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Welcome to the neighbourhood: interspecific genotype by genotype interactions in Solidago influence above- and belowground biomass and associated communities

机译:欢迎来到附近地区:在Solidago中,通过种型相互作用的种间种型影响地上和地下生物量及相关群落

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摘要

Intra- and interspecific plant–plant interactions are fundamental to patterns of community assembly and to the mixture effects observed in biodiversity studies. Although much research has been conducted at the species level, very little is understood about how genetic variation within and among interacting species may drive these processes. Using clones of both Solidago altissima and Solidago gigantea, we found that genotypic variation in a plant's neighbours affected both above- and belowground plant traits, and that genotype by genotype interactions between neighbouring plants impacted associated pollinator communities. The traits for which focal plant genotypic variation explained the most variation varied by plant species, whereas neighbour genotypic variation explained the most variation in coarse root biomass. Our results provide new insight into genotypic and species diversity effects in plant–neighbour interactions, the extended consequences of diversity effects, and the potential for evolution in response to competitive or to facilitative plant–neighbour interactions.
机译:种内和种间植物间的相互作用对于群落聚集的模式以及生物多样性研究中观察到的混合效应至关重要。尽管已经在物种水平上进行了很多研究,但对于相互作用物种内部和相互作用物种之间的遗传变异如何驱动这些过程的了解很少。我们使用Solidago altissima和Solidago gigantea的克隆,发现植物邻居的基因型变异会影响地上和地下植物性状,而相邻植物之间的基因型相互作用所产生的基因型也会影响相关的授粉媒介群落。重点植物基因型变异解释的特征随植物种类变化最多,而邻近基因型变异解释的粗根生物量变化最大。我们的结果提供了对植物与邻居相互作用中的基因型和物种多样性影响,多样性影响的广泛后果以及响应竞争性或促进性植物与邻居相互作用而进化的潜力的新见解。

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