION_LAT","46.7840","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF2","807",46.784,-117.0908,2017-05-12,98337,"GRP_LOCATION","LOCATION_LONG","-117.0908","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF2","807",46.784,-117.0908,2017-05-12,98337,"GRP_LOCATION","LOCATION_ELEV","807","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF2","807",46.784,-117.0908,2017-05-12,98337,"GRP_LOCATION","LOCATION_DATE_START","2017-05-12","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF3","795",46.7551,-117.1261,2017-06-02,98357,"GRP_LOCATION","LOCATION_LAT","46.7551","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF3","795",46.7551,-117.1261,2017-06-02,98357,"GRP_LOCATION","LOCATION_LONG","-117.1261","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF3","795",46.7551,-117.1261,2017-06-02,98357,"GRP_LOCATION","LOCATION_ELEV","795","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF3","795",46.7551,-117.1261,2017-06-02,98357,"GRP_LOCATION","LOCATION_DATE_START","2017-06-02","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF4","795",46.7518,-117.1285,2017-06-02,98377,"GRP_LOCATION","LOCATION_LAT","46.7518","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF4","795",46.7518,-117.1285,2017-06-02,98377,"GRP_LOCATION","LOCATION_LONG","-117.1285","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF4","795",46.7518,-117.1285,2017-06-02,98377,"GRP_LOCATION","LOCATION_ELEV","795","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CF4","795",46.7518,-117.1285,2017-06-02,98377,"GRP_LOCATION","LOCATION_DATE_START","2017-06-02","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-ChR","286",35.9311,-84.3324,NA,1563,"GRP_LOCATION","LOCATION_LAT","35.9311","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-ChR","286",35.9311,-84.3324,NA,1563,"GRP_LOCATION","LOCATION_LONG","-84.3324","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-ChR","286",35.9311,-84.3324,NA,1563,"GRP_LOCATION","LOCATION_ELEV","286","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-Cop","1520",38.09,-109.39,NA,5746,"GRP_LOCATION","LOCATION_LAT","38.0900","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Cop","1520",38.09,-109.39,NA,5746,"GRP_LOCATION","LOCATION_LONG","-109.3900","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Cop","1520",38.09,-109.39,NA,5746,"GRP_LOCATION","LOCATION_ELEV","1520","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Cop","1520",38.09,-109.39,NA,5746,"GRP_LOCATION","LOCATION_COMMENT","From CDIAC Tom Boden database dump","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Cop","1520",38.09,-109.39,NA,28095,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Young, alkaline, well-drained fine sandy loams with weak or little horizonation","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-Cop","1520",38.09,-109.39,NA,28095,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","10","NORTH AMERICAN DESERTS","10.1","COLD DESERTS"
-  "US-CPk","2750",41.068,-106.1187,2009-01-01,10215,"GRP_LOCATION","LOCATION_LAT","41.0680","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CPk","2750",41.068,-106.1187,2009-01-01,10215,"GRP_LOCATION","LOCATION_LONG","-106.1187","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CPk","2750",41.068,-106.1187,2009-01-01,10215,"GRP_LOCATION","LOCATION_ELEV","2750","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CPk","2750",41.068,-106.1187,2009-01-01,10215,"GRP_LOCATION","LOCATION_DATE_START","2009-01-01","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CRT","180",41.6285,-83.3471,2010-09-20,12770,"GRP_LOCATION","LOCATION_LAT","41.6285","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-CRT","180",41.6285,-83.3471,2010-09-20,12770,"GRP_LOCATION","LOCATION_LONG","-83.3471","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-CRT","180",41.6285,-83.3471,2010-09-20,12770,"GRP_LOCATION","LOCATION_ELEV","180","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-CRT","180",41.6285,-83.3471,2010-09-20,12770,"GRP_LOCATION","LOCATION_DATE_START","2010-09-20","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-CRT","180",41.6285,-83.3471,2010-09-20,12770,"GRP_LOCATION","LOCATION_COMMENT","The tower was constructed in August and continuous measurement began in September, 2010.","8","EASTERN TEMPERATE FORESTS","8.2","CENTRAL USA PLAINS"
-  "US-CS1","328",44.1031,-89.5379,2018-06-29,96893,"GRP_LOCATION","LOCATION_LAT","44.1031","8","EASTERN TEMPERATE FORESTS","8.1","MIXED WOOD PLAINS"
-  "US-CS1","328",44.1031,-89.5379,2018-06-29,96893,"GRP_LOCATION","LOCATION_LONG","-89.5379","8","EASTERN TEMPERATE FORESTS","8.1","MIXED WOOD PLAINS"
-  "US-CS1","328",44.1031,-89.5379,2018-06-29,96893,"GRP_LOCATION","LOCATION_ELEV","328","8","EASTERN TEMPERATE FORESTS","8.1","MIXED WOOD PLAINS"
-  "US-CS1","328",44.1031,-89.5379,2018-06-29,96893,"GRP_LOCATION","LOCATION_DATE_START","2018-06-29","8","EASTERN TEMPERATE FORESTS","8.1","MIXED WOOD PLAINS"
-  "US-CS1","328",44.1031,-89.5379,2018-06-29,96893,"GRP_LOCATION","LOCATION_COMMENT","Approximation based on Google maps. GPS coords forthcoming","8","EASTERN TEMPERATE FORESTS","8.1","MIXED WOOD PLAINS"
-  "US-Cst","50",33.0442,-91.9204,NA,13214,"GRP_LOCATION","LOCATION_LAT","33.0442","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Cst","50",33.0442,-91.9204,NA,13214,"GRP_LOCATION","LOCATION_LONG","-91.9204","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Cst","50",33.0442,-91.9204,NA,13214,"GRP_LOCATION","LOCATION_ELEV","50","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Ctn","744",43.95,-101.8466,NA,637,"GRP_LOCATION","LOCATION_LAT","43.9500","9","GREAT PLAINS","9.3","WEST-CENTRAL SEMIARID PRAIRIES"
-  "US-Ctn","744",43.95,-101.8466,NA,637,"GRP_LOCATION","LOCATION_LONG","-101.8466","9","GREAT PLAINS","9.3","WEST-CENTRAL SEMIARID PRAIRIES"
-  "US-Ctn","744",43.95,-101.8466,NA,637,"GRP_LOCATION","LOCATION_ELEV","744","9","GREAT PLAINS","9.3","WEST-CENTRAL SEMIARID PRAIRIES"
-  "US-Ctn","744",43.95,-101.8466,NA,637,"GRP_LOCATION","LOCATION_COMMENT","From CDIAC Tom Boden database dump","9","GREAT PLAINS","9.3","WEST-CENTRAL SEMIARID PRAIRIES"
-  "US-Cwt","690",35.0592,-83.4275,2011-01-01,98507,"GRP_LOCATION","LOCATION_LAT","35.0592","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-Cwt","690",35.0592,-83.4275,2011-01-01,98507,"GRP_LOCATION","LOCATION_LONG","-83.4275","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-Cwt","690",35.0592,-83.4275,2011-01-01,98507,"GRP_LOCATION","LOCATION_ELEV","690","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-Cwt","690",35.0592,-83.4275,2011-01-01,98507,"GRP_LOCATION","LOCATION_DATE_START","2011-01-01","8","EASTERN TEMPERATE FORESTS","8.4","OZARK/OUACHITA-APPALACHIAN FORESTS"
-  "US-CZ1","400",37.1088,-119.7313,NA,30895,"GRP_LOCATION","LOCATION_LAT","37.1088","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-CZ1","400",37.1088,-119.7313,NA,30895,"GRP_LOCATION","LOCATION_LONG","-119.7313","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-CZ1","400",37.1088,-119.7313,NA,30895,"GRP_LOCATION","LOCATION_ELEV","400","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-CZ2","1160",37.0311,-119.2566,NA,30896,"GRP_LOCATION","LOCATION_LAT","37.0311","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ2","1160",37.0311,-119.2566,NA,30896,"GRP_LOCATION","LOCATION_LONG","-119.2566","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ2","1160",37.0311,-119.2566,NA,30896,"GRP_LOCATION","LOCATION_ELEV","1160","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ3","2015",37.0674,-119.1951,NA,30897,"GRP_LOCATION","LOCATION_LAT","37.0674","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ3","2015",37.0674,-119.1951,NA,30897,"GRP_LOCATION","LOCATION_LONG","-119.1951","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ3","2015",37.0674,-119.1951,NA,30897,"GRP_LOCATION","LOCATION_ELEV","2015","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ4","2710",37.0675,-118.9867,NA,30898,"GRP_LOCATION","LOCATION_LAT","37.0675","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ4","2710",37.0675,-118.9867,NA,30898,"GRP_LOCATION","LOCATION_LONG","-118.9867","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-CZ4","2710",37.0675,-118.9867,NA,30898,"GRP_LOCATION","LOCATION_ELEV","2710","6","NORTHWESTERN FORESTED MOUNTAINS","6.2","WESTERN CORDILLERA"
-  "US-Dea","-53",32.8136,-115.4423,NA,11411,"GRP_LOCATION","LOCATION_LAT","32.8136","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Dea","-53",32.8136,-115.4423,NA,11411,"GRP_LOCATION","LOCATION_LONG","-115.4423","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Dea","-53",32.8136,-115.4423,NA,11411,"GRP_LOCATION","LOCATION_ELEV","-53","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Dea","-53",32.8136,-115.4423,NA,11411,"GRP_LOCATION","LOCATION_COMMENT","The alfalfa field was existing.  The measurements began at the above date.","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Deu","-53",32.8056,-115.4456,NA,11431,"GRP_LOCATION","LOCATION_LAT","32.8056","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Deu","-53",32.8056,-115.4456,NA,11431,"GRP_LOCATION","LOCATION_LONG","-115.4456","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Deu","-53",32.8056,-115.4456,NA,11431,"GRP_LOCATION","LOCATION_ELEV","-53","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Deu","-53",32.8056,-115.4456,NA,11431,"GRP_LOCATION","LOCATION_COMMENT","The tower is situated on scaffolding to measure fluxes from buildings, roads, farm equipment and crops.  The measurements began at the above date.","10","NORTH AMERICAN DESERTS","10.2","WARM DESERTS"
