20250624
12371600
1.0
FGDC CSDGM Metadata
FALSE
Rich_bg_ejscreen_full
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18.911720
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Projected
GCS_WGS_1984
Linear Unit: Meter (1.000000)
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20250903
10000900
20250903
10000900
dataset
Mark Corrales
U.S. Environmental Protection Agency, Office of the Administrator, Office of Policy
Regulatory Analyst
202-564-7493
1200 Pennsylvania Avenue, N.W.
Washington
DC
20460
corrales.mark@epa.gov
http://www.epa.gov/
20250903
ArcGIS Metadata
1.0
Mark Corrales
U.S. Environmental Protection Agency, Office of the Administrator, Office of Policy
Regulatory Analyst
202-564-7493
1200 Pennsylvania Avenue, N.W.
Washington
DC
20460
corrales.mark@epa.gov
http://www.epa.gov/
https://edg.epa.gov/data/Restricted/OP
http://gisint1.rtpnc.epa.gov/EJSCREEN
Enterprise Geodatabase Feature Class
Rich_bg_ejscreen_full
2015-04-09
U.S. Environmental Protection Agency, Headquarters
Washington, DC
US Environmental Protection Agency
EJSCREEN is an environmental justice (EJ) screening and mapping tool that provides EPA with a nationally consistent dataset and methodology for calculating "EJ indexes," which can be used for highlighting places that may be candidates for further review, analysis, or outreach as the agency develops programs, policies and other activities. The tool provides both summary and detailed information at the Census block group level or a user-defined area for both demographic and environmental indicators. The summary information is in the form of EJ Indexes which combine demographic information with a single environmental indicator (such as proximity to traffic) that can help identify communities living in areas with greater potential for environmental and health impacts. The tool also provides additional detailed demographic and environmental information to supplement screening analyses. EJSCREEN displays this information in color-coded maps, bar charts, and standard reports. Users should keep in mind that screening tools are subject to substantial uncertainty in their demographic and environmental data, particularly when looking at small geographic areas, such as Census block groups. Data on the full range of environmental impacts and demographic factors in any given location are almost certainly not available directly through this tool, and its initial results should be supplemented with additional information and local knowledge before making any judgments about potential areas of EJ concern. The National-scale Air Toxics Assessment (NATA) environmental indicators and EJ indexes, which include cancer risk, respiratory hazard, neurodevelopment hazard, and diesel particulate matter will be added into EJSCREEN during the first full public update after the soon-to-be-released 2011 dataset is made available. All NATA associated indicator and index elements are currently set to "Null".
Provide a nationally consistent environmental justice screening tool.
Mark Corrales
U.S. Environmental Protection Agency, Office of the Administrator, Office of Policy
Regulatory Analyst
202-564-7493
1200 Pennsylvania Avenue, N.W.
Washington
DC
20460
corrales.mark@epa.gov
http://www.epa.gov/
Vermont
Minnesota
New Jersey
Texas
Alabama
Wisconsin
Idaho
Virginia
South Carolina
Pennsylvania
Alaska
Missouri
Arkansas
Rhode Island
Tennessee
New Mexico
Utah
Wyoming
Oregon
Massachusetts
Kansas
California
Florida
Washington DC
Georgia
Mississippi
Nevada
Connecticut
New Hampshire
North Carolina
Maryland
Michigan
Illinois
Arizona
Delaware
Maine
Oklahoma
United States
Hawaii
Montana
Kentucky
Colorado
Washington
Nebraska
North Dakota
Iowa
New York
West Virginia
Louisiana
South Dakota
Indiana
Ohio
health
society
environment
ISO 19115 Topic Category
Environment
Health
Impact
Risk
Human
EPA GIS Keyword Thesaurus
Vermont
Minnesota
New Jersey
Texas
Environment
Alabama
health
Wisconsin
Health
Idaho
Virginia
South Carolina
Pennsylvania
Alaska
Missouri
Arkansas
Rhode Island
Tennessee
New Mexico
society
Utah
Wyoming
Oregon
Massachusetts
Kansas
California
Florida
Washington DC
Georgia
Mississippi
Nevada
Connecticut
New Hampshire
North Carolina
Maryland
Michigan
Illinois
Arizona
Delaware
Impact
Maine
environment
Risk
Oklahoma
United States
Hawaii
Montana
Kentucky
Colorado
Washington
Nebraska
North Dakota
Iowa
New York
Human
West Virginia
Louisiana
South Dakota
Indiana
Ohio
Although these data have been processed successfully on a computer system at the Environmental Protection Agency, no warranty expressed or implied is made regarding the accuracy or utility of the data on any other system or for general or scientific purposes, nor shall the act of distribution constitute any such warranty. It is also strongly recommended that careful attention be paid to the contents of the metadata file associated with these data to evaluate data set limitations, restrictions or intended use. The U.S. Environmental Protection Agency shall not be held liable for improper or incorrect use of the data described and/or contained herein.
Data Are unrestricted
FIPS Pub 199
Standard Technical Controls
Please check sources, scale, accuracy, currentness and other available information. Please confirm that you are using the most recent copy of both data and metadata. Acknowledgement of the EPA would be appreciated.
