The benthic aquatic organisms in the near-shore environment of the Columbia River are the first biological receptors that can be exposed to groundwater contaminants coming from the U.S. Department of Energy's Hanford Site. The primary contaminant of concern in the former nuclear fuels processing area at the Site, known as the 300 Area, is uranium. Currently, there are no national clean up criteria for uranium and ecological receptors. This report summarizes efforts to characterize biological uptake of uranium in the food chain of the benthic aquatic organisms and provide information to be used in future assessments of uranium and the ecosystem
The Hanford 300 Area is a unique site due to periodic hydrologic influence of river water resulting ...
The main interest of this study is to assess whether uranium deposits located in the San Marcos outc...
At present, ecotoxicological information regarding the impact of natural uranium (U) on freshwater e...
contaminants to the soil and groundwater and eventual transport to the Columbia River. Contaminants ...
International audienceDue to mining activities, concentration of uranium (U) in the environment near...
The transfer of contaminants from the environment to the biota depends on the abundance and availabi...
International audiencePrevious studies have demonstrated that benthic macro-invertebrate bioturbatio...
Uranium (U) presents a unique challenge for ecological risk assessments (ERA) because it induces bot...
The Department of Energy’s Savannah River Site is a former nuclear weapon material production and cu...
For safety assessments of geological repositories of nuclear waste, understanding of uranium (U) fat...
In freshwater ecosystems, sediments act as an accumulation compartment for metallic pollutants as ur...
Environmental context As a part of the rehabilitation of Ranger Uranium Mine, Northern Australia, cl...
Growing worldwide concern over uranium contamination of groundwater resources has placed an emphasis...
Uranium (U) is a radioactive element found at trace concentrations throughout the natural environmen...
Growing worldwide concern over uranium contamination of groundwater resources has placed an emphasis...
The Hanford 300 Area is a unique site due to periodic hydrologic influence of river water resulting ...
The main interest of this study is to assess whether uranium deposits located in the San Marcos outc...
At present, ecotoxicological information regarding the impact of natural uranium (U) on freshwater e...
contaminants to the soil and groundwater and eventual transport to the Columbia River. Contaminants ...
International audienceDue to mining activities, concentration of uranium (U) in the environment near...
The transfer of contaminants from the environment to the biota depends on the abundance and availabi...
International audiencePrevious studies have demonstrated that benthic macro-invertebrate bioturbatio...
Uranium (U) presents a unique challenge for ecological risk assessments (ERA) because it induces bot...
The Department of Energy’s Savannah River Site is a former nuclear weapon material production and cu...
For safety assessments of geological repositories of nuclear waste, understanding of uranium (U) fat...
In freshwater ecosystems, sediments act as an accumulation compartment for metallic pollutants as ur...
Environmental context As a part of the rehabilitation of Ranger Uranium Mine, Northern Australia, cl...
Growing worldwide concern over uranium contamination of groundwater resources has placed an emphasis...
Uranium (U) is a radioactive element found at trace concentrations throughout the natural environmen...
Growing worldwide concern over uranium contamination of groundwater resources has placed an emphasis...
The Hanford 300 Area is a unique site due to periodic hydrologic influence of river water resulting ...
The main interest of this study is to assess whether uranium deposits located in the San Marcos outc...
At present, ecotoxicological information regarding the impact of natural uranium (U) on freshwater e...