The studies on the effects of temperature and soil water content for the number of Oribatida and Collembola were made. 对不同温度和土壤含水量甲螨和跳虫数量的关系进行了实验观察。
The primary and secondary factors influencing the decomposition of litter were founded as collembola, nematode, inorganic P transformation and moisture. 通过灰色关联分析表明,影响土壤枯枝落叶分解速率的主要因素是弹尾类动物、线虫类动物、无机磷转化作用和土壤含水量。
Effects of Temperature and Water Content in soil on the Quantity of Acarina and Collembola 土壤温度和含水量对螨类和弹尾类动物数量的影响
New records and new species of fresh water springtails from China ( Collembola) 中国水生跳虫新种及新记录种记述(弹尾目)(英文)
Twenty-five Species of Collembola from China 中国弹尾目二十五新记录种
A checklist of Collembola species from China 中国弹尾目种目录
First Note on Chromosomes and Male Meiosis Division of Collembola in China 中国跳虫染色体和雄性减数分裂的首次观察
Studies on springtails from edible fungi ⅱ descriptions of three new species of springtails from guangdong, China ( collembola: entomobryidae) 食用真菌跳虫研究Ⅱ&长角跳虫科三新种记述(弹尾目)
The dominant groups were nematoda, acarina, and collembola, accounted for 66.10% of the total, and the common groups were of 9 sorts, occupying 27.17% of the total. 常见类群9类,占总捕量的27.17%。
At constant temperature of 17 ℃, when the water content does not change much, the Quantity of Collembola and Acarina presents the ascendant trend. 17℃恒温条件下,含水量变化不大时,弹尾类和螨类数量始终呈现上升趋势。
Diptera, Coleoptera and Collembola took the advantage, Community characteristic index of Coleoptera was the maximum and that of Collembola was the minimum. 其中双翅目、鞘翅目和弹尾目昆虫占优势,且3类土壤昆虫类群的群落特征指数均表现为鞘翅目最高,弹尾目最低。
At two types of ecotone, Acarina and Collembola were different in different seasons and different plots. 两类交错区蜱螨目和弹尾目在不同季节以及在不同样地的分布有较大差异。
The ratio between Acarina and Collembola ( A/ C value) is close to 1, consistent with the universal law of temperate regions. 蜱螨目和弹尾目的比值(A/C值)接近于1,符合温带地区的普遍规律。
The dominant groups were Collembola and Acariformes among dry living meso-, micro fauna. 干生中小型土壤动物优势类群有弹尾目和蜱螨目。