A level of the uptaking of <$E nothing sup 137 roman Cs> by bilberry and red bilberry phytomasses from soddy podzolic sandy loam soil during vegetation is related to the functions of organic matter, physical clay, exchange potassium, and acidity of soil. In the spring renewal phase of bilberry vegetation, practically all studied soil parameters did not influence the coefficient accumulation of <$E nothing sup 137 roman Cs> by plants. In the bilberry fruiting phase, all studied soil parameters blocked the accumulation of <$E nothing sup 137 roman Cs> by phytomass, except for the hydrolytic acidity. In the flowering phase of red bilberry, the presence of clay particles and exchange potassium in soil promotes a substantial increased of the transfer of <$E nothing sup 137 roman Cs> into phytomass. During the fruiting phase, the functions of the studied parameters of soil as for the accumulation of <$E nothing sup 137 roman Cs> were not clearly manifested.

• Коткова Тетяна Миколаївна (біологічні науки)

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