-124.115878
-119.652128
44.135433
47.088954
Varies based on input data sources
2015-04-09
The EJSCREEN Block Group Data is built from a number of sources. They are described fully in the technical document “EJSCREEN Data Processing 2014 Datasets” from September 2014. The data sources for EJSCREEN are: Spatial Data Source Census Bureau’s TIGER/Line 2012 block group boundaries for the 50 states and District of Columbia. The 2012 TIGER is required for use with the 2008-2012 ACS 5-year Summary datasets. The spatial dataset contains 217,739 block groups. Block group ID’s, state names and state abbreviations were added from Census data, and EPA Regions are also assigned based on the state. Demographic Factors Source Census Bureau’s 2008-2012 American Community Survey (ACS) 5-year Summary datasets. The demographic factors are pulled ACS block group level tables. Six demographic indicators are derived from these ACS inputs (% minority; % low income; % linguistically isolated; % less than high school education; % under age 5; % over age 64) These indicators are used to create six Demographic Indexes (demographic index –(% minority + %low income)/2; supplementary demographic index—(% minority + % low income + % linguistically isolated + % less than high school education + % under age 5 + % over age 64) /6; demographic index by count--–(% minority + %low income)/2 * total pop; supplementary demographic index by count—(% minority + % low income + % linguistically isolated + % less than high school education + % under age 5 + % over age 64) /6 * total pop; excess demographic index—(excess minority + excess low income) / 2; excess supplementary demographic index—(excess minority + excess low income + excess linguistically isolated + excess less than high school education + excess under age 5 + excess over age 64) / 6). The excess values are the different the block group value and the associated national mean. Each demographic index is multiplied by the environmental indicators listed in the paragraphs below to produce 6 EJ indexes for each environmental indicator. NATA Source The National-scale Air Toxics Assessment (NATA) environmental indicators and EJ indexes, which include cancer risk, respiratory hazard, neurodevelopment hazard, and diesel particulate matter will be added into EJSCREEN during the first full public update after the soon-to-be-released 2011 dataset is made available. Traffic Proximity Highway segments from the Highway Performance Monitoring System (HPMS) lines from the 2011 National Transportation Atlas Database, US Department of Transportation. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and highway segments. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. Lead Paint Indicator Source The Lead paint indicator is “Percent Houses Built before 1960.” The indicator is derived from the ACS 2008-2012 5-year Summary block group level housing age table. Superfund Site (NPL) Proximity Final and proposed NPL sites are from the November 11, 2013 CERCLIS Public Access Database (CPAD). Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. Risk Management Plans (RMP) Facility Proximity RMP facilities are provided by EPA, February 2014. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. Treatment, Storage, and Disposal (TSDF) Facility Proximity TSDF Facilities are provided by EPA, February 2014. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. Water Discharger Facility Proximity NPDES “Major” dischargers are extracted from Envirofacts database, February 2014. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. NAA Ozone and PM 2.5 Concentrations NAA concentrations are provided by EPA, OAQPS January 2015. The source data is by 2010 Census tract. This data is remapped to 2012 tracts by use of a tracts change lookup table. The resulting 2012 tract input is then assigned to 2012 block groups. The tract values are repeated for each child block group. In addition to generating EJ indexes for each environmental indicator described above, further processing was performed to create table elements for reporting, query and statistical analysis. The additional processing steps include creating percentiles, bins (grouping percentiles from 0 to 100), and text descriptions of indicators and indexes. Risk Management Plans (RMP) Facility Proximity—provided by EPA, February 2014. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. Treatment, Storage, and Disposal (TSDF) Facility Proximity—provided by EPA, February 2014. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. Water Discharger Facility Proximity—NPDES “Major” dischargers extracted from Envirofacts database, February 2014. Proximity scores are calculated by assigning distance weighted scores to 2010 Census blocks (distance between block centroids and facilities. The results are assigned to 2012 block groups through population weighted 2010 block to 2012 block group assignments. NAA Ozone and PM 2.5 Concentrations—provided by EPA, OAQPS January 2015. The source data is by 2010 Census tract. This data is remapped to 2012 tracts by use of a tracts change lookup table. The resulting 2012 tract input is then assigned to 2012 block groups. The tract values are repeated for each child block group. In addition to generating EJ indexes for each environmental indicator described above, further processing was performed to create table elements for reporting, query and statistical analysis. The additional processing steps include creating percentiles, bins (grouping percentiles from 0 to 100), and text descriptions of indicators and indexes.
Esri ArcGIS 13.4.0.55405
1
-179.147330
-66.950130
71.389610
18.911720
20190409
Tests for integrity have not been performed.
Features represented have not been tested for completeness
Data were collected using methods that have unknown accuracy (EPA National Geospatial Data Policy [NGDP] Accuracy Tier 10). For more information, please see EPA's NGDP at http://epa.gov/geospatial/policies.html
All NATA elements set to NULL. DSLPM, CANCER, NEURO, and RESP indicators plus associated EJ Indexes, percetiles, bins and text descriptions. The table structure is maintained for future inclusion of new NATA data. The National-scale Air Toxics Assessment (NATA) environmental indicators and EJ indexes, which include cancer risk, respiratory hazard, neurodevelopment hazard, and diesel particulate matter will be added into EJSCREEN during the first full public update after the soon-to-be-released 2011 dataset is made available.
2015-04-01
Rerun of NPL and NAA element. NPL proximity process rerun with additional sites after coordinate errors were fixed. EPA provided updated Ozone and PM 2.5 concentrations (by 2010 tracts).
2015-01-01
EJSCREEN rebuild utilizing TIGER/Line 2012 block groups and Census 2008-2012 American Community Survey (ACS) 5-year Summary data.
2014-07-01
NAA processing redone to correct a problem with 2012 block group assignments.
2015-03-01
EPSG
6.18.3(9.3.1.2)
Rich_bg_ejscreen_full
EJScreen database of all attributes used in web-based tool.
USEPA
Feature Class
0
OBJECTID
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
OBJECTID
OID
4
10
0
Shape
Feature geometry.
Esri
Coordinates defining the features.
Shape
Geometry
8
0
0
NAME
NAME
String
13
0
0
ID
Census block group code
USEPA
numeric value
ID
String
12
0
0
STATE_NAME
State name
USEPA
US state and territory names.