-  "US-Dia","323",37.6773,-121.5296,NA,11505,"GRP_LOCATION","LOCATION_LAT","37.6773","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Dia","323",37.6773,-121.5296,NA,11505,"GRP_LOCATION","LOCATION_LONG","-121.5296","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Dia","323",37.6773,-121.5296,NA,11505,"GRP_LOCATION","LOCATION_ELEV","323","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Dia","323",37.6773,-121.5296,NA,11505,"GRP_LOCATION","LOCATION_COMMENT","From CDIAC Tom Boden database dump","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-Dix","48",39.9712,-74.4346,NA,7507,"GRP_LOCATION","LOCATION_LAT","39.9712","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Dix","48",39.9712,-74.4346,NA,7507,"GRP_LOCATION","LOCATION_LONG","-74.4346","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Dix","48",39.9712,-74.4346,NA,7507,"GRP_LOCATION","LOCATION_ELEV","48","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Dix","48",39.9712,-74.4346,NA,28940,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Podzol, underlain by late Miocene fluvial sediments of the Kirkwood formation, and overlain with Cohansey sandy soil with low nutrient and cation exchange capacity","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Dix","48",39.9712,-74.4346,NA,28940,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.5","MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27970,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","100","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27970,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27970,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27970,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27970,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2001-06-28","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27970,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","There are no trees and an insignificant number of shrubs in this field. It is mowed annually for hay; biomass was estimated by counting bales and multiplying by measured mass/bale","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27971,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","100","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27971,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27971,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27971,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27971,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2002-06-02","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27971,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","There are no trees and an insignificant number of shrubs in this field. It is mowed annually for hay; biomass was estimated by counting bales and multiplying by measured mass/bale","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28321,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","200","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28321,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28321,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28321,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28321,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2004-05-18","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28321,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","There are no trees and an insignificant number of shrubs in this field. It is mowed annually for hay; biomass was estimated by counting bales and multiplying by measured mass/bale","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29517,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","400","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29517,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29517,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29517,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29517,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2003-07-25","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29517,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","There are no trees and an insignificant number of shrubs in this field. It is mowed annually for hay; biomass was estimated by counting bales and multiplying by measured mass/bale","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29518,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","100","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29518,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29518,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29518,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29518,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2005-09-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29518,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","There are no trees and an insignificant number of shrubs in this field. It is mowed annually for hay; biomass was estimated by counting bales and multiplying by measured mass/bale","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,6039,"GRP_LOCATION","LOCATION_LAT","35.9712","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,6039,"GRP_LOCATION","LOCATION_LONG","-79.0934","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,6039,"GRP_LOCATION","LOCATION_ELEV","168","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28093,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Enon Series, low-fertility, acidic Hapludalf. An imprevious clay pan is located beneath all soils at a depth of 0.30 m.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28093,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27060,"GRP_SOIL_DEPTH","SOIL_DEPTH","3000","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27060,"GRP_SOIL_DEPTH","SOIL_DEPTH_COMMENT","A clay-pan underlies the entire Blackwood division of the Duke forest at 30 cm.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26757,"GRP_SOIL_TEX","SOIL_TEX_SAND","35.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26757,"GRP_SOIL_TEX","SOIL_TEX_SILT","40.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26757,"GRP_SOIL_TEX","SOIL_TEX_CLAY","24.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26757,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26757,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26758,"GRP_SOIL_TEX","SOIL_TEX_SAND","44","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26758,"GRP_SOIL_TEX","SOIL_TEX_SILT","37.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26758,"GRP_SOIL_TEX","SOIL_TEX_CLAY","18.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26758,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","BC","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26758,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26759,"GRP_SOIL_TEX","SOIL_TEX_SILT","26.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26759,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26759,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26760,"GRP_SOIL_TEX","SOIL_TEX_SILT","27.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26760,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26760,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26761,"GRP_SOIL_TEX","SOIL_TEX_CLAY","9.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26761,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26761,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26907,"GRP_SOIL_TEX","SOIL_TEX_SAND","55.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26907,"GRP_SOIL_TEX","SOIL_TEX_SILT","32.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26907,"GRP_SOIL_TEX","SOIL_TEX_CLAY","12.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26907,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","CB","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26907,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26908,"GRP_SOIL_TEX","SOIL_TEX_SILT","29.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26908,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26908,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26909,"GRP_SOIL_TEX","SOIL_TEX_SILT","27.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26909,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26909,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26910,"GRP_SOIL_TEX","SOIL_TEX_CLAY","6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26910,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,26910,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27059,"GRP_SOIL_TEX","SOIL_TEX_SAND","25.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27059,"GRP_SOIL_TEX","SOIL_TEX_SILT","40.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27059,"GRP_SOIL_TEX","SOIL_TEX_CLAY","34.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27059,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27059,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27061,"GRP_SOIL_TEX","SOIL_TEX_SAND","63.8","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27061,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27061,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27353,"GRP_SOIL_TEX","SOIL_TEX_SAND","50.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27353,"GRP_SOIL_TEX","SOIL_TEX_SILT","40.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27353,"GRP_SOIL_TEX","SOIL_TEX_CLAY","9.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27353,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","AE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27353,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27600,"GRP_SOIL_TEX","SOIL_TEX_SAND","67.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27600,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,27600,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28322,"GRP_SOIL_TEX","SOIL_TEX_WATER_HOLD_CAP","0.52","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28322,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28322,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28584,"GRP_SOIL_TEX","SOIL_TEX_SAND","48.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28584,"GRP_SOIL_TEX","SOIL_TEX_SILT","43.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28584,"GRP_SOIL_TEX","SOIL_TEX_CLAY","8.