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Herbivores alter the fitness benefits of a plant-rhizobium mutualism

机译:草食动物改变了植物-根瘤菌共生的健身功效

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Mutualisms are best understood from a community perspective, since third-party species have the potential to shift the costs and benefits in interspecific interactions. We manipulated plant genotypes, the presence of rhizobium mutualists, and the presence of a generalist herbivore and assessed the performance of all players in order to test whether antagonists might alter the fitness benefits of plant-rhizobium mutualism, and vice versa how mutualists might alter the fitness consequences of plant-herbivore antagonism. We found that plants in our experiment formed more associations with rhizobia (root nodules) in the presence of herbivores, thereby increasing the fitness benefits of mutualism for rhizobia. In contrast, the effects of rhizobia on herbivores were weak. Our data support a community-dependent view of these ecological interactions, and suggest that consideration of the aboveground herbivore community can inform ecological and evolutionary studies of legume-rhizobium interactions.
机译:从社区的角度可以最好地理解互惠关系,因为第三方物种有可能改变种间相互作用的成本和收益。我们测试了植物基因型,根瘤菌互生菌的存在以及多食草食动物的存在,并评估了所有参与者的表现,以测试拮抗剂是否会改变植物-根瘤菌互生的适应性益处,反之亦然。植物草食动物对立的适应性后果。我们发现,在存在草食动物的情况下,我们实验中的植物与根瘤菌(根瘤)形成了更多的关联,从而增加了互惠对根瘤菌的适应性益处。相反,根瘤菌对草食动物的作用较弱。我们的数据支持这些生态相互作用的社区依赖性观点,并建议对地上食草动物群落的考虑可以为豆科植物-根瘤菌相互作用的生态学和进化研究提供参考。

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