State Name
String
20
0
0
TOTPOP_CY
2015 Total Population
Integer
4
10
0
POPDENS_CY
2015 Population Density
Double
8
38
8
EJScreen_Full_OBJECTID
OBJECTID
Integer
4
10
0
EJScreen_Full_ID
Blockgroup ID
String
12
0
0
EJScreen_Full_ACSTOTPOP
Total Population (ACS)
Integer
4
10
0
EJScreen_Full_ACSIPOVBAS
ACSIPOVBAS
Integer
4
10
0
EJScreen_Full_ACSEDUCBAS
ACSEDUCBAS
Integer
4
10
0
EJScreen_Full_ACSTOTHH
ACSTOTHH
Integer
4
10
0
EJScreen_Full_ACSTOTHU
ACSTOTHU
Integer
4
10
0
EJScreen_Full_MINORPOP
MINORPOP
Integer
4
10
0
EJScreen_Full_MINORPCT
MINORPCT
Double
8
38
8
EJScreen_Full_LOWINCOME
LOWINCOME
Integer
4
10
0
EJScreen_Full_LOWINCPCT
LOWINCPCT
Double
8
38
8
EJScreen_Full_LESSHS
LESSHS
Integer
4
10
0
EJScreen_Full_LESSHSPCT
LESSHSPCT
Double
8
38
8
EJScreen_Full_LINGISO
LINGISO
Integer
4
10
0
EJScreen_Full_LINGISOPCT
LINGISOPCT
Double
8
38
8
EJScreen_Full_UNDER5
UNDER5
Integer
4
10
0
EJScreen_Full_UNDER5PCT
UNDER5PCT
Double
8
38
8
EJScreen_Full_OVER64
OVER64
Integer
4
10
0
EJScreen_Full_OVER64PCT
OVER64PCT
Double
8
38
8
EJScreen_Full_PRE1960
PRE1960
Integer
4
10
0
EJScreen_Full_PRE1960PCT
PRE1960PCT
Double
8
38
8
EJScreen_Full_VULEOPCT
VULEOPCT
Double
8
38
8
EJScreen_Full_VULSVI6PCT
VULSVI6PCT
Double
8
38
8
EJScreen_Full_VULEO
VULEO
Double
8
38
8
EJScreen_Full_VULSVI6
VULSVI6
Double
8
38
8
EJScreen_Full_DISPEO
DISPEO
Double
8
38
8
EJScreen_Full_DISPSVI6
DISPSVI6
Double
8
38
8
EJScreen_Full_DSLPM
TOTAL_DSLPM
Double
8
38
8
EJScreen_Full_CANCER
TOTAL_CANCER_PER_MIL
Double
8
38
8
EJScreen_Full_RESP
TOTAL_RESP
Double
8
38
8
EJScreen_Full_NEURO
TOTAL_NEURO
Double
8
38
8
EJScreen_Full_PTRAF
PTRAF
Double
8
38
8
EJScreen_Full_PWDIS
NPDES_Score
Double
8
38
8
EJScreen_Full_PNPL
NPL_Score
Double
8
38
8
EJScreen_Full_PRMP
RMP_Score
Double
8
38
8
EJScreen_Full_PTSDF
TSDF_Score
Double
8
38
8
EJScreen_Full_OZONE
OZONE
Double
8
38
8
EJScreen_Full_PM25
PM25
Double
8
38
8
EJScreen_Full_STATE_NAME
State Name
String
20
0
0
EJScreen_Full_ST_ABBREV
State
String
2
0
0
EJScreen_Full_REGION
REGION
SmallInteger
2
5
0
EJScreen_Full_D_LDPNT_2
D_LDPNT_2
Double
8
38
8
EJScreen_Full_LDPNT_D6
LDPNT_D6
Double
8
38
8
EJScreen_Full_LDPNT_B2
LDPNT_B2
Double
8
38
8
EJScreen_Full_LDPNT_B6
LDPNT_B6
Double
8
38
8
EJScreen_Full_LDPNT_P2
LDPNT_P2
Double
8
38
8
EJScreen_Full_LDPNT_P6
LDPNT_P6
Double
8
38
8
EJScreen_Full_D_DSLPM_2
D_DSLPM_2
Double
8
38
8
EJScreen_Full_DSLPM_D6
DSLPM_D6
Double
8
38
8
EJScreen_Full_DSLPM_B2
DSLPM_B2
Double
8
38
8
EJScreen_Full_DSLPM_B6
DSLPM_B6
Double
8
38
8
EJScreen_Full_DSLPM_P2
DSLPM_P2
Double
8
38
8
EJScreen_Full_DSLPM_P6
DSLPM_P6
Double
8
38
8
EJScreen_Full_D_CANCR_2
D_CANCR_2
Double
8
38
8
EJScreen_Full_CANCR_D6
CANCR_D6
Double
8
38
8
EJScreen_Full_CANCR_B2
CANCR_B2
Double
8
38
8
EJScreen_Full_CANCR_B6
CANCR_B6
Double
8
38
8
EJScreen_Full_CANCR_P2
CANCR_P2
Double
8
38
8
EJScreen_Full_CANCR_P6
CANCR_P6
Double
8
38
8
EJScreen_Full_D_RESP_2
D_RESP_2
Double
8
38
8
EJScreen_Full_RESP_D6
RESP_D6
Double
8
38
8
EJScreen_Full_RESP_B2
RESP_B2
Double
8
38
8
EJScreen_Full_RESP_B6
RESP_B6
Double
8
38
8
EJScreen_Full_RESP_P2
RESP_P2
Double
8
38
8
EJScreen_Full_RESP_P6
RESP_P6
Double
8
38
8
EJScreen_Full_D_NEURO_2
D_NEURO_2
Double
8
38
8
EJScreen_Full_NEURO_D6
NEURO_D6
Double
8
38
8
EJScreen_Full_NEURO_B2
NEURO_B2
Double
8
38
8
EJScreen_Full_NEURO_B6
NEURO_B6
Double
8
38
8
EJScreen_Full_NEURO_P2
NEURO_P2
Double
8
38
8
EJScreen_Full_NEURO_P6
NEURO_P6
Double
8
38
8
EJScreen_Full_D_PTRAF_2
D_PTRAF_2
Double
8
38
8
EJScreen_Full_PTRAF_D6
PTRAF_D6
Double
8
38
8
EJScreen_Full_PTRAF_B2
PTRAF_B2
Double
8
38
8
EJScreen_Full_PTRAF_B6
PTRAF_B6
Double
8
38
8
EJScreen_Full_PTRAF_P2
PTRAF_P2
Double
8
38
8
EJScreen_Full_PTRAF_P6
PTRAF_P6
Double
8
38
8
EJScreen_Full_D_PWDIS_2
D_PWDIS_2
Double
8
38
8
EJScreen_Full_PWDIS_D6
PWDIS_D6
Double
8
38
8
EJScreen_Full_PWDIS_B2
PWDIS_B2
Double
8
38
8
EJScreen_Full_PWDIS_B6
PWDIS_B6
Double
8
38
8
EJScreen_Full_PWDIS_P2
PWDIS_P2
Double
8
38
8
EJScreen_Full_PWDIS_P6
PWDIS_P6
Double
8
38
8
EJScreen_Full_D_PNPL_2
D_PNPL_2
Double
8
38
8
EJScreen_Full_PNPL_D6
PNPL_D6
