collembola 中文意思是什麼
collembola
解釋
彈尾目-
Effects of temperature and water content in soil on the quantity of acarina and collembola
土壤溫度和含水量對蟎類和彈尾類動物數量的影響 -
Soil quality - inhibition of reproduction of collembola folsomia candida by soil pollutants iso 11267 : 1999
土質.土壤污染造成彈尾目真菌復制的抑制 -
Soil quality - sampling of soil invertebrates - part 2 : sampling and extraction of microarthropods collembola and acarina
土質.土壤無脊椎動物的抽樣.第2部分:微型節肢動物的取樣和萃取 -
Collembola is dominant in tsuga stand, enchytraeidae is dominant in yusania stand, but there was no particularly dominant tax on in miscanthus type
優勢類群上鐵杉林為跳蟲類、玉山箭竹林為線蚓類，高山芒則無明顯之優勢類群。 -
Folsomia candida soil quality - biological methods - effects of pollutants on soil fauna - inhibition of reproduction of collembola folsomia candida by soil pollutants
土質.生物法.污染物對土壤動物區系的影響.通過土壤污染物抑制無脊椎單尾目 -
In the end of this review, problems existing in and prospects of the application of collembola in the ecological risk assessment of heavy metal contamination of soils are analyzed and discussed
最後對彈尾目昆蟲在重金屬污染土壤生態風險評估應用中目前存在的一些問題和應用前景進行了分析討論。 -
So it plays an important role and demonstrates its unique advantages over other soil animals in the assessment of heavy metal contamination of environment ; this review first briefly summarizes some methodological systems and major parameters ( community structures, species character, survival, growth, reproduction, metallothionein, and enzyme ) used in the study of ecotoxicology and other related biomarkers in applying collembola in ecological risk assessment of polluted soils
本文簡要概述彈尾目昆蟲在污染土壤生態風險評估中、生態毒理學研究以及其他相關生物標志物研究上的一些方法體系及檢測主要指標參數（群落結構，種群特徵，生存率，生長率，繁殖率，金屬硫蛋白和酶活指標） 。 -
The studies on the effects of temperature and soil water content for the number of oribatida and collembola were made. the results indicate that there are some effects for the number of oribatida and collembola. the difference on the most preferred temperature and soil water content for the growth of oribatida and collembola is not obvious. the preferred temperature is about 24. the preferred water content is about 16 %. the toleration on low temperature and drought for oribatida obviously is capable than that for collembola
對不同溫度和土壤含水量甲蟎和跳蟲數量的關系進行了實驗觀察.結果表明，溫度和土壤含水量對土壤甲蟎和跳蟲的數量變動均具有一定的影響.甲蟎和跳蟲生長的最適溫、濕度差異不明顯，最適溫度約在24左右，最適濕度約為16 %的含水量.甲蟎耐受低溫、乾旱環境的能力明顯大於跳蟲
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