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首页> 外文期刊>International Journal of Pest Management >Genotypic diversity of soybean in mixed cropping can affect the populations of insect pests and their natural enemies
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Genotypic diversity of soybean in mixed cropping can affect the populations of insect pests and their natural enemies

机译:混作中大豆的基因型多样性会影响害虫及其天敌的数量

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摘要

In order to determine the potential benefits of soybean genotypic diversity for the population densities of major insect pests and their natural enemies, the field treatments were compared in monocultures and mixed cropping systems that included five soybean cultivars. The results indicate that monocultures tended to have similar density of aphids, Aphid glycines Matsumura, but a higher density of leafhoppers, Empoasca flavescens (Fab.), than mixed cropping systems. The mixed cropping array significantly increased the population density of some generalist natural enemies, including ladybeetles, lacewings and hoverflies, to varying degrees. These findings suggest that mixed cropping systems may be more effective to control insect pests than monocultures in soybean fields, and these findings offer a practical implication in modern soybean agricultural industry.
机译:为了确定大豆基因型多样性对主要害虫及其天敌种群密度的潜在好处,比较了包括五个大豆品种的单一栽培和混合种植系统的田间处理。结果表明,与混合种植系统相比,单一栽培的蚜虫密度(Aphid glycines Matsumura)趋于相似,但叶蝉的Empoasca flavescens(Fab。)密度更高。混合作物的排列显着增加了一些通才天敌的种群密度,这些天敌包括瓢虫,草lace和蚜虫。这些发现表明,混合种植系统可能比大豆田中的单一栽培更有效地控制害虫,这些发现为现代大豆农业提供了实际的启示。

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