Double
8
38
8
EJScreen_Full_PNPL_B2
PNPL_B2
Double
8
38
8
EJScreen_Full_PNPL_B6
PNPL_B6
Double
8
38
8
EJScreen_Full_PNPL_P2
PNPL_P2
Double
8
38
8
EJScreen_Full_PNPL_P6
PNPL_P6
Double
8
38
8
EJScreen_Full_D_PRMP_2
D_PRMP_2
Double
8
38
8
EJScreen_Full_PRMP_D6
PRMP_D6
Double
8
38
8
EJScreen_Full_PRMP_B2
PRMP_B2
Double
8
38
8
EJScreen_Full_PRMP_B6
PRMP_B6
Double
8
38
8
EJScreen_Full_PRMP_P2
PRMP_P2
Double
8
38
8
EJScreen_Full_PRMP_P6
PRMP_P6
Double
8
38
8
EJScreen_Full_D_PTSDF_2
D_PTSDF_2
Double
8
38
8
EJScreen_Full_PTSDF_D6
PTSDF_D6
Double
8
38
8
EJScreen_Full_PTSDF_B2
PTSDF_B2
Double
8
38
8
EJScreen_Full_PTSDF_B6
PTSDF_B6
Double
8
38
8
EJScreen_Full_PTSDF_P2
PTSDF_P2
Double
8
38
8
EJScreen_Full_PTSDF_P6
PTSDF_P6
Double
8
38
8
EJScreen_Full_D_OZONE_2
D_OZONE_2
Double
8
38
8
EJScreen_Full_OZONE_D6
OZONE_D6
Double
8
38
8
EJScreen_Full_OZONE_B2
OZONE_B2
Double
8
38
8
EJScreen_Full_OZONE_B6
OZONE_B6
Double
8
38
8
EJScreen_Full_OZONE_P2
OZONE_P2
Double
8
38
8
EJScreen_Full_OZONE_P6
OZONE_P6
Double
8
38
8
EJScreen_Full_D_PM25_2
D_PM25_2
Double
8
38
8
EJScreen_Full_PM25_D6
PM25_D6
Double
8
38
8
EJScreen_Full_PM25_B2
PM25_B2
Double
8
38
8
EJScreen_Full_PM25_B6
PM25_B6
Double
8
38
8
EJScreen_Full_PM25_P2
PM25_P2
Double
8
38
8
EJScreen_Full_PM25_P6
PM25_P6
Double
8
38
8
EJScreen_Full_P_MINORPCT
P_MINORPCT
Double
8
38
8
EJScreen_Full_P_LWINCPCT
P_LWINCPCT
Double
8
38
8
EJScreen_Full_P_LESHSPCT
P_LESHSPCT
Double
8
38
8
EJScreen_Full_P_LNGISPCT
P_LNGISPCT
Double
8
38
8
EJScreen_Full_P_UNDR5PCT
P_UNDR5PCT
Double
8
38
8
EJScreen_Full_P_OVR64PCT
P_OVR64PCT
Double
8
38
8
EJScreen_Full_P_LDPNT
P_LDPNT
Double
8
38
8
EJScreen_Full_P_VULEOPCT
P_VULEOPCT
Double
8
38
8
EJScreen_Full_P_VSVI6PCT
P_VSVI6PCT
Double
8
38
8
EJScreen_Full_P_DSLPM
P_DSLPM
Double
8
38
8
EJScreen_Full_P_CANCR
P_CANCR
Double
8
38
8
EJScreen_Full_P_RESP
P_RESP
Double
8
38
8
EJScreen_Full_P_NEURO
P_NEURO
Double
8
38
8
EJScreen_Full_P_PTRAF
P_PTRAF
Double
8
38
8
EJScreen_Full_P_PWDIS
P_PWDIS
Double
8
38
8
EJScreen_Full_P_PNPL
P_PNPL
Double
8
38
8
EJScreen_Full_P_PRMP
P_PRMP
Double
8
38
8
EJScreen_Full_P_PTSDF
P_PTSDF
Double
8
38
8
EJScreen_Full_P_OZONE
P_OZONE
Double
8
38
8
EJScreen_Full_P_PM25
P_PM25
Double
8
38
8
EJScreen_Full_P_LDPNT_D2
P_D_LDPNT_2
Double
8
38
8
EJScreen_Full_P_LDPNT_D6
P_LDPNT_D6
Double
8
38
8
EJScreen_Full_P_LDPNT_B2
P_LDPNT_B2
Double
8
38
8
EJScreen_Full_P_LDPNT_B6
P_LDPNT_B6
Double
8
38
8
EJScreen_Full_P_LDPNT_P2
P_LDPNT_P2
Double
8
38
8
EJScreen_Full_P_LDPNT_P6
P_LDPNT_P6
Double
8
38
8
EJScreen_Full_P_DSLPM_D2
P_D_DSLPM_2
Double
8
38
8
EJScreen_Full_P_DSLPM_D6
P_DSLPM_D6
Double
8
38
8
EJScreen_Full_P_DSLPM_B2
P_DSLPM_B2
Double
8
38
8
EJScreen_Full_P_DSLPM_B6
P_DSLPM_B6
Double
8
38
8
EJScreen_Full_P_DSLPM_P2
P_DSLPM_P2
Double
8
38
8
EJScreen_Full_P_DSLPM_P6
P_DSLPM_P6
Double
8
38
8
EJScreen_Full_P_CANCR_D2
P_D_CANCR_2
Double
8
38
8
EJScreen_Full_P_CANCR_D6
P_CANCR_D6
Double
8
38
8
EJScreen_Full_P_CANCR_B2
P_CANCR_B2
Double
8
38
8
EJScreen_Full_P_CANCR_B6
P_CANCR_B6
Double
8
38
8
EJScreen_Full_P_CANCR_P2
P_CANCR_P2
Double
8
38
8
EJScreen_Full_P_CANCR_P6
P_CANCR_P6
Double
8
38
8
EJScreen_Full_P_RESP_D2
P_D_RESP_2
Double
8
38
8
EJScreen_Full_P_RESP_D6
P_RESP_D6
Double
8
38
8
EJScreen_Full_P_RESP_B2
P_RESP_B2
Double
8
38
8
EJScreen_Full_P_RESP_B6
P_RESP_B6
Double
8
38
8
EJScreen_Full_P_RESP_P2
P_RESP_P2
Double
8
38
8
EJScreen_Full_P_RESP_P6
P_RESP_P6
Double
8
38
8
EJScreen_Full_P_NEURO_D2
P_D_NEURO_2
Double
8
38
8
EJScreen_Full_P_NEURO_D6
P_NEURO_D6
Double
8
38
8
EJScreen_Full_P_NEURO_B2
P_NEURO_B2
Double
8
38
8
EJScreen_Full_P_NEURO_B6
P_NEURO_B6
Double
8
38
8
EJScreen_Full_P_NEURO_P2
P_NEURO_P2
Double
8
38
8
EJScreen_Full_P_NEURO_P6
P_NEURO_P6
Double
8
38
8
EJScreen_Full_P_PTRAF_D2
P_D_PTRAF_2
Double
8
38
8
EJScreen_Full_P_PTRAF_D6
P_PTRAF_D6
Double
8
38
8
EJScreen_Full_P_PTRAF_B2
P_PTRAF_B2
Double
8
38
8
EJScreen_Full_P_PTRAF_B6
P_PTRAF_B6
Double
8
38
8
EJScreen_Full_P_PTRAF_P2
P_PTRAF_P2
Double
8
38
8
EJScreen_Full_P_PTRAF_P6
P_PTRAF_P6
Double
8
38
8
EJScreen_Full_P_PWDIS_D2
P_D_PWDIS_2
Double
