Data and Tools
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WhAEM2000 BBM Files - Reading, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Reading Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Newark, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Newark Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Middletown, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Middletown Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Long Island West, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Long Island West Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Long Branch, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Long Branch Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Hammonton, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Hammonton Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Dover, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Dover Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Cape May, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Cape May Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Bridgeport, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Bridgeport Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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WhAEM2000 BBM Files - Atlantic City, New Jersey
WhAEM2000 (Wellhead Analytic Element Model) binary base map browser for Atlantic City Quadrangle, New Jersey. Files serve as geographic basis for groundwater modeling.
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Remote Sensing Info Gateway: Air Qualities Relevant Case Studies Training Webinar Archive
This EPA Tools & Resources Training Webinar highlights the Remote Sensing Information Gateway (RSIG). RSIG is a Web-based application which creates a bridge between air quality relevant data sets and data analytics.
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Chemical Risk Assessment for PFAS in Biosolids Webinar Archive
This EPA Tools & Resources webinar, recorded June 21st, details EPA’s chemical risk assessment for PFAS in Biosolids. EPA’s Office of Water discusses the current work related to assessing risk due to the presence of PFOA and PFOS in biosolids.
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2020 AirToxScreen National Concentration Summaries
Application with national air toxics summaries
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Ecological Soil Screening Level Metal Contaminants
Description of metal chemicals that can contaminate soils.
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Expired Collaborative Agreements for Computational Toxicology Research
The Computational Toxicology Research Program is a part of EPA's Office of Research and Development (ORD). Located in Research Triangle Park, North Carolina.
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FY 2019 DWSRF Allotment Availability
FY 2019 allotments, additional subsidy amounts and programmatic terms and conditions for the capitalization grants, grant appropriations, DWINSA, tribal set aside, infrastructure grants, SWDA
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West Lake Landfill Dashboard
This interactive map of the West Lake Landfill Superfund Site identifies bore hole and sampling locations used during the Remedial Design Investigation. Clicking on each location will provide the results of the sampling effort for that location.
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State and Tribal Wetland Program Plans
Information about Wetland Program Plans (WPPs) developed and implemented by state agencies and tribes.
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EPA Pacific Southwest (Region 9) Regional Laboratory
Located in Corvallis and Newport, Oregon, and in Hayward, California, the Region 9 Laboratory is an integrated science center whose mission is to protect human health and the environment in EPA’s Pacific Southwest region (Region 9).
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Air Starters
Air Starters use compressed air, instead of natural gas, to start internal combustion engines for compressors, generators, and pumps. This mitigation option eliminates methane emissions from engine start-ups.