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首页> 外文期刊>European journal of entomology >Effect of conventional and non-inversion tillage systems on the abundance and some life history traits of carabid beetles (coleoptera: carabidae) in winter triticale fields
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Effect of conventional and non-inversion tillage systems on the abundance and some life history traits of carabid beetles (coleoptera: carabidae) in winter triticale fields

机译:常规和非反转耕作系统对冬季小黑麦田中甲壳虫(鞘翅目:腕足科)的丰度和一些生活史特征的影响

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摘要

Soil cultivation is among the principal factors that determine the structure and properties of soil and also affects the species composition and abundance of soil dwelling arthropods. Carabid beetles are a particularly valuable group of arthropods, the species of which are strongly associated with particular soil environments. This paper discusses the effect of soil tillage on carabid beetle assemblages. The study was carried out near Olsztyn, in northeastern Poland. Six wheat fields, each cultivated using either, conventional or non-inversion, soil tillage, were chosen. Carabid beetles were caught in Barber’s traps from early April to the end of October 2011. In total, 7,486 specimens belonging to 55 species of the family Carabidae were captured. The most numerous were Poecilus cupreus, Pterostichus melanarius, Harpalus rufipes, Anchomenus dorsalis and Carabus granulatus. Differences in the abundance of ground beetles and some life history traits were associated with the two soil tillage systems. In particular, ploughing reduced carabid abundance and resulted in the increased activity of medium-sized zoophages and spring breeders.
机译:土壤耕作是决定土壤结构和性质的主要因素之一,并且还影响着土壤节肢动物的种类组成和丰度。甲虫是一种特别有价值的节肢动物,其种类与特定的土壤环境密切相关。本文讨论了土壤耕作对甲壳虫甲虫组合的影响。该研究在波兰东北部的奥尔什丁附近进行。选择了六个小麦田,每个田均使用常规或非反向耕作耕作的方式耕种。从4月初到2011年10月底,在甲虫的陷阱中捕获了甲虫。共捕获了7486个标本,这些标本属于Carabidae科的55种。数量最多的是Poecilus cupreus,Pterostichus melanarius,Harpalus rufipes,Anchomenus dorsalis和Carabus granulatus。两种土壤耕作系统都存在大量的地面甲虫差异和一些生活史特征。特别是,耕作降低了甲足类的丰度,并导致中型噬菌体和春季繁殖者活动增加。

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