Abstract: The content and distribution of 37 chemical elements in rocks, soils and wood of old-aged pines of the Belebey plateau-like elevation have been studied. It is shown that soils have a low and very low level of availability of the elements studied. Their absorption by pine trees is largely derived from the soil-forming rock, Zn, Sc, Co, W, Sb, Cr and As are the maximum accumulation (the biophilicity coefficient is 1.17-0.60). From the soil, pine absorbs Mo, Zn, Sb, Sr and Pb most intensely (the biophilicity coefficient is 1.09-0.14) and very weakly Be, Ba, W and V (the biophilicity coefficient is 0.03-0.01). Rare-earth elements are almost equally absorbed from the soil and more selectively from the rock. Eu, Nd, Sm and Pr are accumulated to a greater extent and much less Cs, Lu, Er and Tm. The uranium content in soil and rock is almost 6 times greater than thorium but its biological absorption by pines is much lower.
Ilgiz Asylbaev, Ilysja Gabbasova, Ilgiz Khabirov, Timur Garipov, Nail Lukmanov, Bulat Rafikov, Anna Kiseleva, Gulmira Khuzhakhmetova, Aigul Mukhamedyanova and Radik Mustafin, 2018. Bioaccumulation of Chemical Elements by Old-Aged Pine Trees in the Southern Urals. Journal of Engineering and Applied Sciences, 13: 8746-8751. Asian Journal of Information Technology, 18: 250-260.