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Evaluation of Soil Biological Quality Index (QBS-ar): Its Sensitivity and Usefulness in the Post-Mining Chronosequenc 1- Preliminary Research

机译:土壤生物学质量指数(QBS-ar)的评估:其敏感性和在开采后慢性潮红中的用途1-初步研究

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摘要

We took 60 samples in the post-mining chronosequence with different stages of ecological succession (4 sites) in 2005 and 2006. In total, 2,740 specimens of soil microarthropods were extracted and classified according to the Biological Quality of Soil Index (QBS-ar). The number of taxa of microarthropods and QBS-ar values increased with succession. According to the increasing values of QBS-ar, the soils of the study sites can be ordered along the following sequence: the youngest part of the dump (the two-year-old site) (S I) - the four-year-old site (S II) - the ten-year-old site (S III) - the twenty-year-old site (S IV) (mean QBS-ar = 40; 94; 120; 140, respectively). The QBS-ar index indicated better soil biological quality in woodland sites. The correlation between QBS-ar values and time of chronosequence was presented.
机译:我们在2005年和2006年的不同生态演替阶段(共4个地点)的采后年代序列中抽取了60个样本。总共提取了2740个土壤节肢动物标本,并根据土壤生物指数(QBS-ar)进行了分类。 。微型节肢动物的分类单元数量和QBS-ar值随顺序增加。根据QBS-ar值的增加,可以按以下顺序对研究地点的土壤进行排序:垃圾场中最年轻的部分(两岁的地点)(SI)-四岁的地点(S II)-拥有10年历史的站点(S III)-拥有20年历史的站点(S IV)(平均QBS-ar分别为40; 94; 120; 140)。 QBS-ar指数表明林地的土壤生物质量更好。提出了QBS-ar值与时间序列时间的相关性。

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