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28584,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28584,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28585,"GRP_SOIL_TEX","SOIL_TEX_SAND","47.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28585,"GRP_SOIL_TEX","SOIL_TEX_SILT","38.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28585,"GRP_SOIL_TEX","SOIL_TEX_CLAY","14.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28585,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","BE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28585,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28820,"GRP_SOIL_TEX","SOIL_TEX_SAND","61","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28820,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28820,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28821,"GRP_SOIL_TEX","SOIL_TEX_CLAY","8.7","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28821,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,28821,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29169,"GRP_SOIL_TEX","SOIL_TEX_SAND","68.9","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29169,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29169,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29523,"GRP_SOIL_TEX","SOIL_TEX_CLAY","4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29523,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk1","168",35.9712,-79.0934,NA,29523,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24271,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24271,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Fruits","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24271,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24271,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24271,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24271,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25546,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25546,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25546,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25546,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25546,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25546,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,26051,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,26051,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,26051,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,26051,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_CROP_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,26051,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,26051,"GRP_AG_BIOMASS_CROP","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23875,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23875,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23875,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23875,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23875,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23875,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23876,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23876,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23876,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23876,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23876,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23876,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25026,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25026,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25026,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25026,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_SHRUB_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25026,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25026,"GRP_AG_BIOMASS_SHRUB","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24115,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24115,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24115,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24115,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24115,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24115,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25157,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","18000","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25157,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25157,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25157,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25157,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2002-10-07","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25157,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","Estimated based on allometric equations for DBH (Clark et al. 2006)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24119,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24119,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24119,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Measured with litter baskets, annual sum of dry weight (not C)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25027,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25027,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25027,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Measured with litter baskets, annual sum of dry weight (not C)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25028,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25028,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25028,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Measured with litter baskets, annual sum of dry weight (not C)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25547,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25547,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25547,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Measured with litter baskets, annual sum of dry weight (not C)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,6680,"GRP_LOCATION","LOCATION_LAT","35.9736","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,6680,"GRP_LOCATION","LOCATION_LONG","-79.1004","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,6680,"GRP_LOCATION","LOCATION_ELEV","168","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24909,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_CRS","2900","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24909,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24909,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24909,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MAX","40","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24909,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23661,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.46","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23661,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23661,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","92","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23661,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23661,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","/Bulk density BE/1.43 Bt/1.38 Bt/1.54 B/1.49 D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series; BE/0.48 Bt/0.8 Bt/1.15 B/1.4 D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23919,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.98","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23919,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23919,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","20.32","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23919,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,23919,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","A 4.85; E 5.10 N.-H. Oh,  D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series; A--0 to 3 inches; dark grayish brown (10YR 4/2) fine sandy loam; ...strongly acid; clear smooth boundary. (2 to 9 inches thick) E--3 to 8 inches; yellowish brown (10YR 5/4) fine sandy loam; ...moderately acid; clear wavy boundary. (0 to 7 inches thick) source:  description ENON Series","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24420,"GRP_SOIL_CHEM","SOIL_CHEM_PH_H2O","6.04","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24420,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24420,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","20.32","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24420,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24420,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","A 5.85; E 6.23 N.-H. Oh, D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series; A--0 to 3 inches; dark grayish brown (10YR 4/2) fine sandy loam; ...strongly acid; clear smooth boundary. (2 to 9 inches thick) E--3 to 8 inches; yellowish brown (10YR 5/4) fine sandy loam; ...moderately acid; clear wavy boundary. (0 to 7 inches thick) source:  description ENON Series","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24436,"GRP_SOIL_CHEM","SOIL_CHEM_C_ORG","17.9","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24436,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24436,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","20.32","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24436,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24436,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","A 2.48; E 1.10;    (%C) N.