The concentration of Cs was measured in the shoots of 30 taxa of plants after exposing the roots for 6 h to 0.1 μg radiolabelled Cs g-1 soil. There were maximum differences between Chenopodium quinoa and Koeleria macrantha of 20-fold in Cs concentration and 100-fold in total Cs accumulated. There was a weak relationship between Rb(K) and Cs concentration across the 30 taxa, but a strong relationship within the Gramineae and Chenopodiaceae. Taxa in the Chenopodiaceae discriminated approximately nine times less between Rb and Cs during uptake than did those in the Gramineae. The lowest Cs concentrations occurred in slow growing Gramineae and the highest in fast growing Chenopodiaceae. If radiocaesium uptake by the Chenopodiaceae during chroni...
Abstract: This paper presents a review of the behaviour of radiocesium in plants of forest ecosystem...
Transfer of radiocesium from soil to plant is an important factor for radiation dose assessments. Pr...
Transfer of radiocesium from soil to crops is an important pathway for human intake. In the period f...
The concentration of Cs was measured in the shoots of 30 taxa of plants after exposing the roots for...
49 ref.International audiencePlant uptake of radiocaesium from soil is an important pathway for the ...
Radiocaesium and radiostrontium enter the foodchain primarily via plant root uptake. Selecting varie...
Soil contamination with radiocaesium (Cs) has a long-term radiological impact because it is readily ...
Six plant species in the family Gramineae were used to investigate the relationship between Cs uptak...
This study investigated the uptake of 134Cs by Lactuca sativa L., Silybum marianum Gaertn., Centaure...
There is much current interest in managing and manipulating radionuclide transfer from soils to plan...
For 134/137Cs, and many other soil contaminants, research into transfer to plants has focused on par...
International audience137Cs is one of the most persistent radioactive contaminant in soil after a nu...
Abstract: This paper presents a review of the behaviour of radiocesium in plants of forest ecosystem...
Transfer of radiocesium from soil to plant is an important factor for radiation dose assessments. Pr...
Transfer of radiocesium from soil to crops is an important pathway for human intake. In the period f...
The concentration of Cs was measured in the shoots of 30 taxa of plants after exposing the roots for...
49 ref.International audiencePlant uptake of radiocaesium from soil is an important pathway for the ...
Radiocaesium and radiostrontium enter the foodchain primarily via plant root uptake. Selecting varie...
Soil contamination with radiocaesium (Cs) has a long-term radiological impact because it is readily ...
Six plant species in the family Gramineae were used to investigate the relationship between Cs uptak...
This study investigated the uptake of 134Cs by Lactuca sativa L., Silybum marianum Gaertn., Centaure...
There is much current interest in managing and manipulating radionuclide transfer from soils to plan...
For 134/137Cs, and many other soil contaminants, research into transfer to plants has focused on par...
International audience137Cs is one of the most persistent radioactive contaminant in soil after a nu...
Abstract: This paper presents a review of the behaviour of radiocesium in plants of forest ecosystem...
Transfer of radiocesium from soil to plant is an important factor for radiation dose assessments. Pr...
Transfer of radiocesium from soil to crops is an important pathway for human intake. In the period f...