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In situ recovery (ISR) uranium mining is a technique in which uranium is extracted by a series of injection and recovery wells developed in a permeable sandstone host rock. Chemical constituents (lixiviants) are added to groundwater injection wells to mobilize uranium into groundwater. Before mining, baseline water quality is measured by sampling groundwater from the aquifer intended to be mined and over and underlying units over a geographic area that reflects the proposed mine location. After mining, groundwater is restored using a variety of techniques intended to return groundwater quality to as close to baseline as practicable. After groundwater has been restored, groundwater quality is monitored to determine...
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This data release presents chloride concentrations in groundwater sampled from 4,319 domestic wells across Vermont between 2011 and 2018. Ninety of these wells were sampled twice and 4,229 were sampled once. The Vermont Department of Health matched each well to geographic well information including town, county, distance to nearest road, population density and percent urban and agricultural land cover.


    map background search result map search result map Historic groundwater quality of in situ recovery (ISR) uranium mines, Texas Chloride concentrations and georeferenced land use variables from domestic wells in Vermont, 2011-2018 Chloride concentrations and georeferenced land use variables from domestic wells in Vermont, 2011-2018 Historic groundwater quality of in situ recovery (ISR) uranium mines, Texas