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AV Trapeznikov, IV Molchanova, EN Karavaeva, VN Trapeznikova (2007)
Migratsiya radionuklidov v presnovodnykh i nazemnykh ekosistemakh
RM Aleksakhin, MA Naryshkin (1977)
Migratsiya radionuklidov v lesnykh biotsenozakh
VN Pozolotina, IV Molchanova, EN Karavaeva (2008)
Sovremennoe sostoyanie nazemnykh ekosistem zony Vostochno-Ural’skogo radioaktivnogo sleda
MG Nifontova (1998)
Concentrations of long-lived artificial radionuclides in the moss-lichen cover of terrestrial ecosystems in the Ural-Siberian regionRuss. J. Ecol., 29
LN Mikhailovskaya, IV Molchanova, MG Nifontova (2012)
Probl. Biogeokhim. Geokhim. Ekol.
MG Nifontova, NV Kulikov (1977)
Accumulation of strontium-90 and cesium-137 by lichens under natural conditionsSov. J. Ecol., 8
AP D’yachenko, GI Tarshis, MG Nifontova (1988)
Radioekologicheskie issledovaniya v zone AES
A background level of soil pollution was found of 0.2–3.5 kBq/m2 for 90Sr and 1.0–7.6 kBq /m2 for 137Cs in the Ural Region between 55° and 57° N. The average contents of 90Sr in the above-ground mass of herbaceous plants, mosses, and lichens were equivalent, while the contents of 137Cs were much higher in mosses and lichens than in herbaceous plants. The maximum range of variability of the storage capacity in relation to 90Sr was observed in herbaceous plants, while that for 137Cs was found in mosses. The content of radionuclides is determined by the species characteristics of plants within each taxonomic group.
Russian Journal of Ecology – Springer Journals
Published: Jan 22, 2015
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