开花植物作为避难所改善褐飞虱卵寄生生态系统服务的效益

N. G. Sinulingga, Y. Trisyono, E. Martono, B. Hadi
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引用次数: 3

摘要

水稻褐飞虱Nilaparvata lugens Stal。,2017年趋于增长。人们对通过操纵栖息地植物物种和群落以造福昆虫天敌来减少对杀虫剂的依赖非常感兴趣。开花植物作为避难所有助于增强生态系统服务。本研究旨在评估开花植物作为避难所的效益,以提高褐飞虱卵寄生蜂的作用。我们使用诱捕程序对三块稻田进行了采样:靠近避难所的稻田、远离避难所的稻田和没有避难所的稻田。我们在Banyumas中发现了两个属的寄生蜂:Oligosita和Anagrus。三个稻田的寄生率分别为46.14%、43.05%和42.32%,没有差异。然而,从安置在有避难所的稻田中的诱捕器中出现的寄生蜂数量(31.08只成虫/诱捕器)高于其他两个稻田(25.67只和20.71只成虫/捕捉器)。此外,有避难所的水稻中未孵化的寄生蜂数量(5.9%)低于没有避难所的水稻(14.54%)。这些发现表明,避难所通过增加产生的后代数量为寄生蜂提供了更好的环境,最终可以增加它们在管理褐飞虱种群中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Benefits of Flowering Plant as Refuge to Improve the Ecosystems Services by Egg Parasitoids of the Rice Brown Planthopper
Outbreaks of the rice brown planthopper, Nilaparvata lugens Stal., tend to increase in 2017. There has been significant interest to reduce reliance on pesticides by manipulating habitat plant species and communities to benefit natural enemies of insect. Flowering plants as refuge can contribute in enhancing the ecosystem services. This study aimed to assess the benefit of flowering plants as refuge to improve the role of egg parasitoids of brown planthopper. We sampled three rice fields: rice field adjacent to refuge, far from refuge, and rice field with no refuge using trapping procedure. We found two genera of parasitoid in Banyumas: Oligosita and Anagrus. The parasitism in the three rice fields was 46.14, 43.05 and 42.32%, respectively, showing no differences. However, the number of parasitoids emerged from the traps placed in the rice field with refuge was higher (31.08 adults/trap) than the other two rice fields (25.67 and 20.71 adults/trap). In addition, the number of unhatched parasitoids was lower in the rice with refuge (5.9%) compared to no refuge (14.54%). These findings show that the refuge provides better environments for the parasitoid by improving the number of progeny produced which eventually could increase their role in managing N. lugens population.
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