-H. Oh, D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series; A--0 to 3 inches; dark grayish brown (10YR 4/2) fine sandy loam; ...strongly acid; clear smooth boundary. (2 to 9 inches thick) E--3 to 8 inches; yellowish brown (10YR 5/4) fine sandy loam; ...moderately acid; clear wavy boundary. (0 to 7 inches thick) source:  description ENON Series","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24555,"GRP_SOIL_CHEM","SOIL_CHEM_PH_H2O","5.9","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24555,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24555,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","92","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24555,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24555,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","/pHw   BE/5.75 Bt/5.83 Bt/6.26 B/5.82 D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series; BE/0.48 Bt/0.8 Bt/1.15 B/1.4 D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24942,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.22","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24942,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24942,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","20.32","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24942,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24942,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","A 1.15; E 1.29 N.-H. Oh, D.D. Richter / Geoderma 126 (2005) 5<e2><80><93>25 description ENON Series; A--0 to 3 inches; dark grayish brown (10YR 4/2) fine sandy loam; ...strongly acid; clear smooth boundary. (2 to 9 inches thick) E--3 to 8 inches; yellowish brown (10YR 5/4) fine sandy loam; ...moderately acid; clear wavy boundary. (0 to 7 inches thick) source:  description ENON Series","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,29424,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Enron silt loam transitioning to Iredell gravely loam to the southwest, an imprevious clay pan is located beneath all soils at a depth of 0.30 m","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,29424,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24376,"GRP_SOIL_DEPTH","SOIL_DEPTH","3000","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24376,"GRP_SOIL_DEPTH","SOIL_DEPTH_COMMENT","A clay-pan underlies the entire Blackwood division of the Duke forest at 30 cm.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24377,"GRP_SOIL_TEX","SOIL_TEX_WATER_HOLD_CAP","0.52","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24377,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24377,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24522,"GRP_WD_BIOMASS","WD_BIOMASS_CRS","500","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24522,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24522,"GRP_WD_BIOMASS","WD_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,24522,"GRP_WD_BIOMASS","WD_BIOMASS_COMMENT","Total annual dry weight, collected in litter baskets (not C only)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25029,"GRP_WD_BIOMASS","WD_BIOMASS_CRS","500","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25029,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25029,"GRP_WD_BIOMASS","WD_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25029,"GRP_WD_BIOMASS","WD_BIOMASS_COMMENT","Total annual dry weight, collected in litter baskets (not C only)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25030,"GRP_WD_BIOMASS","WD_BIOMASS_CRS","500","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25030,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25030,"GRP_WD_BIOMASS","WD_BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25030,"GRP_WD_BIOMASS","WD_BIOMASS_COMMENT","Total annual dry weight, collected in litter baskets (not C only)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25548,"GRP_WD_BIOMASS","WD_BIOMASS_CRS","500","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25548,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25548,"GRP_WD_BIOMASS","WD_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25548,"GRP_WD_BIOMASS","WD_BIOMASS_COMMENT","Total annual dry weight, collected in litter baskets (not C only)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25549,"GRP_WD_BIOMASS","WD_BIOMASS_FINE","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk2","168",35.9736,-79.1004,NA,25549,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25411,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","7345","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25411,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25411,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25411,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25411,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25411,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25540,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","7664","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25540,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25540,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25540,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25540,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25540,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25541,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","8464","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25541,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25541,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25541,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25541,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25541,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25916,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","8042","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25916,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25916,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25916,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25916,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25916,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27502,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","7821","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27502,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27502,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27502,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27502,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27502,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27503,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","378","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27503,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27503,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27503,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27503,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27503,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27504,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","9123","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27504,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Wood","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27504,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27504,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27504,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27504,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28109,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","8171","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28109,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28109,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28109,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28109,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28109,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28110,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","8859","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28110,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28110,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28110,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28110,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28110,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28222,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","9498","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28222,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28222,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28222,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28222,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28222,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28223,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","7754","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28223,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28223,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28223,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28223,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28223,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28448,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","398","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28448,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28448,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28448,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28448,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28448,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28452,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","408","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28452,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28452,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28452,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28452,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28452,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28454,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","375","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28454,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28454,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28454,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28454,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28454,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28949,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE","350","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28949,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_ORGAN","Foliage","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28949,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28949,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_TREE_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28949,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28949,"GRP_AG_BIOMASS_TREE","AG_BIOMASS_COMMENT","References: (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.  (2) McCarthy HR, Oren R, Kim H-K et al. (2006) Interaction of ice storms and management practices on current carbon sequestration in forests with potential mitigation under future CO2 atmosphere. Journal of Geophysical Research - Atmospheres, 111, D15103; (3) Naidu SL, DeLucia EH, Thomas RB (1998) Contrasting patterns of biomass allocation in dominant and suppressed loblolly pine. Canadian Journal of Forest Research, 28, 1116-1124; (4) Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25913,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25913,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25913,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27851,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27851,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27851,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28947,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28947,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28947,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28950,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28950,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28950,"GRP_AG_LIT_BIOMASS","AG_LIT_BIOMASS_COMMENT","Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26669,"GRP_BIOMASS_CHEM","BIOMASS_N","0.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26669,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26669,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26669,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26669,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26669,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27256,"GRP_BIOMASS_CHEM","BIOMASS_N","0.01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27256,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27256,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27256,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27256,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27256,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27257,"GRP_BIOMASS_CHEM","BIOMASS_N","0.01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27257,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27257,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27257,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27257,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27257,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27536,"GRP_BIOMASS_CHEM","BIOMASS_N","0.10","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27536,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27536,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27536,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27536,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27536,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27537,"GRP_BIOMASS_CHEM","BIOMASS_N","0.01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27537,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27537,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27537,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27537,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27537,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27892,"GRP_BIOMASS_CHEM","BIOMASS_C","4.8","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27892,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27892,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27892,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27892,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Oren R, Ellsworth DS, Johnsen KH et al. (2001) Soil fertility limits carbon sequestration by forest ecosystems in a CO2 - enriched atmosphere. Nature, 411, 469-472","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28144,"GRP_BIOMASS_CHEM","BIOMASS_N","0.02","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28144,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28144,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28144,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28144,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28144,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28257,"GRP_BIOMASS_CHEM","BIOMASS_N","0.10","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28257,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28257,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28257,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28257,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28257,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28486,"GRP_BIOMASS_CHEM","BIOMASS_N","0.10","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28486,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28486,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28486,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28486,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28486,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28777,"GRP_BIOMASS_CHEM","BIOMASS_N","0.11","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28777,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28777,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28777,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28777,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28777,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28987,"GRP_BIOMASS_CHEM","BIOMASS_N","0.01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28987,"GRP_BIOMASS_CHEM","BIOMASS_ORGAN","Total","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28987,"GRP_BIOMASS_CHEM","BIOMASS_PHEN","Mixed/unknown","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28987,"GRP_BIOMASS_CHEM","BIOMASS_SPP","PITA (NRCS plant code)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28987,"GRP_BIOMASS_CHEM","BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28987,"GRP_BIOMASS_CHEM","BIOMASS_COMMENT","Data from http://face.env.duke.edu/face.cfm","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,9262,"GRP_LOCATION","LOCATION_LAT","35.9782","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,9262,"GRP_LOCATION","LOCATION_LONG","-79.0942","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,9262,"GRP_LOCATION","LOCATION_ELEV","163","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,9262,"GRP_LOCATION","LOCATION_COMMENT","Central towere located in Ring 1 of FACE experiment","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25280,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_FINE","159","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25280,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25280,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25280,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25280,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_DATE","2004-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25280,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_COMMENT","35 cm (rooting depth ca. 30 cm, Oren et al., 1998; (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26033,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_FINE","156","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26033,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26033,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26033,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26033,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_DATE","2003-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26033,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_COMMENT","35 cm (rooting depth ca. 30 cm, Oren et al., 1998; (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27219,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_FINE","144","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27219,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27219,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27219,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27219,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27219,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_COMMENT","35 cm (rooting depth ca. 30 cm, Oren et al., 1998; (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28221,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_FINE","135","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28221,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28221,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28221,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28221,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_DATE","2001-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28221,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_COMMENT","35 cm (rooting depth ca. 30 cm, Oren et al., 1998; (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28451,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_FINE","172","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28451,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28451,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28451,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28451,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_DATE","2005-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28451,"GRP_ROOT_BIOMASS","ROOT_BIOMASS_COMMENT","35 cm (rooting depth ca. 30 cm, Oren et al., 1998; (1) McCarthy, H.R. 2007 ( Long-term effects of elevated CO2, soil nutrition, water availability and disturbance on carbon relations in a loblolly pine forest.  