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首页> 外文期刊>Neotropical Entomology >Response of the Predatory Mite Phytoseiulus macropilis (Banks) to Volatiles Produced by Strawberry Plants in Response to Attack by Tetranychid Mites (Acari: Phytoseiidae: Tetranychidae)
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Response of the Predatory Mite Phytoseiulus macropilis (Banks) to Volatiles Produced by Strawberry Plants in Response to Attack by Tetranychid Mites (Acari: Phytoseiidae: Tetranychidae)

机译:捕食性螨(Pytoseiulus macropilis(Banks)对草莓植物产生的挥发物的响应,以应对四叶虫(Tetranychid)螨的侵袭(Acari:Phytoseiidae:Tetranychidae)

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摘要

The attack of phytophagous mites may induce plants to produce volatiles, which in turn may attract predators. The occurrence of multiple phytophagous infestations on plants may influence predator response. In this paper, we investigated whether the attraction of the predatory mite Phytoseiulus macropilis (Banks) to phytophagous-infested plants would change with the simultaneous presence of two tetranichid mites Oligonychus ilicis (McGregor) and Tetranychus urticae Koch. While the former species is rarely found on strawberry plants and is only occasionally found in association with P. macropilis, the latter is commonly found on strawberry plants and is frequently found in association with P. macropilis. Y-tube olfactometer test assays demonsttated that the predator preferred plants infested with T. urticae, avoided plants infested with O. ilicis, and had no preference for plants infested with both phytophagous mite species. These resutts indicated that the presence of a non-prey species (O. ilicis)on a given plant can alter the response of the predator to one of its prey (T. urticae). The consequences of the predatory behavior determined in this study on the predator ability to conttol T. urticae population on strawberry plants are discussed.
机译:植食性螨虫的侵袭可能诱使植物产生挥发物,而挥发物又会吸引食肉动物。在植物上发生多次植物吞噬性侵扰可能会影响捕食者的反应。在本文中,我们调查了捕食性螨(Phytoseiulus macropilis)(Banks)对被植物吞噬的植物的吸引力是否会随着同时存在两种四角螨(Oligonychus ilicis)和Megtranchuchus urticae Koch而改变。前者很少在草莓植株上发现,仅偶尔与巨果假单胞菌相关,而后者通常在草莓植株上发现,并经常与巨果假单胞菌相关。 Y管嗅觉仪测试测定法表明,捕食者偏爱被荨麻疹侵染的植物,避免了被O虫侵染的植物,并且不偏爱同时被这两种植食性螨虫侵染的植物。这些结果表明,给定植物上存在非猎物物种(O. ilicis)可以改变捕食者对其猎物(T. urticae)的反应。讨论了本研究中确定的掠食行为对控制草莓类荨麻疹种群的捕食能力的后果。

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