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Changes in diversity, biomass and abundance of soil macrofauna, Parrotio-Carpinetum forest at organic and semi-organic horizons

机译:有机和半有机层地土壤大型动物区系,鹦鹉-角果林的多样性,生物量和丰度变化

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Present study evaluates diversity, abundance and biomass of soil macrofauna in organic and semi-organic horizons in Parrotia persica-Carpinus betulus forest in Shast kola area. Totally 70 sample points were randomly selected from organic and semi-organic horizons then sampling was done by a rectangle 100 cm2 area. Soil macrofauna were separated from soil samples by hand sorting and using Berlese funnel then dried at 60°C for 72h and weighted in 0.001 gr. With using taxonomic classification key, thirteen macrofauna orders were identified. Most of abundance of soil macrofauna in both soil horizons were allocated to Millipedes order. Changes in diversity, abundance and biomass of macrofauna in both soil horizons were calculated. The results showed Shannon diversity index, Simpson evenness and Margalef richness indices in semi-organic horizon were more than organic horizon. Abundance and biomass of macrofauna in semi-organic horizon were more than organic horizon.
机译:本研究评估了在可斯特拉地区可乐果(Parrotia persica-Carpinus betulus)有机和半有机层土壤大型动物的多样性,丰度和生物量。从有机和半有机层中随机选择了总共70个采样点,然后通过100 cm2的矩形区域进行采样。通过人工分选和使用Berlese漏斗将土壤大型动物从土壤样品中分离出来,然后在60°C下干燥72h,称重0.001 gr。使用分类学分类密钥,确定了十三种大型动物。在两个土壤层中,大部分大型土壤动物都被分配为千足纲。计算了两种土壤层中大型动物多样性,丰度和生物量的变化。结果表明,半有机质层的香农多样性指数,辛普森均匀度和玛格丽夫丰富度指数均高于有机层。半有机质带大型动物区系的丰度和生物量大于有机质带。

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