PhD Dissertation.    Nicholas School of the Environment, Duke University.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26694,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.9","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26694,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","140","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26694,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","75","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26694,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","BC","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26694,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26832,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","5.04","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26832,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","225","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26832,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","275","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26832,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26832,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26971,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","5.24","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26971,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","80","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26971,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","115","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26971,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26971,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26972,"GRP_SOIL_CHEM","SOIL_CHEM_N_TOT","1.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26972,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Schlesinger and Lichter (2001) Nature. Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847. Schlesinger and Lichter (2001) Nature. Also: Unpublished data, K. Johnsen et al.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27259,"GRP_SOIL_CHEM","SOIL_CHEM_C_ORG","61","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27259,"GRP_SOIL_CHEM","SOIL_CHEM_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27259,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Forest Service %C data from soil pit with bulk density from http://face.env.duke.edu/pdf/Full_Soil_Profile.pdf. Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847. Schlesinger and Lichter (2001) Limited carbon storage in soil and litter of experimental forest plots under elevated atmospheric CO2. Nature 411:466-469, See also: http://face.env.duke.edu/pdf/Full_Soil_Profile.pdf. Also: Unpublished data, K. Johnsen et al.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27260,"GRP_SOIL_CHEM","SOIL_CHEM_N_TOT","1.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27260,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Forest Service %N data from soil pit with bulk density from http://face.env.duke.edu/pdf/Full_Soil_Profile.pdf. Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847. Schlesinger and Lichter (2001) Nature. Also: Unpublished data, K. Johnsen et al.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27261,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","5.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27261,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","12","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27261,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","29","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27261,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","AE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27261,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27539,"GRP_SOIL_CHEM","SOIL_CHEM_C_ORG","24","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27539,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27539,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","15","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27539,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A, AE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27539,"GRP_SOIL_CHEM","SOIL_CHEM_DATE","2002-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27539,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Spatially variable. Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847. Schlesinger and Lichter (2001) Limited carbon storage in soil and litter of experimental forest plots under elevated atmospheric CO2. Nature 411:466-469, See also: http://face.env.duke.edu/pdf/Full_Soil_Profile.pdf. Also: Unpublished data, K. Johnsen et al.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28148,"GRP_SOIL_CHEM","SOIL_CHEM_N_TOT","1.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28148,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28148,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","15","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28148,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Spatially variable. Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847. Schlesinger and Lichter (2001) Nature. Also: Unpublished data, K. Johnsen et al.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28149,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.85","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28149,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28149,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","12","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28149,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28149,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28258,"GRP_SOIL_CHEM","SOIL_CHEM_BD","1.27","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28258,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28258,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28258,"GRP_SOIL_CHEM","SOIL_CHEM_DATE","2000-01-01","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28258,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Reference: Lichter J, Barron S, Finzi A, Irving K, Roberts M, Stemmler E and W Schlesinger. 2005.  Soil carbon sequestration and turnover in a pine forest after six years of atmospheric CO2 enrichment. Ecology 86(7):1835-1847","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28259,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.87","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28259,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","29","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28259,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","48","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28259,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","BE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28259,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28487,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","5.02","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28487,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","75","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28487,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","225","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28487,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","CB","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28487,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28488,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","5.11","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28488,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","275","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28488,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","325","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28488,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,28488,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29091,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.95","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29091,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","115","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29091,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","140","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29091,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29091,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29092,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.98","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29092,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","325","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29092,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","700","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29092,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29092,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29450,"GRP_SOIL_CHEM","SOIL_CHEM_PH_SALT","4.91","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29450,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MIN","48","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29450,"GRP_SOIL_CHEM","SOIL_CHEM_PROFILE_MAX","80","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29450,"GRP_SOIL_CHEM","SOIL_CHEM_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,29450,"GRP_SOIL_CHEM","SOIL_CHEM_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27189,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION","Enon Series, low-fertility, acidic Hapludalf. An imprevious clay pan is located beneath all soils at a depth of 0.30 m.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,27189,"GRP_SOIL_CLASSIFICATION","SOIL_CLASSIFICATION_TAXONOMY","Other","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24910,"GRP_SOIL_DEPTH","SOIL_DEPTH","3000","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24910,"GRP_SOIL_DEPTH","SOIL_DEPTH_COMMENT","A clay-pan underlies the entire Blackwood division of the Duke forest at 30 cm.","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23737,"GRP_SOIL_TEX","SOIL_TEX_SAND","55.