8
38
8
EJScreen_Full_P_PWDIS_D6
P_PWDIS_D6
Double
8
38
8
EJScreen_Full_P_PWDIS_B2
P_PWDIS_B2
Double
8
38
8
EJScreen_Full_P_PWDIS_B6
P_PWDIS_B6
Double
8
38
8
EJScreen_Full_P_PWDIS_P2
P_PWDIS_P2
Double
8
38
8
EJScreen_Full_P_PWDIS_P6
P_PWDIS_P6
Double
8
38
8
EJScreen_Full_P_PNPL_D2
P_D_PNPL_2
Double
8
38
8
EJScreen_Full_P_PNPL_D6
P_PNPL_D6
Double
8
38
8
EJScreen_Full_P_PNPL_B2
P_PNPL_B2
Double
8
38
8
EJScreen_Full_P_PNPL_B6
P_PNPL_B6
Double
8
38
8
EJScreen_Full_P_PNPL_P2
P_PNPL_P2
Double
8
38
8
EJScreen_Full_P_PNPL_P6
P_PNPL_P6
Double
8
38
8
EJScreen_Full_P_PRMP_D2
P_D_PRMP_2
Double
8
38
8
EJScreen_Full_P_PRMP_D6
P_PRMP_D6
Double
8
38
8
EJScreen_Full_P_PRMP_B2
P_PRMP_B2
Double
8
38
8
EJScreen_Full_P_PRMP_B6
P_PRMP_B6
Double
8
38
8
EJScreen_Full_P_PRMP_P2
P_PRMP_P2
Double
8
38
8
EJScreen_Full_P_PRMP_P6
P_PRMP_P6
Double
8
38
8
EJScreen_Full_P_PTSDF_D2
P_D_PTSDF_2
Double
8
38
8
EJScreen_Full_P_PTSDF_D6
P_PTSDF_D6
Double
8
38
8
EJScreen_Full_P_PTSDF_B2
P_PTSDF_B2
Double
8
38
8
EJScreen_Full_P_PTSDF_B6
P_PTSDF_B6
Double
8
38
8
EJScreen_Full_P_PTSDF_P2
P_PTSDF_P2
Double
8
38
8
EJScreen_Full_P_PTSDF_P6
P_PTSDF_P6
Double
8
38
8
EJScreen_Full_P_OZONE_D2
P_D_OZONE_2
Double
8
38
8
EJScreen_Full_P_OZONE_D6
P_OZONE_D6
Double
8
38
8
EJScreen_Full_P_OZONE_B2
P_OZONE_B2
Double
8
38
8
EJScreen_Full_P_OZONE_B6
P_OZONE_B6
Double
8
38
8
EJScreen_Full_P_OZONE_P2
P_OZONE_P2
Double
8
38
8
EJScreen_Full_P_OZONE_P6
P_OZONE_P6
Double
8
38
8
EJScreen_Full_P_PM25_D2
P_D_PM25_2
Double
8
38
8
EJScreen_Full_P_PM25_D6
P_PM25_D6
Double
8
38
8
EJScreen_Full_P_PM25_B2
P_PM25_B2
Double
8
38
8
EJScreen_Full_P_PM25_B6
P_PM25_B6
Double
8
38
8
EJScreen_Full_P_PM25_P2
P_PM25_P2
Double
8
38
8
EJScreen_Full_P_PM25_P6
P_PM25_P6
Double
8
38
8
EJScreen_Full_B_MINORPCT
B_MINORPCT
Double
8
38
8
EJScreen_Full_B_LWINCPCT
B_LWINCPCT
Double
8
38
8
EJScreen_Full_B_LESHSPCT
B_LESHSPCT
Double
8
38
8
EJScreen_Full_B_LNGISPCT
B_LNGISPCT
Double
8
38
8
EJScreen_Full_B_UNDR5PCT
B_UNDR5PCT
Double
8
38
8
EJScreen_Full_B_OVR64PCT
B_OVR64PCT
Double
8
38
8
EJScreen_Full_B_LDPNT
B_LDPNT
Double
8
38
8
EJScreen_Full_B_VULEOPCT
B_VULEOPCT
Double
8
38
8
EJScreen_Full_B_VSVI6PCT
B_VSVI6PCT
Double
8
38
8
EJScreen_Full_B_DSLPM
B_DSLPM
Double
8
38
8
EJScreen_Full_B_CANCR
B_CANCR
Double
8
38
8
EJScreen_Full_B_RESP
B_RESP
Double
8
38
8
EJScreen_Full_B_NEURO
B_NEURO
Double
8
38
8
EJScreen_Full_B_PTRAF
B_PTRAF
Double
8
38
8
EJScreen_Full_B_PWDIS
B_PWDIS
Double
8
38
8
EJScreen_Full_B_PNPL
B_PNPL
Double
8
38
8
EJScreen_Full_B_PRMP
B_PRMP
Double
8
38
8
EJScreen_Full_B_PTSDF
B_PTSDF
Double
8
38
8
EJScreen_Full_B_OZONE
B_OZONE
Double
8
38
8
EJScreen_Full_B_PM25
B_PM25
Double
8
38
8
EJScreen_Full_B_LDPNT_D2
B_D_LDPNT_2
Double
8
38
8
EJScreen_Full_B_LDPNT_D6
B_LDPNT_D6
Double
8
38
8
EJScreen_Full_B_LDPNT_B2
B_LDPNT_B2
Double
8
38
8
EJScreen_Full_B_LDPNT_B6
B_LDPNT_B6
Double
8
38
8
EJScreen_Full_B_LDPNT_P2
B_LDPNT_P2
Double
8
38
8
EJScreen_Full_B_LDPNT_P6
B_LDPNT_P6
Double
8
38
8
EJScreen_Full_B_DSLPM_D2
B_D_DSLPM_2
Double
8
38
8
EJScreen_Full_B_DSLPM_D6
B_DSLPM_D6
Double
8
38
8
EJScreen_Full_B_DSLPM_B2
B_DSLPM_B2
Double
8
38
8
EJScreen_Full_B_DSLPM_B6
B_DSLPM_B6
Double
8
38
8
EJScreen_Full_B_DSLPM_P2
B_DSLPM_P2
Double
8
38
8
EJScreen_Full_B_DSLPM_P6
B_DSLPM_P6
Double
8
38
8
EJScreen_Full_B_CANCR_D2
B_D_CANCR_2
Double
8
38
8
EJScreen_Full_B_CANCR_D6
B_CANCR_D6
Double
8
38
8
EJScreen_Full_B_CANCR_B2
B_CANCR_B2
Double
8
38
8
EJScreen_Full_B_CANCR_B6
B_CANCR_B6
Double
8
38
8
EJScreen_Full_B_CANCR_P2
B_CANCR_P2
Double
8
38
8
EJScreen_Full_B_CANCR_P6
B_CANCR_P6
Double
8
38
8
EJScreen_Full_B_RESP_D2
B_D_RESP_2
Double
8
38
8
EJScreen_Full_B_RESP_D6
B_RESP_D6
Double
8
38
8
EJScreen_Full_B_RESP_B2
B_RESP_B2
Double
8
38
8
EJScreen_Full_B_RESP_B6
B_RESP_B6
Double
8
38
8
EJScreen_Full_B_RESP_P2
B_RESP_P2
Double
8
38
8
EJScreen_Full_B_RESP_P6
B_RESP_P6
Double
8
38
8
EJScreen_Full_B_NEURO_D2
B_D_NEURO_2
Double
8
38
8
EJScreen_Full_B_NEURO_D6
B_NEURO_D6
Double
8
38
8
EJScreen_Full_B_NEURO_B2
B_NEURO_B2
Double
8
38
8
EJScreen_Full_B_NEURO_B6
B_NEURO_B6
Double
