利用白桦和石竹进行土壤污染评价

C. Maurice, A. Lagerkvist
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引用次数: 15

摘要

测量了土壤中有效的砷、铜、铅和锌的浓度,以及这些元素在植物组织中的浓度。研究了这些地点最常见的物种。所有被分析的物种都吸收了污染物,可能表明土壤受到污染。然而,所有被研究的物种都不适合绘制污染地图。与土壤中的有效浓度相比,桦树和大多数真菌在其组织中的浓度仍然很低。土壤中污染物含量与植被组织中污染物含量没有直接的相关性。红毛蕨标本中锌元素富集。在收集到的四种真菌中,只有石竹菌在所研究的污染物中似乎有积极的积累。此外,还可以对真菌进行砷测试,从初步评估污染程度的角度来看,这也很有趣。通过检查植物材料,可以对土壤污染进行定性判断。为了获得更定量和完整的制图,该方法必须进一步发展,并在缺少植被的情况下与其他调查一起完成。
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Using Betula pendula and Telephora caryophyllea for Soil Pollution Assessment
The concentrations of available arsenic, copper, lead, and zinc in the soil, and the concentration of these elements in vegetal tissues were measured. The most common species at the sites were studied. All the species that were analyzed took up pollutants and could indicate polluted soil. However, all the studied species did not fit to map pollution. The birch (Betula pendula) and most of the fungi species had still quite low concentrations in their tissues compared with the available concentrations in the soil. No direct correlation between the pollution content in the soil and in the vegetation tissues could be observed. Specimens of Thlaspi caerulescens were accumulating zinc. Of the four fungi species collected, only Thelephora caryophyllea seemed to accumulate actively in the studied pollutants. Moreover, it was possible to use an arsenic test with the fungi, which is also interesting from the perspective of preliminary assessment of the degree of pollution. A qualitative judgement of the soil pollution is possible by examining the plant material. To obtain a more quantitative and complete mapping, the method has to be developed further and completed with other investigations when vegetation is missing.
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