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23737,"GRP_SOIL_TEX","SOIL_TEX_SILT","32.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23737,"GRP_SOIL_TEX","SOIL_TEX_CLAY","12.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23737,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","BC","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23737,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23739,"GRP_SOIL_TEX","SOIL_TEX_SILT","27.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23739,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23739,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23879,"GRP_SOIL_TEX","SOIL_TEX_SILT","27.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23879,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23879,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23880,"GRP_SOIL_TEX","SOIL_TEX_SAND","63.8","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23880,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23880,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23881,"GRP_SOIL_TEX","SOIL_TEX_SAND","68.9","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23881,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,23881,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24006,"GRP_SOIL_TEX","SOIL_TEX_SAND","50.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24006,"GRP_SOIL_TEX","SOIL_TEX_SILT","40.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24006,"GRP_SOIL_TEX","SOIL_TEX_CLAY","9.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24006,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","AE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24006,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24007,"GRP_SOIL_TEX","SOIL_TEX_SAND","35.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24007,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24007,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24103,"GRP_SOIL_TEX","SOIL_TEX_CLAY","24.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24103,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24103,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24121,"GRP_SOIL_TEX","SOIL_TEX_WATER_HOLD_CAP","0.52","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24121,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MIN","0","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24121,"GRP_SOIL_TEX","SOIL_TEX_PROFILE_MAX","30","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24269,"GRP_SOIL_TEX","SOIL_TEX_SILT","40.1","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24269,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24269,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24363,"GRP_SOIL_TEX","SOIL_TEX_SAND","44","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24363,"GRP_SOIL_TEX","SOIL_TEX_SILT","37.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24363,"GRP_SOIL_TEX","SOIL_TEX_CLAY","18.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24363,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","B","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24363,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24523,"GRP_SOIL_TEX","SOIL_TEX_SAND","25.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24523,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24523,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24524,"GRP_SOIL_TEX","SOIL_TEX_SILT","40.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24524,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24524,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24777,"GRP_SOIL_TEX","SOIL_TEX_SAND","61","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24777,"GRP_SOIL_TEX","SOIL_TEX_SILT","29.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24777,"GRP_SOIL_TEX","SOIL_TEX_CLAY","9.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24777,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","CB","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24777,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24778,"GRP_SOIL_TEX","SOIL_TEX_SILT","26.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24778,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24778,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24779,"GRP_SOIL_TEX","SOIL_TEX_SAND","67.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24779,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,24779,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25033,"GRP_SOIL_TEX","SOIL_TEX_SAND","48.4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25033,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25142,"GRP_SOIL_TEX","SOIL_TEX_CLAY","34.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25142,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","Bt","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25142,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25162,"GRP_SOIL_TEX","SOIL_TEX_SILT","43.3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25162,"GRP_SOIL_TEX","SOIL_TEX_CLAY","8.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25162,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","A","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25162,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25163,"GRP_SOIL_TEX","SOIL_TEX_SAND","47.6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25163,"GRP_SOIL_TEX","SOIL_TEX_SILT","38.5","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25163,"GRP_SOIL_TEX","SOIL_TEX_CLAY","14.2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25163,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","BE","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25163,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25552,"GRP_SOIL_TEX","SOIL_TEX_CLAY","6","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25552,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25552,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25553,"GRP_SOIL_TEX","SOIL_TEX_CLAY","8.7","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25553,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25553,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26055,"GRP_SOIL_TEX","SOIL_TEX_CLAY","4","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26055,"GRP_SOIL_TEX","SOIL_TEX_HORIZON","C","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,26055,"GRP_SOIL_TEX","SOIL_TEX_COMMENT","Oh, N.H. and D.D. Richter. Elemental translocation and loss from three highly weathered soil-bedrock profiles in the southeastern United States.  Geoderma 126 (5-25)","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25279,"GRP_WD_BIOMASS","WD_BIOMASS_CRS","255","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25279,"GRP_WD_BIOMASS","WD_BIOMASS_UNIT","gC m-2","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25279,"GRP_WD_BIOMASS","WD_BIOMASS_DATE","2003-01-15","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-Dk3","163",35.9782,-79.0942,NA,25279,"GRP_WD_BIOMASS","WD_BIOMASS_COMMENT","Coarse woody debris following a severe ice storm.  See McCarthy et al. (2006) JGR Table 1 and Figure 3","8","EASTERN TEMPERATE FORESTS","8.3","SOUTHEASTERN USA PLAINS"
-  "US-EDN",NA,37.6156,-122.114,2018-02-16,98227,"GRP_LOCATION","LOCATION_LAT","37.6156","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-EDN",NA,37.6156,-122.114,2018-02-16,98227,"GRP_LOCATION","LOCATION_LONG","-122.1140","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-EDN",NA,37.6156,-122.114,2018-02-16,98227,"GRP_LOCATION","LOCATION_DATE_START","2018-02-16","11","MEDITERRANEAN CALIFORNIA","11.1","MEDITERRANEAN CALIFORNIA"
-  "US-EDN",NA,37.6156,-122.114,2018-02-16,98227,"GRP_LOCATION","LOCATION_COMMENT","Location was disturbed from late 1800s up to 1972 for salt harvesting. Location elevation between 36 to 48 inches  (0.914m to 1.22m),11,MEDITERRANEAN CALIFORNIA,11.1,MEDITERRANEAN CALIFORNIA
-  US-Elm,0.77,25.5519,-80.7826,NA,6242,GRP_LOCATION,LOCATION_LAT,25.5519,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Elm,0.77,25.5519,-80.7826,NA,6242,GRP_LOCATION,LOCATION_LONG,-80.7826,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Elm,0.77,25.5519,-80.7826,NA,6242,GRP_LOCATION,LOCATION_ELEV,0.77,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Elm,0.77,25.5519,-80.7826,NA,29422,GRP_SOIL_CLASSIFICATION,SOIL_CLASSIFICATION,Peat,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Elm,0.77,25.5519,-80.7826,NA,29422,GRP_SOIL_CLASSIFICATION,SOIL_CLASSIFICATION_TAXONOMY,Other,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Esm,1.07,25.4379,-80.5946,NA,7077,GRP_LOCATION,LOCATION_LAT,25.4379,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Esm,1.07,25.4379,-80.5946,NA,7077,GRP_LOCATION,LOCATION_LONG,-80.5946,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Esm,1.07,25.4379,-80.5946,NA,7077,GRP_LOCATION,LOCATION_ELEV,1.07,15,TROPICAL WET FORESTS,15.4,EVERGLADES
