Samples of Juncus effusus, Erica cinerea, Erica tetralix, Calluna vulgaris, Vaccinium myrtillus, Molinia caerulea, Pteridium aquilinum and Festuca ovina (all species characteristic of upland Britain) were taken from the field over a one year period and analysed for Cs-133 by electro-thermal atomic absorption spectrophotometry. Concentrations of Cs-133 all plant species varied significantly over the course of the year. Species characteristic of waterlogged sites had the lowest and least variable Cs-133 concentrations. There were significant differences in the timing and magnitude of maximum Cs-133 concentrations in the species sampled. © 1995
The Cs-134/137 activities were measured from different tree organs of spruce, larch and sycamore map...
The cycle of cesium-134 (2 mu c) in white oak trees on four sites differing soil type and moisture w...
International audience137Cs is one of the most persistent radioactive contaminant in soil after a nu...
Samples of Juncus effusus, Erica cinerea, Erica tetralix, Calluna vulgaris, Vaccinium myrtillus, Mol...
For 134/137Cs, and many other soil contaminants, research into transfer to plants has focused on par...
For three plants from a peat bog (Trichophorum caespitosum, Molinia coerulea, Calluna vulgaris) the ...
The transfer of radioactive caesium from soils to plants has been well researched. In contrast there...
The concentration of Cs was measured in the shoots of 30 taxa of plants after exposing the roots for...
Six plant species in the family Gramineae were used to investigate the relationship between Cs uptak...
Environmental contamination with radionuclides is a growing problem in the world. Phytoremediation s...
The results of the long-term investigations of Cs-137 transfer from soil to plants in different type...
Radiocesium concentrations in the environment is of great concern in Japan after the TEPCO\u27s Fuku...
Experiments were carried out to determine uptake and distribution of 137Cs, and total isotopes of Cs...
Cesium-137 (137Cs) is a radionuclide which can be released from nuclear facilities to the terrestria...
Potential for phytoremediation of an aged radiocesium-contaminated soil from Brookhaven National Lab...
The Cs-134/137 activities were measured from different tree organs of spruce, larch and sycamore map...
The cycle of cesium-134 (2 mu c) in white oak trees on four sites differing soil type and moisture w...
International audience137Cs is one of the most persistent radioactive contaminant in soil after a nu...
Samples of Juncus effusus, Erica cinerea, Erica tetralix, Calluna vulgaris, Vaccinium myrtillus, Mol...
For 134/137Cs, and many other soil contaminants, research into transfer to plants has focused on par...
For three plants from a peat bog (Trichophorum caespitosum, Molinia coerulea, Calluna vulgaris) the ...
The transfer of radioactive caesium from soils to plants has been well researched. In contrast there...
The concentration of Cs was measured in the shoots of 30 taxa of plants after exposing the roots for...
Six plant species in the family Gramineae were used to investigate the relationship between Cs uptak...
Environmental contamination with radionuclides is a growing problem in the world. Phytoremediation s...
The results of the long-term investigations of Cs-137 transfer from soil to plants in different type...
Radiocesium concentrations in the environment is of great concern in Japan after the TEPCO\u27s Fuku...
Experiments were carried out to determine uptake and distribution of 137Cs, and total isotopes of Cs...
Cesium-137 (137Cs) is a radionuclide which can be released from nuclear facilities to the terrestria...
Potential for phytoremediation of an aged radiocesium-contaminated soil from Brookhaven National Lab...
The Cs-134/137 activities were measured from different tree organs of spruce, larch and sycamore map...
The cycle of cesium-134 (2 mu c) in white oak trees on four sites differing soil type and moisture w...
International audience137Cs is one of the most persistent radioactive contaminant in soil after a nu...