МОДЕЛЮВАННЯ ЗАБРУДНЕННЯ НАВКОЛИШНЬОГО СЕРЕДОВИЩА МЕТАЛАМИ В ЗАЛЕЖНОСТІ ВІД ЇХ КОНЦЕНТРАЦІЇ В МІКСОМІЦЕТІ FULIGO SEPTICA
Keywords:
ecological safety, micromyceta, metals, mathematical modeling.Abstract
An analysis of the content of 14 metals in the samples revealed that aethalia Fuligo septica was registered Ca largest concentration, Mn, Zn, in substrates – Ca, Mg, Mn, in soil – Ca, Al, Fe, in the movable forms of soil – Ca , Mn, Mg, rain water – Ca, Mg, Cu, air – Ca and Mg. In comparing the samples Fuligo septica from Ukraine and France by factor analysis showed that especially the accumulation of elements depends on three factors: 1) theconcentrations of Pb and Cr; 2) the concentration of Mn, Bi, As; 3) the location and concentration of Cd, Zn, Ni in Myxomycetes. On hyperaccumulation F. septica properties with respect to impact Zn concentration of this metal in the substratum, and movable soil forms.
Patterns of connections of transition metals by the individual circuits of the ecosystem are described by linear regression: Cm(Mn)=10,04Csoil–47,42CSMF; Cm(Pb)=0,21Csoil–1066,7Crw; Cm(Cd)=2,67Csoil, where Cm – metal concentration in the slime molds, Csub – in the substratum,
Csoil – in soil, CSMF – in movable forms soil, Crw – in rainwater.
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References
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