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Effects of soil properties on food web accumulation of heavy metals to the wood mouse (Apodemus sylvaticus)

机译:土壤特性对重金属食物网向木鼠(Apodemus sylvaticus)积累的影响

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Effects of soil properties on the accumulation of metals to wood mice (Apodemus sylvaticus) were evaluated at two sites with different pH and organic matter content of the soil. pH and organic matter content significantly affected accumulation of Cd, Cu, Pb and Zn in earthworms and vegetation. For Cd, Cu and Zn these effects propagated through the food web to the wood mouse. Soil-to-kidney ratios differed between sites: Cd: 0.15 versus 3.52, Cu: 0.37 versus 1.30 and Zn: 0.33-0.83. This was confirmed in model calculations for Cd and Zn. Results indicate that total soil concentrations may be unsuitable indicators for risks that metals pose to wildlife. Furthermore, environmental managers may, unintentionally, change soil properties while taking specific environmental measures. In this way they may affect risks of metals to wildlife, even without changes in total soil concentrations.
机译:在两个具有不同pH和土壤有机质含量的地点,评估了土壤性质对金属向木鼠(Apodemus sylvaticus)积累的影响。 pH和有机质含量显着影响earth和植被中Cd,Cu,Pb和Zn的积累。对于Cd,Cu和Zn,这些作用通过食物网传播到了木鼠。不同地点的土壤肾脏比率不同:Cd:0.15对3.52,Cu:0.37对1.30,Zn:0.33-0.83。在镉和锌的模型计算中证实了这一点。结果表明,土壤总浓度可能不适合作为金属对野生生物构成风险的指标。此外,环境经理可能会在采取特定环境措施的同时无意间改变土壤性质。这样,即使不改变土壤总浓度,它们也可能影响金属对野生生物的危害。

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