134
Evseeva LS, Perelman AI, Ivanov KE (1974) Geokhimiya urana v zone gipergeneza (Geochemistry
of uranium in the hypergenesis zone). Atomizdat, Moscow
Ishchenko GS (1988) The patterns of migration of uranium-238 and thorium-232 in the soil-plant
system in Central Asia. Ph.D. Thesis, RIARAE, Obninsk
Ishchenko GS, Butnik AS (1990) The forms of
238
U and
232
Th in the soils of Central Asia.
Agrokhimiya 1:92–96
Iskra AA, Bakhurov VG (1981) Natural radionuclides in the biosphere. Energoizdat, Moscow
Ivanov YA, Yudintseva YV (1987) The influence of the initial chemical form of
238 U on the longterm dynamics of the radionuclide transfer from the sod to the plants of the dry meadow. In:
Getsen MV, Popova ON, Taskaev AI, Shershunova VI, Kirusheva EI (eds) Radioecology of
biogeocenoses with a higher background of natural radioactivity. Syktyvkar, pp 113–119
Kichigin OV, Nosova OA (2004) Potentiometric study of the stability of U (VI), Ni (II), Sr
(II) complexes with soil humic acids. Izvestiya vysshikh uchebnykh zavedeniy: Khimiya
Khimicheskaya Tekhnologiya 47:94–96
Kornilovich BY, Pshinko GN, Kovalchuk IA (2001) Influence of fulvic acids on the interaction of
U (VI) with clayey components of soils. Radiokhimiya 43:404–407
Kuliyeva GA, Kasyanenko AA (2009) Uran-238 v biologicheskikh obyektakh (Uranium-238 in
biological objects). Energiya, Moscow
Kuznetsov AV, Agishev MK, Mgeladze VS, Nedyalkov SI (1986) Natural radionuclides in the
system soil—fertilizer—plants. In: Influence of intensive chemicalization of agriculture on the
accumulation of natural radionuclides in soil and crop production, Moscow, pp 3–18
Malikov VG, Zhukov BI, Perepelyatnikova LV (1988a) Behavior of radionuclides in the soils of
the North Caucasus. Agrokhimiya 3:84–89
Malikov VG, Zhukov BI, Perepelyatnikova LV (1988b) Migration of radionuclides from soil to
crops in the North Caucasus region. Agrokhimiya 5:92–96
Manskaya SM, Drozdova TV, Emelyanova ТT (1956) Uranium binding by humic acids and melanoids. Geokhimiya 6:10–23
Mordberg EL, Aleksandruk VМ, Kovygin GF, Sheuchenko II, Bliumshteĭn VM, Yushkevich GF
(1976) Passage of uranium-radium series isotopes into the grain of some agricultural crops.
Gigiena i Sanitariia 2:58–61
Mordberg EL, Shevchenko II, Shalaeva ML, Blumshtein VM (1977) Accumulation of natural
radioisotopes in potatoes, vegetables and cucurbits. Gigiena i Sanitariia 9:105–107
Mordberg EL, Shevchenko II, Arkhipov AV (1980) Removal of uranium-radium series radionuclides from polluted soil by a wheat crop. Gigiena i Sanitariia 8:26–29
Nikiforova EM (1967) The content and distribution of thorium, radium and uranium in mountain chernozems and mountain-steppe chernozem-like soils. Izvestiia Zabaikalskogo Filiala
Geograficheskogo Obshchestva SSSR 3:67–81
Ovchenkov VY, Titaeva NA, Pavlotskaya FI (1974) Experimental study of the absorption of radium
and uranium by soils. In: Popova ON, Taskaev AI, Testov BV, Maslov VI (eds) Radioecological
issues of terrestrial biogeocoenoses. Syktyvkar, pp 24–31
Rachkova NG, Shuktomova II, Taskaev AI (2010) The state of natural radionuclides of uranium
radium, and thorium in soils (review). Pochvovedeniye 6:698–705
Ranson D (1973) Comportement dans les milieux souterrains de l’uranium et de thorium rejetes
par l’industrie nucleaire (IAEA_SM_172_55). In: Environmental behaviour of radionuclides
released in the nuclear industry. IAEA, Vienna, pp 333–346
Ratnikov AN, Zhigareva TL, Sviridenko DG, Popova GI, Petrov KV, Kasyanenko AA, Kuliyeva
GA (2007) Behaviour of the
238
U in the soil-plant system. In: Proceedings of the international
symposium “Agroecological Safety under the Conditions of Technogenesis” Part I, Kazan,
June 21–23, 2006, pp 307–11
Rubtsov DM, Pravdina EI (1971) The content and distribution of natural radioactive elements
(uranium, radium, thorium) in the soils of some landscapes of the Northern Urals. Informat
Bull Sci Coun Prob Radiobiol USSR Acad Sci 13:130–134
A. N. Ratnikov et al.
Evseeva LS, Perelman AI, Ivanov KE (1974) Geokhimiya urana v zone gipergeneza (Geochemistry
of uranium in the hypergenesis zone). Atomizdat, Moscow
Ishchenko GS (1988) The patterns of migration of uranium-238 and thorium-232 in the soil-plant
system in Central Asia. Ph.D. Thesis, RIARAE, Obninsk
Ishchenko GS, Butnik AS (1990) The forms of
238
U and
232
Th in the soils of Central Asia.
