硒、钼、钒污染环境的生态地球化学修复物种筛选与展望

Selection of Plant Species for Ecologically Geochemical Phytoremediation of the Environments Polluted by Selenium, Molybdenum and Vanadium and Its Perspectives

在对以往硒、钼、钒富集植物及其生态环境地球化学研究成果综述基础上,提出了植物生态地球化学富集类型和金属矿化植物划分的新方案,探讨了硒、钼、钒在植物中传输规律,初步筛选出硒、钼、钒污染环境的生态地球化学修复物种,提出了固体矿山污染环境的生态地球化学修复治理的研究和发展方向的建议,以期促进该研究方向的深入发展。

Perspectives on the ecologically geochemical phytoremediation of the polluted environments in the mineral mines proposed in this paper. Based on the comprehensive review of the previous studies on selenium, molybdenum and vanadium accumulating plant species and their ecologically environmental geochemistry, a new classification has been proposed for classifying the ecologically geochemical types of selenium, molybdenum and vanadium enriched or metal mineralized plant species. Translocation rules of selenium, molybdenum and vanadium in various plant species have been studied and discussed. Some plant species for the ecologically geochemical phytoremediation of the environments polluted by selenium, molybdenum and vanadium were initially identified and selected.