67
Katz J, Seaborg G, Morse L (1991) Chemistry of actinides, vol 1. Mir, Moscow, pp 525
Konoplya YF, Kudrjashov VP, Mironov VP (2007) Radiation and Chernobyl: trans uranium elements on the territory of Belarus. RNIUP Institut Radiologii, Gomel, pp 128. (In Russian)
Kovacheva P, Mitsiev S, Djingova R (2014) Physicochemical fractionation of americium, thorium,
and uranium in Chernozem soil after sharp temperature change and soil drought. Chem Paper
68:336–341
Kudrjashov VP, Mironov VP, Konoplya EF (2000) Formation of contamination in main components of ecosystems with transuranium elements on the territory of Belarus as a result of
nuclear weapons tests and Chernobyl NPP accident. 5th International Conference on Nuclear
and Radiochemistry, Pontresina, Switzerland, September 3–8, pp 545
Kudrjashov VP, Mironov VP, Ananich PI, Zhuravkov VV (2001) Plutonium, americium and other
actinides in Belarus: sources, levels, risks. IAEA, INIS Publication, pp 103–132. (In Russian)
Kudrjashov VP, Mironov VP, Matusevich JL, Boulyga SF (2002) Determination of irradiated reactor uranium in soil samples in Belarus as irradiated uranium tracer. J Environ Monit 4:12–14
Kulakovsky TN, Rogovoy PP, Smeyan NI (1974) Soil of the Byelorussian SSR. Urozhay, Minsk,
pp 328. (In Russian)
Kuznetsov VA (1997) Radiogeochemistry of river valleys. Institute of Geological Sciences of the
National Academy of Sciences of Belarus, Minsk, pp 332. (In Russian)
Loginov VF (2013) Climate change and their impact on various economic sectors. Analytical
report of the National Academy of Sciences of Belarus. Department of Chemistry of Earth
Sciences. GNU, Institut Prirodopol’Zovaniya, Minsk, pp 46. (In Russian)
Loginov VF, Volchek AA, Shpoka IN (2010) Dangerous hydrometeorological phenomena on the
territory of Belarus. Belorusskaya Nauka, Minsk, pp 170. (In Russian)
Loshchilov NA, Kashparov VA, Yudin EB, Protsak VP (1992) Fractionation of radionuclides in
Chernobyl fuel “hot” particles. Radiokhimiya 5:125–134. (In Russian)
Lukashov KI (2002) Geochemical provinces of the cover sediments of the USSR. IGN NAN
Belarus, Minsk, pp 256 (In Russian)
Luo W, Gu B (2009) Dissolution and mobilization of uranium in reduced sediment by natural
humic substances under anaerobic condition. Environ Sci Technol 43:152–156
Mansurov VV, Meleshin AA (2000) The weather effect on the harvest. Kartofel’ i Ovoshchi. 5:21–
24. (In Russian)
Methods for determination of uranium in soils and aerosol filters: MN 1497–2001. Minsk, BelGIM
(In Russian)
Milićević T, Relić S, Škrivanj S, Tešić Z, Popović A (2017) Assessment of major and trace element
bioavailability in vineyard soil applying different single extraction procedures and pseudo-total
digestion. Chemosphere 171:284–293
Morton LS, Evans CV, Estes GO (2002) Natural uranium and thorium distributions in podzolized
soils and native blueberry. J Environ Qual 31:155–162
Mortvedt JJ (1994) Plant and soil relationships of uranium and thorium decay series radionuclides—a review. J Environ Qual 31:155–162
Nikolayeva SA, Yeremina AM (2001) Transformation of iron compounds in chernozems under
conditions of high soil moisture. Pochvovedeniye 8:963–969. (In Russian)
Orlov DS (1990) Humus acids of soils and general theory of humification. Izd-vo MGU, Moscow,
pp 325. (In Russian)
Ovcharenko MM (1996) Mobility of heavy metals in soil and their accessibility to plants.