-  US-Fmf,2160,35.1426,-111.7273,NA,29191,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER,6,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29191,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER_ORGAN,Total,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29191,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER_PHEN,Mixed/unknown,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29191,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER_UNIT,gC m-2,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29191,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_APPROACH,4 , 0.5 m2  plot once per year. projected leaf area was measured in the laboratory with an image analyzer (Agvision, Monochrome System, Decagon Devices, Inc., Pullman, WA, USA).,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29191,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_DATE,2006-09-07,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29206,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER,12,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29206,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER_ORGAN,Total,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29206,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER_PHEN,Mixed/unknown,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29206,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_OTHER_UNIT,gC m-2,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29206,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_APPROACH,4 , 0.5 m2  plot once per year. projected leaf area was measured in the laboratory with an image analyzer (Agvision, Monochrome System, Decagon Devices, Inc., Pullman, WA, USA).,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,29206,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_DATE,2007-09-07,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28840,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE,3910,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28840,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE_ORGAN,Total,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28840,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE_PHEN,Mixed/unknown,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28840,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE_UNIT,gC m-2,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28840,GRP_AG_BIOMASS_TREE,AG_BIOMASS_APPROACH,allometry  on 5 25 m radious circular plots. Following equations in Kaye, J. P., Hart, S. C., Fule, P. Z., Covington, W. W., Moore, M. M., Kaye, M. W. 2005. Initial carbon, nitrogen, and phosphorus fluxes following ponderosa pine restoration treatments. Ecological Applications, 15(5) 1581-1593.,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28840,GRP_AG_BIOMASS_TREE,AG_BIOMASS_DATE,2006-09-07,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28841,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE,2660,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28841,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE_ORGAN,Total,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28841,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE_PHEN,Mixed/unknown,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28841,GRP_AG_BIOMASS_TREE,AG_BIOMASS_TREE_UNIT,gC m-2,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28841,GRP_AG_BIOMASS_TREE,AG_BIOMASS_APPROACH,allometry  on 5 25 m radious circular plots. Following equations in Kaye, J. P., Hart, S. C., Fule, P. Z., Covington, W. W., Moore, M. M., Kaye, M. W. 2005. Initial carbon, nitrogen, and phosphorus fluxes following ponderosa pine restoration treatments. Ecological Applications, 15(5) 1581-1593.,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,28841,GRP_AG_BIOMASS_TREE,AG_BIOMASS_DATE,2007-09-07,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,27372,GRP_BIOMASS_CHEM,BIOMASS_N,0.12,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,27372,GRP_BIOMASS_CHEM,BIOMASS_ORGAN,Total,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,27372,GRP_BIOMASS_CHEM,BIOMASS_PHEN,Mixed/unknown,13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,27372,GRP_BIOMASS_CHEM,BIOMASS_SPP,PIPO (NRCS plant code),13,TEMPERATE SIERRAS,13.1,UPPER GILA MOUNTAINS
-  US-Fmf,2160,35.1426,-111.7273,NA,27372,GRP_BIOMASS_CHEM,BIOMASS_COMMENT,pinus ponderosa' in object 'BADM'
-  'US-SP1,50,29.7381,-82.2188,NA,29203,GRP_AG_LIT_BIOMASS,AG_LIT_BIOMASS_COMMENT,842 <c2><b1> 277,8,EASTERN TEMPERATE FORESTS,8.5,MISSISSIPPI ALLUVIAL AND SOUTHEAST USA COASTAL PLAINS' in object 'BADM'
-  'US-SRM,1120,31.8214,-110.8661,NA,27355,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_COMMENT,*aboveground tree biomass = (EXP(1.6*LN(35)-0.58)/100)/1000*.47 estimated using equation given in Browning et al. 2008EcolApp,18,933 (be careful<e2><80><a6>numbers not verified), biomass of herbage production given in Follet, SRER100 issue,12,SOUTHERN SEMIARID HIGHLANDS,12.1,WESTERN SIERRA MADRE PIEDMONT' in object 'BADM'
-  'US-SRM,1120,31.8214,-110.8661,NA,27975,GRP_AG_BIOMASS_TREE,AG_BIOMASS_COMMENT,*aboveground tree biomass = (EXP(1.6*LN(35)-0.58)/100)/1000*.47 estimated using equation given in Browning et al. 2008EcolApp,18,933 (be careful<e2><80><a6>numbers not verified), biomass of herbage production given in Follet, SRER100 issue,12,SOUTHERN SEMIARID HIGHLANDS,12.1,WESTERN SIERRA MADRE PIEDMONT' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,23740,GRP_SOIL_TEX,SOIL_TEX_COMMENT,(5-6); Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,23741,GRP_SOIL_TEX,SOIL_TEX_COMMENT,(6-7); Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,23742,GRP_SOIL_TEX,SOIL_TEX_COMMENT,(4-5); Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,24008,GRP_SOIL_TEX,SOIL_TEX_COMMENT,Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,24122,GRP_SOIL_TEX,SOIL_TEX_COMMENT,(4-5); Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,24378,GRP_SOIL_TEX,SOIL_TEX_COMMENT,Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,24379,GRP_SOIL_TEX,SOIL_TEX_COMMENT,Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,24781,GRP_SOIL_TEX,SOIL_TEX_COMMENT,(4-5); Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,26057,GRP_SOIL_TEX,SOIL_TEX_COMMENT,Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-Shd,346,36.9333,-96.6833,NA,26058,GRP_SOIL_TEX,SOIL_TEX_COMMENT,Soil at Tallgrass Prairie Site: silty clay loam of Wolco-Dwight complex (Pachic Argiustolls & Typic Natrustolls)<c2><a0>; George Burba. Y:\Okla-SR\LAIBiomass&Soils\Properties of OK soils.doc.,9,GREAT PLAINS,9.4,SOUTH CENTRAL SEMIARID PRAIRIES' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18391,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_COMMENT,Litter traps are .179 m^2 with one trap in each of 60 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18392,GRP_AG_BIOMASS_TREE,AG_BIOMASS_COMMENT,Litter traps are .179 m^2 with one trap in each of 60 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18423,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_COMMENT,Litter traps are .179 m^2 with one trap in each of 60 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower at plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18424,GRP_AG_BIOMASS_TREE,AG_BIOMASS_COMMENT,Litter traps are .179 m^2 with one trap in each of 60 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower at plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18437,GRP_AG_LIT_BIOMASS,AG_LIT_BIOMASS_COMMENT,Litter does NOT include identifiable leaves, but includes leaf fragments, seeds, flowers, lichens and fine woody debris collected from litter traps.  Includes 16.2 <c2><b1> 50.3 of Quercus rubra acorns.,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18549,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_COMMENT,Litter traps are .264 m^2 with one trap in each of 60 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMB,234,45.5598,-84.7138,NA,18550,GRP_AG_BIOMASS_TREE,AG_BIOMASS_COMMENT,Litter traps are .264 m^2 with one trap in each of 60 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMd,239,45.5625,-84.6975,NA,18645,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_COMMENT,Litter traps are .264 m^2 with one - 3 traps in each of 21 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMd,239,45.5625,-84.6975,NA,18646,GRP_AG_BIOMASS_TREE,AG_BIOMASS_COMMENT,Litter traps are .264 m^2 with one - 3 traps in each of 21 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20011020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMd,239,45.5625,-84.6975,NA,18656,GRP_AG_BIOMASS_OTHER,AG_BIOMASS_COMMENT,Many of the Populus and all of the Betula trees girdled in 2008 had died by the 2010 census. Litter traps are .264 m^2 with one trap in each of 21 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20101020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-UMd,239,45.5625,-84.6975,NA,18657,GRP_AG_BIOMASS_TREE,AG_BIOMASS_COMMENT,Many of the Populus and all of the Betula trees girdled in 2008 had died by the 2010 census. Litter traps are .264 m^2 with one trap in each of 21 - 0.08 ha plots and 20 traps in a 1.13 ha plot with flux tower a plot center. Litter trap collection date is 20101020 <c2><b1> 20 d,5,NORTHERN FORESTS,5.2,MIXED WOOD SHIELD' in object 'BADM'
-  'US-WBW,283,35.9588,-84.2874,NA,23648,GRP_SOIL_CHEM,SOIL_CHEM_COMMENT,78.9 Mg C ha-<c2><b9>           'http://public.ornl.gov/ameriflux/Site_Info/siteInfo.cfm?KEYID=us.walker_branch.01,8,EASTERN TEMPERATE FORESTS,8.4,OZARK/OUACHITA-APPALACHIAN FORESTS' in object 'BADM'
-* checking data for ASCII and uncompressed saves ... WARNING
-  Warning: large data file saved inefficiently:
-                    size ASCII compress
-  soil_class.RData 117Kb FALSE     none
-  
-  Note: significantly better compression could be obtained
-        by using R CMD build --resave-data
-                   old_size new_size compress
-  soil_class.RData    117Kb     18Kb       xz
+* checking contents of ‘data’ directory ... OK
+* checking data for non-ASCII characters ... OK
+* checking LazyData ... OK
+* checking data for ASCII and uncompressed saves ... OK
 * checking examples ... OK
 * checking for unstated dependencies in ‘tests’ ... OK
 * checking tests ... SKIPPED
@@ -1074,7 +158,9 @@ Please remove it.
 * checking for detritus in the temp directory ... OK
 * DONE
 
-Status: 7 WARNINGs, 4 NOTEs
+Status: 2 WARNINGs, 2 NOTEs
 See
-  ‘/tmp/RtmpBGazJV/PEcAn.data.land.Rcheck/00check.log’
-for details.
\ No newline at end of file
+  ‘/private/var/folders/qx/l3bryh8517q2l91915lm37gh0000gn/T/RtmpRvBSpo/filef4d52d7f61d8/PEcAn.data.land.Rcheck/00check.log’
+for details.
+
+