8
38
8
EJScreen_Full_B_NEURO_P2
B_NEURO_P2
Double
8
38
8
EJScreen_Full_B_NEURO_P6
B_NEURO_P6
Double
8
38
8
EJScreen_Full_B_PTRAF_D2
B_D_PTRAF_2
Double
8
38
8
EJScreen_Full_B_PTRAF_D6
B_PTRAF_D6
Double
8
38
8
EJScreen_Full_B_PTRAF_B2
B_PTRAF_B2
Double
8
38
8
EJScreen_Full_B_PTRAF_B6
B_PTRAF_B6
Double
8
38
8
EJScreen_Full_B_PTRAF_P2
B_PTRAF_P2
Double
8
38
8
EJScreen_Full_B_PTRAF_P6
B_PTRAF_P6
Double
8
38
8
EJScreen_Full_B_PWDIS_D2
B_D_PWDIS_2
Double
8
38
8
EJScreen_Full_B_PWDIS_D6
B_PWDIS_D6
Double
8
38
8
EJScreen_Full_B_PWDIS_B2
B_PWDIS_B2
Double
8
38
8
EJScreen_Full_B_PWDIS_B6
B_PWDIS_B6
Double
8
38
8
EJScreen_Full_B_PWDIS_P2
B_PWDIS_P2
Double
8
38
8
EJScreen_Full_B_PWDIS_P6
B_PWDIS_P6
Double
8
38
8
EJScreen_Full_B_PNPL_D2
B_D_PNPL_2
Double
8
38
8
EJScreen_Full_B_PNPL_D6
B_PNPL_D6
Double
8
38
8
EJScreen_Full_B_PNPL_B2
B_PNPL_B2
Double
8
38
8
EJScreen_Full_B_PNPL_B6
B_PNPL_B6
Double
8
38
8
EJScreen_Full_B_PNPL_P2
B_PNPL_P2
Double
8
38
8
EJScreen_Full_B_PNPL_P6
B_PNPL_P6
Double
8
38
8
EJScreen_Full_B_PRMP_D2
B_D_PRMP_2
Double
8
38
8
EJScreen_Full_B_PRMP_D6
B_PRMP_D6
Double
8
38
8
EJScreen_Full_B_PRMP_B2
B_PRMP_B2
Double
8
38
8
EJScreen_Full_B_PRMP_B6
B_PRMP_B6
Double
8
38
8
EJScreen_Full_B_PRMP_P2
B_PRMP_P2
Double
8
38
8
EJScreen_Full_B_PRMP_P6
B_PRMP_P6
Double
8
38
8
EJScreen_Full_B_PTSDF_D2
B_D_PTSDF_2
Double
8
38
8
EJScreen_Full_B_PTSDF_D6
B_PTSDF_D6
Double
8
38
8
EJScreen_Full_B_PTSDF_B2
B_PTSDF_B2
Double
8
38
8
EJScreen_Full_B_PTSDF_B6
B_PTSDF_B6
Double
8
38
8
EJScreen_Full_B_PTSDF_P2
B_PTSDF_P2
Double
8
38
8
EJScreen_Full_B_PTSDF_P6
B_PTSDF_P6
Double
8
38
8
EJScreen_Full_B_OZONE_D2
B_D_OZONE_2
Double
8
38
8
EJScreen_Full_B_OZONE_D6
B_OZONE_D6
Double
8
38
8
EJScreen_Full_B_OZONE_B2
B_OZONE_B2
Double
8
38
8
EJScreen_Full_B_OZONE_B6
B_OZONE_B6
Double
8
38
8
EJScreen_Full_B_OZONE_P2
B_OZONE_P2
Double
8
38
8
EJScreen_Full_B_OZONE_P6
B_OZONE_P6
Double
8
38
8
EJScreen_Full_B_PM25_D2
B_D_PM25_2
Double
8
38
8
EJScreen_Full_B_PM25_D6
B_PM25_D6
Double
8
38
8
EJScreen_Full_B_PM25_B2
B_PM25_B2
Double
8
38
8
EJScreen_Full_B_PM25_B6
B_PM25_B6
Double
8
38
8
EJScreen_Full_B_PM25_P2
B_PM25_P2
Double
8
38
8
EJScreen_Full_B_PM25_P6
B_PM25_P6
Double
8
38
8
EJScreen_Full_T_MINORPCT
% minority
String
20
0
0
EJScreen_Full_T_LWINCPCT
% low income
String
20
0
0
EJScreen_Full_T_LESHSPCT
% less than high school
String
20
0
0
EJScreen_Full_T_LNGISPCT
% linguistic isolation
String
20
0
0
EJScreen_Full_T_UNDR5PCT
% under age 5
String
20
0
0
EJScreen_Full_T_OVR64PCT
% over age 64
String
20
0
0
EJScreen_Full_T_VULEOPCT
Demographic Index
String
20
0
0
EJScreen_Full_T_VSVI6PCT
Supplementary Demographic Index
String
20
0
0
EJScreen_Full_T_LDPNT
Lead Paint
String
50
0
0
EJScreen_Full_T_LDPNT_D2
EJ Index: Lead Paint Indicator (%ile)
String
10
0
0
EJScreen_Full_T_LDPNT_D6
EJ Index with Supplementary Demographics: Lead Paint Indicator (%ile)
String
10
0
0
EJScreen_Full_T_LDPNT_B2
Supplementary EJ Index 1 with Demographics: Lead Paint Indicator (%ile)
String
10
0
0
EJScreen_Full_T_LDPNT_B6
Supplementary EJ Index 1 with Supplementary Demographics: Lead Paint Indicator (%ile)
String
10
0
0
EJScreen_Full_T_LDPNT_P2
Supplementary EJ Index 2 with Demographics: Lead Paint Indicator (%ile)
String
10
0
0
EJScreen_Full_T_LDPNT_P6
Supplementary EJ Index 2 with Supplementary Demographics: Lead Paint Indicator (%ile)
String
10
0
0
EJScreen_Full_T_DSLPM
Diesel PM
String
50
0
0
EJScreen_Full_T_DSLPM_D2
EJ Index: Diesel PM Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_DSLPM_D6
EJ Index with Supplementary Demographics: Diesel PM Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_DSLPM_B2
Supplementary EJ Index 1 with Demographics: Diesel PM Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_DSLPM_B6
Supplementary EJ Index 1 with Supplementary Demographics: Diesel PM Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_DSLPM_P2
Supplementary EJ Index 2 with Demographics: Diesel PM Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_DSLPM_P6
