Natural colonized plants on tailings of Lead-Zinc mine
Qing Jie Sun
Abstract
Qing Jie Sun
Abstract
species plant species naturally colonze in the tailings pool (number 1) of Fankou Lead Zinc mine. Most plants grow on border district of tailings pool. The growth and distribution of plants were obviously determined by physical properties of upper tailings, such as stability, water content . There were correlation between the concentration of nutrition in tailings and the plants height and community coverage. The concentrations of Cu, Cd, Zn and Pb followed the order leafrootstem in Callicarpa pedunculata and the concentrations of Pb and Zn rootleafstem in Rhus chinensis and Lespedeza formosa and concentrations of heavy metals ZnPbCuCd in all plants.
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species plant species naturally colonze in the tailings pool (number 1) of Fankou Lead Zinc mine. Most plants grow on border district of tailings pool. The growth and distribution of plants were obviously determined by physical properties of upper tailings, such as stability, water content . There were correlation between the concentration of nutrition in tailings and the plants height and community coverage. The concentrations of Cu, Cd, Zn and Pb followed the order leafrootstem in Callicarpa pedunculata and the concentrations of Pb and Zn rootleafstem in Rhus chinensis and Lespedeza formosa and concentrations of heavy metals ZnPbCuCd in all plants.
Key concepts: Tailings, Zinc, Environmental science, Environmental chemistry, Chemistry, Organic chemistry, Physical chemistry