Conséquences écologiques
383
sediment undergoing uranium bioremediation. Int J Syst Evol Microbiol, 58 : 10751078.
Sokolov VE, Ryabov IN, Ryabtsev IA, Tichomirov FA, Shevchenko VA, Taskaev AI
(1993). Ecological and genetic consequences of the Chernobyl atomic power plant
accident. Vegetatio, 109 : 91-99.
Suvorova LI, Spirin DA, Martyushov VZ,
Smirnov EG, Tarasov OV, Shein GP (1993).
Assessment of biological and ecological
consequences of radioactive contamination of biogeocenoses. In: YuA Izrael (ed.),
Radiation aspects of the Chernobyl accident vol. 2, Hydrometeoizdat, St. Petersburg, 321-325.
Suzuki Y, Banfield JF (2004). Resistance to,
and accumulation of, uranium by bacteria
from a uranium-contaminated site. GeomicrobiolJ, 21 : 113-121.
Taskaev AI, Testov BV (1999). Number and
reproduction of mouse-like rodents in the
Chernobyl accident area. Bioindication of
radioactive contamination, Nauka, Moscow, 200-205.
Tsytsugina VG, Polikarpov GG (2006). The
criteria of identification of « critical »
populations in aquatic radiochemoecology.
Rad Biol Radioecol 46 : 200-207.
Wall JD, Krumholz LR (2006). Uranium
reduction. Annu Rev Microbiol, 60 : 14966.
Zavilgelsky GB, Abilev SK, Sukhodolets VV,
Ahmad SI (1998). Isolation and analysis
of UV and radio-resistant bacteria from
Chernobyl. J Photochem Photobiol B, 43 :
152-157.
Zelena L, Sorochinsky B, Arnold von S, Zyl
van L, Clapham DH (2005). Indications of
limited gene expression in Pinus sylvestris
trees from the Chernobyl region. J Environ
Radioact, 84 : 363-373.
383
sediment undergoing uranium bioremediation. Int J Syst Evol Microbiol, 58 : 10751078.
Sokolov VE, Ryabov IN, Ryabtsev IA, Tichomirov FA, Shevchenko VA, Taskaev AI
(1993). Ecological and genetic consequences of the Chernobyl atomic power plant
accident. Vegetatio, 109 : 91-99.
Suvorova LI, Spirin DA, Martyushov VZ,
Smirnov EG, Tarasov OV, Shein GP (1993).
Assessment of biological and ecological
consequences of radioactive contamination of biogeocenoses. In: YuA Izrael (ed.),
Radiation aspects of the Chernobyl accident vol. 2, Hydrometeoizdat, St. Petersburg, 321-325.
Suzuki Y, Banfield JF (2004). Resistance to,
and accumulation of, uranium by bacteria
from a uranium-contaminated site. GeomicrobiolJ, 21 : 113-121.
Taskaev AI, Testov BV (1999). Number and
reproduction of mouse-like rodents in the
Chernobyl accident area. Bioindication of
radioactive contamination, Nauka, Moscow, 200-205.
Tsytsugina VG, Polikarpov GG (2006). The
criteria of identification of « critical »
populations in aquatic radiochemoecology.
Rad Biol Radioecol 46 : 200-207.
Wall JD, Krumholz LR (2006). Uranium
reduction. Annu Rev Microbiol, 60 : 14966.
Zavilgelsky GB, Abilev SK, Sukhodolets VV,
Ahmad SI (1998). Isolation and analysis
of UV and radio-resistant bacteria from
Chernobyl. J Photochem Photobiol B, 43 :
152-157.
Zelena L, Sorochinsky B, Arnold von S, Zyl
van L, Clapham DH (2005). Indications of
limited gene expression in Pinus sylvestris
trees from the Chernobyl region. J Environ
Radioact, 84 : 363-373.
