首页> 外文期刊>Civil and Environmental Engineering Reports >Chemical Soil Degradation n the Area of the G?ogów Copper Smelter Protective Forest/ Degradacja Ziemi Na Terenach By?ej Strefy Ochronnej Huty Miedzi G?ogów
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Chemical Soil Degradation n the Area of the G?ogów Copper Smelter Protective Forest/ Degradacja Ziemi Na Terenach By?ej Strefy Ochronnej Huty Miedzi G?ogów

机译:Głogów铜冶炼厂防护林区的化学土壤退化。

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摘要

Earth surface is under the continous influence of the environmental factors - both natural and anthropogenic. The significant impact on the environment can be noted in areas adjacent to the metal industry plants, in a consequence of pollutants emission, especially dusts containing the heavy metals, into the atmosphere,. In the surroundings of G?ogów Copper Smelter (GCS) elevated amounts of copper and lead has been noted. In the soils of the test sites were found up to 5250 mg?kg~(-1) Cu and 1290 mg?kg~(-1) Pb. The forest litter contained 3.3-5.1 more Cu and 3.9-8.6 Pb than the humic horizon of the soil. Analyse of the different soils covering the GCS protective forest area let specify the stabilising role of particle size distribution, TOC content and the soil reaction to Cu and Pb migration in the environment.
机译:地球表面受到自然和人为环境因素的持续影响。在金属工业工厂附近的区域中,由于向大气中排放污染物,尤其是含有重金属的粉尘,可以注意到对环境的重大影响。在G?ogów铜冶炼厂(GCS)的周围,发现铜和铅的含量升高。在测试点的土壤中发现了高达5250 mg?kg〜(-1)的Cu和1290 mg?kg〜(-1)的Pb。森林凋落物比土壤腐殖质层多含3.3-5.1铜和3.9-8.6 Pb。通过分析覆盖GCS保护林区域的不同土壤,我们可以确定粒径分布,TOC含量以及土壤对环境中Cu和Pb迁移的反应的稳定作用。

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