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Biotic interactions of mites, plants and leaf domatia

机译:螨虫,植物与叶的生物相互作用

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Leaf domatia, minute structures that typically house mites and other small arthropods, are produced by an impressive number of plants; however, their role in mediating plant-mite mutualism has only recently been elucidated. New evidence indicates that domatia function primarily as refuges for beneficial mites against predators. The presence of domatia therefore results in more beneficial mites on leaves, fewer pathogen attacks and reduced leaf herbivory. Unexpectedly, herbivorous mites are specialized domatia inhabitants of some plants. By providing refuges for herbivores, however, domatia may stabilize interactions between predator and their mite prey and thereby reduce the chances of herbivore outbreaks. Understanding the ecological mechanisms that promote beneficial interactions between mites and plants could have important implications for pest management.
机译:叶子的多梦症是通常由螨虫和其他节肢动物组成的微小结构,是由大量植物产生的。然而,直到最近才阐明了它们在调解植物螨虫共生中的作用。新的证据表明,多毛症主要是作为有益螨对食肉动物的庇护所。因此,多肉症的存在会导致叶片上的螨​​虫更多,病原体侵袭更少,叶片的草食性降低。出乎意料的是,草食螨虫是某些植物的专门的多米亚虫栖息地。但是,通过为食草动物提供避难所,食堂可以稳定食肉动物与其螨类猎物之间的相互作用,从而减少食草动物暴发的机会。了解促进螨与植物之间有益相互作用的生态机制可能对有害生物管理具有重要意义。

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