Agrokhimiya 1:92–96
Iskra AA, Bakhurov VG (1981) Natural radionuclides in the biosphere. Energoizdat, Moscow
Ivanov YA, Yudintseva YV (1987) The influence of the initial chemical form of
238 U on the longterm dynamics of the radionuclide transfer from the sod to the plants of the dry meadow. In:
Getsen MV, Popova ON, Taskaev AI, Shershunova VI, Kirusheva EI (eds) Radioecology of
biogeocenoses with a higher background of natural radioactivity. Syktyvkar, pp 113–119
Kichigin OV, Nosova OA (2004) Potentiometric study of the stability of U (VI), Ni (II), Sr
(II) complexes with soil humic acids. Izvestiya vysshikh uchebnykh zavedeniy: Khimiya
Khimicheskaya Tekhnologiya 47:94–96
Kornilovich BY, Pshinko GN, Kovalchuk IA (2001) Influence of fulvic acids on the interaction of
U (VI) with clayey components of soils. Radiokhimiya 43:404–407
Kuliyeva GA, Kasyanenko AA (2009) Uran-238 v biologicheskikh obyektakh (Uranium-238 in
biological objects). Energiya, Moscow
Kuznetsov AV, Agishev MK, Mgeladze VS, Nedyalkov SI (1986) Natural radionuclides in the
system soil—fertilizer—plants. In: Influence of intensive chemicalization of agriculture on the
accumulation of natural radionuclides in soil and crop production, Moscow, pp 3–18
Malikov VG, Zhukov BI, Perepelyatnikova LV (1988a) Behavior of radionuclides in the soils of
the North Caucasus. Agrokhimiya 3:84–89
Malikov VG, Zhukov BI, Perepelyatnikova LV (1988b) Migration of radionuclides from soil to
crops in the North Caucasus region. Agrokhimiya 5:92–96
Manskaya SM, Drozdova TV, Emelyanova ТT (1956) Uranium binding by humic acids and melanoids. Geokhimiya 6:10–23
Mordberg EL, Aleksandruk VМ, Kovygin GF, Sheuchenko II, Bliumshteĭn VM, Yushkevich GF
(1976) Passage of uranium-radium series isotopes into the grain of some agricultural crops.
Gigiena i Sanitariia 2:58–61
Mordberg EL, Shevchenko II, Shalaeva ML, Blumshtein VM (1977) Accumulation of natural
radioisotopes in potatoes, vegetables and cucurbits. Gigiena i Sanitariia 9:105–107
Mordberg EL, Shevchenko II, Arkhipov AV (1980) Removal of uranium-radium series radionuclides from polluted soil by a wheat crop. Gigiena i Sanitariia 8:26–29
Nikiforova EM (1967) The content and distribution of thorium, radium and uranium in mountain chernozems and mountain-steppe chernozem-like soils. Izvestiia Zabaikalskogo Filiala
Geograficheskogo Obshchestva SSSR 3:67–81
Ovchenkov VY, Titaeva NA, Pavlotskaya FI (1974) Experimental study of the absorption of radium
and uranium by soils. In: Popova ON, Taskaev AI, Testov BV, Maslov VI (eds) Radioecological
issues of terrestrial biogeocoenoses. Syktyvkar, pp 24–31
Rachkova NG, Shuktomova II, Taskaev AI (2010) The state of natural radionuclides of uranium
radium, and thorium in soils (review). Pochvovedeniye 6:698–705
Ranson D (1973) Comportement dans les milieux souterrains de l’uranium et de thorium rejetes
par l’industrie nucleaire (IAEA_SM_172_55). In: Environmental behaviour of radionuclides
released in the nuclear industry. IAEA, Vienna, pp 333–346
Ratnikov AN, Zhigareva TL, Sviridenko DG, Popova GI, Petrov KV, Kasyanenko AA, Kuliyeva
GA (2007) Behaviour of the
238
U in the soil-plant system. In: Proceedings of the international
symposium “Agroecological Safety under the Conditions of Technogenesis” Part I, Kazan,
June 21–23, 2006, pp 307–11
Rubtsov DM, Pravdina EI (1971) The content and distribution of natural radioactive elements
(uranium, radium, thorium) in the soils of some landscapes of the Northern Urals. Informat
Bull Sci Coun Prob Radiobiol USSR Acad Sci 13:130–134
A. N. Ratnikov et al.