Data and Tools
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ECM for Hydrogen Cyanamide in Water - MRID 44804701
Environmental Chemistry Methods for Hydrogen Cyanamide in Water - MRID 44804701
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ECM for Diuron in Soil - MRID 41719305
Environmental Chemistry Methods for Diuron in Soil - MRID 41719305
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ECM for Deltamethrin in Soil - MRID 42773903
Environmental Chemistry Methods for Deltamethrin in Soil - MRID 42773903
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ECM for Fosamine in Soil - MRID 40955701
Environmental Chemistry Methods for Fosamine in Soil - MRID 40955701
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ECM for Ethion in Soil - MRID 42113701
Environmental Chemistry Methods for Ethion in Soil - MRID 42113701
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ECM for Fenamiphos in Soil - MRID 42674902
Environmental Chemistry Methods for Fenamiphos in Soil - MRID 42674902
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ECM for Diazinon in Soil - MRID 41432706
Environmental Chemistry Methods for Diazinon in Soil - MRID 41432706
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ECM for Fenvalerate in Water - MRID 41520301
Environmental Chemistry Methods for Fenvalerate in Water - MRID 41520301
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ECM for Endosulfan I in Soil - MRID 41164101
Environmental Chemistry Methods for Endosulfan I in Soil - MRID 41164101
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ECM for EPTC in Soil - MRID 41724305
Environmental Chemistry Methods for EPTC in Soil - MRID 41724305
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ECM for Dicamba and DCSA in Soil - MRID 42754101
Environmental Chemistry Methods for Dicamba and DCSA in Soil - MRID 42754101
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Drinking Water Watch in EPA Region 8
Drinking Water Watch is a tool that lets you view data we maintain about your water system(s). The information includes size and type of population served, water system facilities
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VISL Equations
EPA has prepared several documents and tools to support development of its Final Subsurface Vapor Intrusion Guidance.
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Superfund Redevelopment Mapper
This web-based mapping tool helps stakeholders explore potential reuse opportunities. Any existing GIS data layer can be added to the tool, allowing users to explore more information such as income levels, unemployment numbers and land features.
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Water Pollution Control (Section 106) Grants Funding History
Separate tables showing annual funding for water pollution control (Section 106) grants
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RadNet Air Filter Analysis Results From St. Louis, MO
This page presents radiation air filter analysis data for St. Louis, MO from EPA's RadNet system. RadNet is a nationwide network of monitoring stations that measure radiation in air, drinking water and precipitation.
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RadNet Air Filter Analysis Results From Springfield, MO
This page presents radiation air filter analysis data for Springfield, MO from EPA's RadNet system. RadNet is a nationwide network of monitoring stations that measure radiation in air, drinking water and precipitation.
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RadNet Air Filter Analysis Results From Jefferson City, MO
This page presents radiation air filter analysis data for Jefferson City, MO from EPA's RadNet system. RadNet is a nationwide network of monitoring stations that measure radiation in air, drinking water and precipitation.
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RadNet Air Filter Analysis Results From Jackson, MS
This page presents radiation air filter analysis data for Jackson, MS from EPA's RadNet system. RadNet is a nationwide network of monitoring stations that measure radiation in air, drinking water and precipitation.
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High-Throughput Toxicology
High-Throughput Toxicology (HTT) research is focused on addressing the limitations of current chemical testing methods and fulfilling EPA’s need to evaluate large numbers of chemicals for human and ecological effects.