Supplementary EJ Index 2 with Supplementary Demographics: Diesel PM Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_CANCR
Cancer Risk
String
50
0
0
EJScreen_Full_T_CANCR_D2
EJ Index: Air Toxics Cancer Risk (%ile)
String
10
0
0
EJScreen_Full_T_CANCR_D6
EJ Index with Supplementary Demographics: Air Toxics Cancer Risk (%ile)
String
10
0
0
EJScreen_Full_T_CANCR_B2
Supplementary EJ Index 1 with Demographics: Air Toxics Cancer Risk (%ile)
String
10
0
0
EJScreen_Full_T_CANCR_B6
Supplementary EJ Index 1 with Supplementary Demographics: Air Toxics Cancer Risk (%ile)
String
10
0
0
EJScreen_Full_T_CANCR_P2
Supplementary EJ Index 2 with Demographics: Air Toxics Cancer Risk (%ile)
String
10
0
0
EJScreen_Full_T_CANCR_P6
Supplementary EJ Index 2 with Supplementary Demographics: Air Toxics Cancer Risk (%ile)
String
10
0
0
EJScreen_Full_T_RESP
Respiratory Hazard Index
String
50
0
0
EJScreen_Full_T_RESP_D2
EJ Index: Air Toxics Respiratory Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_RESP_D6
EJ Index with Supplementary Demographics: Air Toxics Respiratory Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_RESP_B2
Supplementary EJ Index 1 with Demographics: Air Toxics Respiratory Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_RESP_B6
Supplementary EJ Index 1 with Supplementary Demographics: Air Toxics Respiratory Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_RESP_P2
Supplementary EJ Index 2 with Demographics: Air Toxics Respiratory Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_RESP_P6
Supplementary EJ Index 2 with Supplementary Demographics: Air Toxics Respiratory Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_NEURO
Neurological Hazard Index
String
50
0
0
EJScreen_Full_T_NEURO_D2
EJ Index: Air Toxics Neurological Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_NEURO_D6
EJ Index with Supplementary Demographics: Air Toxics Neurological Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_NEURO_B2
Supplementary EJ Index 1 with Demographics: Air Toxics Neurological Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_NEURO_B6
Supplementary EJ Index 1 with Supplementary Demographics: Air Toxics Neurological Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_NEURO_P2
Supplementary EJ Index 2 with Demographics: Air Toxics Neurological Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_NEURO_P6
Supplementary EJ Index 2 with Supplementary Demographics: Air Toxics Neurological Hazard Index (%ile)
String
10
0
0
EJScreen_Full_T_PTRAF
Traffic Proximity
String
50
0
0
EJScreen_Full_T_PTRAF_D2
EJ Index: Traffic Proximity and Volume (%ile)
String
10
0
0
EJScreen_Full_T_PTRAF_D6
EJ Index with Supplementary Demographics: Traffic Proximity and Volume (%ile)
String
10
0
0
EJScreen_Full_T_PTRAF_B2
Supplementary EJ Index 1 with Demographics: Traffic Proximity and Volume (%ile)
String
10
0
0
EJScreen_Full_T_PTRAF_B6
Supplementary EJ Index 1 with Supplementary Demographics: Traffic Proximity and Volume (%ile)
String
10
0
0
EJScreen_Full_T_PTRAF_P2
Supplementary EJ Index 2 with Demographics: Traffic Proximity and Volume (%ile)
String
10
0
0
EJScreen_Full_T_PTRAF_P6
Supplementary EJ Index 2 with Supplementary Demographics: Traffic Proximity and Volume (%ile)
String
10
0
0
EJScreen_Full_T_PWDIS
Water Discharger Proximity
String
50
0
0
EJScreen_Full_T_PWDIS_D2
EJ Index: Major Direct Dischargers to Water (%ile)
String
10
0
0
EJScreen_Full_T_PWDIS_D6
EJ Index with Supplementary Demographics: Major Direct Dischargers to Water (%ile)
String
10
0
0
EJScreen_Full_T_PWDIS_B2
Supplementary EJ Index 1 with Demographics: Major Direct Dischargers to Water (%ile)
String
10
0
0
EJScreen_Full_T_PWDIS_B6
Supplementary EJ Index 1 with Supplementary Demographics: Major Direct Dischargers to Water (%ile)
String
10
0
0
EJScreen_Full_T_PWDIS_P2
Supplementary EJ Index 2 with Demographics: Major Direct Dischargers to Water (%ile)
String
10
0
0
EJScreen_Full_T_PWDIS_P6
Supplementary EJ Index 2 with Supplementary Demographics: Major Direct Dischargers to Water (%ile)
String
10
0
0
EJScreen_Full_T_PNPL
NPL Proximity
String
50
0
0
