文档介绍：.页眉.. .页脚. 能源植物生长对铜尾矿砂重金属形态的影响张飚飚,生命科学学院摘要:在 2012 年的 3 月份我们对安徽铜陵狮子山铜矿杨山冲尾矿库能源植物稳定化修复基地的植物进行了野外实地考察。针对不同种类的能源植物根部土壤分别取样,并取裸地材料作为对照,将所有的材料运用经过改进的 BCR 连续提取法进行,然后检测其中的重金属含量的差异。最终结果表明,将4种能源植物根际土壤与裸地的土壤对照后发现, Cd、Cu、Zn 等重金属都是远远高于裸地的标准, Pb 的则是略高。重金属其中 Zn 的可氧化态( OM )和可还原态( Fe-Mn )含量较高,而Cd、Cu、Pb的处理中残渣态(Res )含量较高。尾矿区的重金属含量非常高,能源植物具有很好的重金属富集能力,使用能源植物对于尾矿区的修复具有重要的作用,这些为更好地进行铜尾矿废弃地的植被恢复与污染治理提供理论依据. 关键词:能源植物;铜尾矿;重金属形态 Energy plant growth to copper ore, the influence of the heavy metal form ZhangBiaoBiao , College of Life Sciences, Anhui Normal University Abstract : In the month of March 2012 tous in tongling, anhui shizishan copper mine tailings ShanChong Yang energy plant stabilization of repair base plants on the field on-site inspection. According to different kinds of energy plant root soil sampling respectively, and take LuoDe materials parison, will all use of materials through improved BCR essive extraction, then test the heavy metal content of the differences. Final result indicates that the four energy plant rhizosphere and LuoDe soil found parison, Cd, Cu, Zn and other heavy metals are far higher than LuoDe standard, Pb is slightly higher. Heavy metals which of Zn oxidation state (OM) and can also YuanTai (Fe, Mn) high, but the content of Cu and Pb Cd, the processing of residual state (Res) content is higher. The heavy metal content of the tailings is very high , Energy plant has th