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Scots pine bark, topsoil and pedofauna as indicators of transport pollutions in terrestrial ecosystems

机译:苏格兰松树皮,表土和pedofauna作为陆地生态系统中运输污染的指标

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The impact of the motorway on pollution was evaluated by determining chosen heavy metals and acid reaction (pH) in the pine bark, in forest and meadow topsoil. The content of these environmental contaminants was determined in the topsoil and in the bark of around 40 year-old Scots pines (Pinus sylvestris L.) growing right next to the soil analyzed. The pollutants were examined at localities situated around 5, 200, 1500 m away from the motorway. To evaluate influence of Cd, Pb, Zn, Cu and the topsoil pH on pedofauna, five meadows localities situated 1, 20, 40, 150, 1550 m away from the motorway were examined. It was detected that in the forest habitats analyzed the bark was characterized by considerably higher acidity (pH 3.14-3.88) than the topsoil of the pines analyzed (pH 5.45-7.22). Except of Cd at locality 200 m and Cu at 1500 m from motorway, the higher concentration of heavy metals was noted in topsoil. In the meadow soil of the locality 150 m from the motorway the highest concentrations of Cd and Zn were detected. The greatest diversity of the meso and macrofauna and trophic relations the most resembling natural were detected in the area furthest away from the motorway, where the content of the heavy metals was the lowest. The lowest density and diversity of meso- and macrofauna were detected in the area situated 40 m, where the concentration of heavy metals was higher than at 1, 20 and 1550 m from the motorway situated localities.
机译:通过确定松树皮,森林和草甸表土中的重金属和酸反应(pH)来评估高速公路对污染的影响。确定这些环境污染物的含量,方法是在表层土壤和大约40岁的苏格兰松树(Pinus sylvestris L.)的树皮中紧挨着土壤进行生长。在距高速公路约5、200、1500 m的地方检查了污染物。为了评估Cd,Pb,Zn,Cu和表层土壤pH值对pedofauna的影响,研究了五个距高速公路1、20、40、150、1550 m的草甸地区。据发现,在所分析的森林生境中,树皮的酸度(pH 3.14-3.88)比所分析的松树的表土(pH 5.45-7.22)高得多。除了距高速公路200 m处的Cd和距高速公路1500 m处的Cu外,表层土壤中重金属的浓度更高。在距高速公路150 m处的草甸土壤中,检测到最高的Cd和Zn浓度。在距高速公路最远的区域(其中重金属含量最低)发现中观和大型动物区系的多样性最大,并且与自然的营养关系最为相似。在40 m的区域中,中小型动物和大型动物的密度和多样性最低,其中重金属的浓度高于距高速公路所在地1、20和1550 m。

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