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Bayesian species delimitation reveals generalist and specialist parasitic wasps on Galerucella beetles (Chrysomelidae): sorting by herbivore or plant host

机译:贝叶斯物种定界揭示了Galerucella甲虫(Chrysomelidae)上的普通寄生虫和专业寄生黄蜂:按草食动物或植物宿主分类

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摘要

BackgroundTo understand the ecological and evolutionary consequences of species interactions in food webs necessitates that interactions are properly identified. Genetic analyses suggest that many supposedly generalist parasitoid species should rather be defined as multiple species with a more narrow diet, reducing the probability that such species may mediate indirect interactions such as apparent competition among hosts. Recent studies showed that the parasitoid Asecodes lucens mediate apparent competition between two hosts, Galerucella tenella and G. calmariensis, affecting both interaction strengths and evolutionary feedbacks. The same parasitoid was also recorded from other species in the genus Galerucella, suggesting that similar indirect effects may also occur for other species pairs.
机译:背景为了了解食物网中物种相互作用的生态和进化后果,必须正确识别相互作用。遗传分析表明,应该将许多所谓的通才寄生虫物种定义为饮食更窄的多种物种,从而降低了此类物种可能介导间接相互作用(例如宿主之间明显竞争)的可能性。最近的研究表明,拟寄生物Asecodes lucens介导了两个宿主,Galerucella tenella和G. Calariensis之间的明显竞争,影响了相互作用强度和进化反馈。在Galerucella属中其他物种也记录了相同的寄生虫,这表明其他物种对也可能发生类似的间接影响。

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