EJScreen_Full_T_PNPL_D2
EJ Index: NPL Sites (%ile)
String
10
0
0
EJScreen_Full_T_PNPL_D6
EJ Index with Supplementary Demographics: NPL Sites (%ile)
String
10
0
0
EJScreen_Full_T_PNPL_B2
Supplementary EJ Index 1 with Demographics: NPL Sites (%ile)
String
10
0
0
EJScreen_Full_T_PNPL_B6
Supplementary EJ Index 1 with Supplementary Demographics: NPL Sites (%ile)
String
10
0
0
EJScreen_Full_T_PNPL_P2
Supplementary EJ Index 2 with Demographics: NPL Sites (%ile)
String
10
0
0
EJScreen_Full_T_PNPL_P6
Supplementary EJ Index 2 with Supplementary Demographics: NPL Sites (%ile)
String
10
0
0
EJScreen_Full_T_PRMP
RMP Proximity
String
50
0
0
EJScreen_Full_T_PRMP_D2
EJ Index: RMP Facilities (%ile)
String
10
0
0
EJScreen_Full_T_PRMP_D6
EJ Index with Supplementary Demographics: RMP Facilities (%ile)
String
10
0
0
EJScreen_Full_T_PRMP_B2
Supplementary EJ Index 1 with Demographics: RMP Facilities (%ile)
String
10
0
0
EJScreen_Full_T_PRMP_B6
Supplementary EJ Index 1 with Supplementary Demographics: RMP Facilities (%ile)
String
10
0
0
EJScreen_Full_T_PRMP_P2
Supplementary EJ Index 2 with Demographics: RMP Facilities (%ile)
String
10
0
0
EJScreen_Full_T_PRMP_P6
Supplementary EJ Index 2 with Supplementary Demographics: RMP Facilities (%ile)
String
10
0
0
EJScreen_Full_T_PTSDF
TSDF Proximity
String
50
0
0
EJScreen_Full_T_PTSDF_D2
EJ Index: TSDF Sites (%ile)
String
10
0
0
EJScreen_Full_T_PTSDF_D6
EJ Index with Supplementary Demographics: TSDF Sites (%ile)
String
10
0
0
EJScreen_Full_T_PTSDF_B2
Supplementary EJ Index 1 with Demographics: TSDF Sites (%ile)
String
10
0
0
EJScreen_Full_T_PTSDF_B6
Supplementary EJ Index 1 with Supplementary Demographics: TSDF Sites (%ile)
String
10
0
0
EJScreen_Full_T_PTSDF_P2
Supplementary EJ Index 2 with Demographics: TSDF Sites (%ile)
String
10
0
0
EJScreen_Full_T_PTSDF_P6
Supplementary EJ Index 2 with Supplementary Demographics: TSDF Sites (%ile)
String
10
0
0
EJScreen_Full_T_OZONE
Ozone
String
50
0
0
EJScreen_Full_T_OZONE_D2
EJ Index: Ozone Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_OZONE_D6
EJ Index with Supplementary Demographics: Ozone Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_OZONE_B2
Supplementary EJ Index 1 with Demographics: Ozone Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_OZONE_B6
Supplementary EJ Index 1 with Supplementary Demographics: Ozone Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_OZONE_P2
Supplementary EJ Index 2 with Demographics: Ozone Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_OZONE_P6
Supplementary EJ Index 2 with Supplementary Demographics: Ozone Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_PM25
PM 2.5
String
50
0
0
EJScreen_Full_T_PM25_D2
EJ Index: PM 2.5 Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_PM25_D6
EJ Index with Supplementary Demographics: PM 2.5 Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_PM25_B2
Supplementary EJ Index 1 with Demographics: PM 2.5 Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_PM25_B6
Supplementary EJ Index 1 with Supplementary Demographics: PM 2.5 Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_PM25_P2
Supplementary EJ Index 2 with Demographics: PM 2.5 Level in Air (%ile)
String
10
0
0
EJScreen_Full_T_PM25_P6
Supplementary EJ Index 2 with Supplementary Demographics: PM 2.5 Level in Air (%ile)
String
10
0
0
EJScreen_Full_Shape_Length
EJScreen_Full_Shape_Length
Double
8
38
8
EJScreen_Full_Shape_Area
EJScreen_Full_Shape_Area
Double
8
38
8
TractID
TractID
String
11
0
0
TractJoin
TractJoin
Double
8
38
8
BGJoin
BGJoin
Double
8
38
8
ParkAcres
SUM_acres
Double
8
38
8
acresper1k
acresper1k
Double
8
38
8
ST_ABBREV
2-character State Abbreviation
USEPA
US state and territory PO abbreviations.
State Abbreviation
String
2
0
0
Shape.STArea()
Shape.STArea()
Double
0
0
0
Shape.STLength()
Shape.STLength()
Double
0
0
0
Please refer to technical documentation located on EPA's EJSCREEN application webpages for a full review of geoprocessing steps applied to the input data sources.
overview description provided by EPA
0
Simple
FALSE
0
TRUE
FALSE