Radionuclide migration in forest ecosystems – results of a model validation study - Shaw, G.; Venter, A.; Avila, R.; Bergman, R.; Bulgakov, A.; Calmon, P.; Fesenko, S.; Frissel, M.; Goor, F.; Konoplev, A.; Linkov, I.; Mamikhin, S.; et al. (Journal of environmental radioactivity, 2005)
Keywords: 137Cs; BIOMASS; Chernobyl; Ecosystem; Forests; IAEA; Life Sciences; Model validation; Models, Theoretical; Mushroom; Radioisotopes; Tree; Trees; Ukraine, Chernobyl; Chernobyl; Forests; BIOMASS; IAEA; Model validation; Mushroom; Tree; 137Cs; chernobyl accident; forest; Ecosystems; Radioisotopes; expectation; cesium isotope; Basidiomycota; radioactive contamination; Ecosystem; Mathematical models; edible mushroom; Theoretical; Trees; validation process; Europe; forest ecosystem; outcomes research; Forecasting; Contamination; article; Impurities; Forestry; cesium 137; mathematical model; migration; prediction; Models; time; radionuclide migration