Radiobiological studies were made to determine effects of radioactive effluents from the Hanford reactors upon the aquatic biota of the Columbia River and to evaluate related hazards. Data from studies completed between September, 1945, and December, 1955 are presented and interpreted. All forms of life were many times more radioactive than the water they inhabited. Some radioisotopes were much more readily accumulated than others in living organisms. Differences in the concentration of certain radioisotopes by various species of organisms and kinds of body tissue are described; and geographical, seasonal and annual fluctuations in the concentration of radioisotopes in organisms are discussed
During 1981, 299 monitoring wells were sampled at various times for radionuclide chemical contaminan...
A study of the behavior and transport hy the Columbia River of the eloven radionuclidcs 48Sc, “Cr, “...
As a result of operations at the Savannah River Site (SRS), over 50 radionuclides have been released...
The use of Columbia River water as a reactor coolant and the subsequent discharge of this cooling wa...
Data are summarized on the radioactivity in environmental samples collected from various locations w...
The discharge of cooling water from the Hanford reactors introduce radioactive contaminants to the C...
Past operations at the Hanford Site 100-N Area reactor resulted in the release of radiological conta...
Since deactivation of the last once-through cooling production reactor in January 1971, radioactivit...
Information compiled in 1985 while assessing the environmental impact of radionuclides previously di...
Data are summarized on radioactivity in environmental samples collected during 1972 within the Hanfo...
Strontium-90, a radioactive contaminant from historical operations at the U.S. Department of Energy ...
Data are reported on the radioactivity of environmental samples collected from locations within the ...
Data are presented on the radioactivity in environmental samples collected within the Hanford plant ...
This document describes a radiological survey which was performed to evaluate the magnitude and dist...
Data are summarized on levels of radioactivity in environmental samples collected at Hanford during ...
During 1981, 299 monitoring wells were sampled at various times for radionuclide chemical contaminan...
A study of the behavior and transport hy the Columbia River of the eloven radionuclidcs 48Sc, “Cr, “...
As a result of operations at the Savannah River Site (SRS), over 50 radionuclides have been released...
The use of Columbia River water as a reactor coolant and the subsequent discharge of this cooling wa...
Data are summarized on the radioactivity in environmental samples collected from various locations w...
The discharge of cooling water from the Hanford reactors introduce radioactive contaminants to the C...
Past operations at the Hanford Site 100-N Area reactor resulted in the release of radiological conta...
Since deactivation of the last once-through cooling production reactor in January 1971, radioactivit...
Information compiled in 1985 while assessing the environmental impact of radionuclides previously di...
Data are summarized on radioactivity in environmental samples collected during 1972 within the Hanfo...
Strontium-90, a radioactive contaminant from historical operations at the U.S. Department of Energy ...
Data are reported on the radioactivity of environmental samples collected from locations within the ...
Data are presented on the radioactivity in environmental samples collected within the Hanford plant ...
This document describes a radiological survey which was performed to evaluate the magnitude and dist...
Data are summarized on levels of radioactivity in environmental samples collected at Hanford during ...
During 1981, 299 monitoring wells were sampled at various times for radionuclide chemical contaminan...
A study of the behavior and transport hy the Columbia River of the eloven radionuclidcs 48Sc, “Cr, “...
As a result of operations at the Savannah River Site (SRS), over 50 radionuclides have been released...