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首页> 外文期刊>Bulletin of Environmental Contamination and Toxicology >Elemental Composition of Plant Species from an Abandoned Tungsten Mining Area: Are They Useful for Biogeochemical Exploration and/or Phytoremediation Purposes?
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Elemental Composition of Plant Species from an Abandoned Tungsten Mining Area: Are They Useful for Biogeochemical Exploration and/or Phytoremediation Purposes?

机译:来自废弃钨矿区的植物种类的元素组成:它们是否适用于生物地球化学勘探和/或植物修复目的?

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摘要

We aimed to evaluate the elemental (W, Mo, Zn, Fe, Cu, Co, Bi, Mn, Cd, Cr, As) composition of some plant species spread around the abandoned tungsten mining area of Uludag Mountain. The plant species tested were Anthemis cretica and Trisetum flavescens which are grown in this area and they are pioneer species on these contaminated sites. W levels in soils were found up to 1378.6 +/- 672.3 mg/kg dry weight in contaminated areas. The leaf W contents of the selected plant species were found 41.1 +/- 24.4 and 31.1 +/- 15.5 mg/kg dry weight for A. cretica and T. flavescens, respectively. Our results indicate that the elemental composition of species changed by the increased tungsten and some element concentrations in soil without detrimental effect. So, these species can be useful tungsten removal and some elements from contaminated sites.
机译:我们的目标是评估一些植物物种的元素(W,Mo,Zn,Fe,Cu,Co,Bi,Mn,Cd,Cr,As)围绕乌努达格山的废弃钨矿区蔓延的组成。 测试的植物物种是在该地区生长的植物物种和三季度流体,它们是这些受污染场地上的先驱物种。 土壤中的水平在污染区域中发现了高达1378.6 +/- 672.3mg / kg干重。 选择植物物种的叶片含量41.1 +/- 24.4和31.1 +/- 15.5mg / kg干重,分别用于射击物和黄色克拉夫斯。 我们的结果表明,在没有不利影响的情况下,通过增加的钨和一些元素浓度改变的物种的元素组成。 因此,这些物种可以是有用的钨除去和来自受污染部位的一些元素。

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