An optimised five-step sequential extraction protocol, incorporating the use of sodium citrate to inhibit resorption, has been used to assess the solid partition of plutonium under anoxic conditions in intertidal sediments from the Ravenglass Estuary in the north-eastern Irish Sea. The data reveal that the plutonium is predominantly bound to geochemical phases targeted by the acido-soluble and the exchangeable extractants, indicating that a significant proportion of the plutonium in these and similar sediments is associated with relatively mobile geochemical phases. The results are consistent with the relatively high level of plutonium remobilisation now known to be taking place throughout the north-eastern Irish Sea. © 2003 Elsevier Ltd. A...
Plutonium (Pu) isotopes are one of most important artificial radionuclides. Recent advance in analyt...
Nuclear discharges to the oceans have given rise to significant accumulations of radionuclides in se...
Samples from a marine sediment core from the Irish Sea (54.416 N, 3.563 W) were analyzed for the iso...
An optimised five-step sequential extraction protocol, incorporating the use of sodium citrate to in...
International audienceSequential extraction has been used extensively to study the solid partitionin...
An extensive diagenetic study carried out on a sediment core collected in the Cumbrian mud patch off...
The post-depositional reactivity of the plutonium was investigated in bottom sediments collected in ...
In coastal environments, resuspension is a key issue regarding contaminant remobilisation from the s...
International audienceA depth profile of 239Pu and 240Pu specific activities and isotope ratios was ...
A numerical full three-dimensional model previously developed to simulate the physico-chemical speci...
Samples from a marine sediment core from the Irish Sea (54.416 N, 3.563 W) were analyzed for the iso...
Understanding anthropogenic radionuclide biogeochemistry and mobility in natural systems is key to i...
cited By 26International audienceAmong the transuranic elements present in the environment, plutoniu...
Laboratory experiments were carried out under environmentally realistic conditions in which Irish Se...
Plutonium (Pu) isotopes are one of most important artificial radionuclides. Recent advance in analyt...
Nuclear discharges to the oceans have given rise to significant accumulations of radionuclides in se...
Samples from a marine sediment core from the Irish Sea (54.416 N, 3.563 W) were analyzed for the iso...
An optimised five-step sequential extraction protocol, incorporating the use of sodium citrate to in...
International audienceSequential extraction has been used extensively to study the solid partitionin...
An extensive diagenetic study carried out on a sediment core collected in the Cumbrian mud patch off...
The post-depositional reactivity of the plutonium was investigated in bottom sediments collected in ...
In coastal environments, resuspension is a key issue regarding contaminant remobilisation from the s...
International audienceA depth profile of 239Pu and 240Pu specific activities and isotope ratios was ...
A numerical full three-dimensional model previously developed to simulate the physico-chemical speci...
Samples from a marine sediment core from the Irish Sea (54.416 N, 3.563 W) were analyzed for the iso...
Understanding anthropogenic radionuclide biogeochemistry and mobility in natural systems is key to i...
cited By 26International audienceAmong the transuranic elements present in the environment, plutoniu...
Laboratory experiments were carried out under environmentally realistic conditions in which Irish Se...
Plutonium (Pu) isotopes are one of most important artificial radionuclides. Recent advance in analyt...
Nuclear discharges to the oceans have given rise to significant accumulations of radionuclides in se...
Samples from a marine sediment core from the Irish Sea (54.416 N, 3.563 W) were analyzed for the iso...