Agrarnaya Nauka 3:39–40. (In Russian)
Ovsiannikova SV, Sokolik GA, Eismont EA, Kilchitskaya SL, Kimlenko IM, Zhukovich NV,
Rubinchik SY (2000) Soil pore solutions in the processes of migration of
137
Сs,
90 Sr,
239,240 Pu
and
241 Am. Geokhimiya 2:222–234. (In Russian)
Perkins RU, Tomas KU (1985) Global radioactive fallout. In: Hanson US (ed) Transuranic elements in the environment. Energoatomizdat, Moscow, pp 48–65. (In Russian)
Poludin AL, Deryagin VV, Levina SG (2013) Content and distribution of natural uranium in
the soil component of the lakeshores of Itcul and Sinara (Southern Ural). Radioactivity and
radioactive elements in the human environment. Materials of the IV International Conference,
Tomsk, June 4–8, pp 411–414 (In Russian)
Uranium and Its Distribution in Typical Belarusian Soils
Katz J, Seaborg G, Morse L (1991) Chemistry of actinides, vol 1. Mir, Moscow, pp 525
Konoplya YF, Kudrjashov VP, Mironov VP (2007) Radiation and Chernobyl: trans uranium elements on the territory of Belarus. RNIUP Institut Radiologii, Gomel, pp 128. (In Russian)
Kovacheva P, Mitsiev S, Djingova R (2014) Physicochemical fractionation of americium, thorium,
and uranium in Chernozem soil after sharp temperature change and soil drought. Chem Paper
68:336–341
Kudrjashov VP, Mironov VP, Konoplya EF (2000) Formation of contamination in main components of ecosystems with transuranium elements on the territory of Belarus as a result of
nuclear weapons tests and Chernobyl NPP accident. 5th International Conference on Nuclear
and Radiochemistry, Pontresina, Switzerland, September 3–8, pp 545
Kudrjashov VP, Mironov VP, Ananich PI, Zhuravkov VV (2001) Plutonium, americium and other
actinides in Belarus: sources, levels, risks. IAEA, INIS Publication, pp 103–132. (In Russian)
Kudrjashov VP, Mironov VP, Matusevich JL, Boulyga SF (2002) Determination of irradiated reactor uranium in soil samples in Belarus as irradiated uranium tracer. J Environ Monit 4:12–14
Kulakovsky TN, Rogovoy PP, Smeyan NI (1974) Soil of the Byelorussian SSR. Urozhay, Minsk,
pp 328. (In Russian)
Kuznetsov VA (1997) Radiogeochemistry of river valleys. Institute of Geological Sciences of the
National Academy of Sciences of Belarus, Minsk, pp 332. (In Russian)
Loginov VF (2013) Climate change and their impact on various economic sectors. Analytical
report of the National Academy of Sciences of Belarus. Department of Chemistry of Earth
Sciences. GNU, Institut Prirodopol’Zovaniya, Minsk, pp 46. (In Russian)
Loginov VF, Volchek AA, Shpoka IN (2010) Dangerous hydrometeorological phenomena on the
territory of Belarus. Belorusskaya Nauka, Minsk, pp 170. (In Russian)
Loshchilov NA, Kashparov VA, Yudin EB, Protsak VP (1992) Fractionation of radionuclides in
Chernobyl fuel “hot” particles. Radiokhimiya 5:125–134. (In Russian)
Lukashov KI (2002) Geochemical provinces of the cover sediments of the USSR. IGN NAN
Belarus, Minsk, pp 256 (In Russian)
Luo W, Gu B (2009) Dissolution and mobilization of uranium in reduced sediment by natural
humic substances under anaerobic condition. Environ Sci Technol 43:152–156
Mansurov VV, Meleshin AA (2000) The weather effect on the harvest. Kartofel’ i Ovoshchi. 5:21–
24. (In Russian)
Methods for determination of uranium in soils and aerosol filters: MN 1497–2001. Minsk, BelGIM
(In Russian)
Milićević T, Relić S, Škrivanj S, Tešić Z, Popović A (2017) Assessment of major and trace element
bioavailability in vineyard soil applying different single extraction procedures and pseudo-total
digestion. Chemosphere 171:284–293
Morton LS, Evans CV, Estes GO (2002) Natural uranium and thorium distributions in podzolized
soils and native blueberry. J Environ Qual 31:155–162
Mortvedt JJ (1994) Plant and soil relationships of uranium and thorium decay series radionuclides—a review. J Environ Qual 31:155–162
Nikolayeva SA, Yeremina AM (2001) Transformation of iron compounds in chernozems under
conditions of high soil moisture. Pochvovedeniye 8:963–969. (In Russian)
Orlov DS (1990) Humus acids of soils and general theory of humification. Izd-vo MGU, Moscow,
pp 325. (In Russian)
Ovcharenko MM (1996) Mobility of heavy metals in soil and their accessibility to plants.
Agrarnaya Nauka 3:39–40. (In Russian)
Ovsiannikova SV, Sokolik GA, Eismont EA, Kilchitskaya SL, Kimlenko IM, Zhukovich NV,
Rubinchik SY (2000) Soil pore solutions in the processes of migration of
137
Сs,
90 Sr,
239,240 Pu
and
241 Am. Geokhimiya 2:222–234. (In Russian)
Perkins RU, Tomas KU (1985) Global radioactive fallout. In: Hanson US (ed) Transuranic elements in the environment. Energoatomizdat, Moscow, pp 48–65. (In Russian)
Poludin AL, Deryagin VV, Levina SG (2013) Content and distribution of natural uranium in
the soil component of the lakeshores of Itcul and Sinara (Southern Ural). Radioactivity and
radioactive elements in the human environment. Materials of the IV International Conference,
Tomsk, June 4–8, pp 411–414 (In Russian)
Uranium and Its Distribution in Typical Belarusian Soils