Vladimír Smutný’s research while affiliated with University of South Bohemia in České Budějovice and other places

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Publications (1)


Model calculation of radiocaesium transfer into food products in semi-natural forest ecosystems in the Czech Republic after a nuclear reactor accident and an estimate of the population dose burden
  • Article

December 1996

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8 Reads

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13 Citations

Environmental Pollution

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Jiří Konečný

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Vladimír Smutný

Radioactivity of food products from semi-natural forest ecosystems can contribute appreciably to the radiological burden of the human population following a nuclear accident, as found after the Chernobyl disaster in 1986. In the Czech Republic, radiocaesium radioactivity has been measured since 1986 in various components of forest ecosystems, such as soil, mushrooms, bilberries, deer and boar. In this work, the data are employed to predict how a model accident of the Temelín nuclear power plant in southern Bohemia (which is under construction) would affect selected forest ecosystems in its surroundings. The dose commitment to the critical population group is also estimated.

Citations (1)


... Such features make it an ideal material to study the concentrations and behavior of artificial radioactive isotopes such as 238,239?240 Pu, 137 Cs, and 90 Sr [6][7][8][9]. 90 Sr presented considerable radiological risk as it is easily transferred to the food chain and because of its long radioactive (28.80 (7) years) and biological half-life (49.3 years) [10][11][12][13][14]. Determination of activity concentration of 90 Sr isotopes with the highest level of accuracy in the bilberries is very important for environmental monitoring in regions close to nuclear facilities [6]. ...

Reference:

Determination of 90Sr via Cherenkov counting and modified Eichrom methods in bilberry matrix in the context of BIPM supplementary comparison
Model calculation of radiocaesium transfer into food products in semi-natural forest ecosystems in the Czech Republic after a nuclear reactor accident and an estimate of the population dose burden
  • Citing Article
  • December 1996

Environmental Pollution