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Do foliar fungal communities of Norway spruce shift along a tree species diversity gradient in mature European forests?

机译:挪威的叶类真菌群落的云杉是否沿着欧洲成熟森林中的树种多样性梯度移动?

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摘要

Foliar fungal species are diverse and colonize all plants, though whether forest tree species composition influences the distribution of these fungal communities remains unclear. Fungal communities include quiescent taxa and the functionally important and metabolically active taxa that respond to changes in the environment. To determine fungal community shifts along a tree species diversity gradient, needles of Norway spruce were sampled from trees from four mature European forests. We hypothesized that the fungal communities and specific fungal taxa would correlate with tree species diversity. Furthermore, the active fungal community, and not the total community, would shift along the tree diversity gradient. High-throughput sequencing showed significant differences in the fungal communities in the different forests, and in one forest, tree diversity effects were observed, though this was not a general phenomenon. Our study also suggests that studying the metabolically active community may not provide additional information about community composition or diversity. (C) 2016 The Author(s). Published by Elsevier Ltd.
机译:尽管森林树种的组成是否会影响这些真菌群落的分布尚不清楚,但叶类真菌的种类却很多样,并且定植在所有植物上。真菌群落包括静止的分类单元以及对环境变化有反应的功能重要且代谢活跃的分类单元。为了确定沿树木物种多样性梯度的真菌群落转移,从欧洲四个成熟森林的树木中取样了挪威云杉针叶。我们假设真菌群落和特定的真菌分类群将与树种多样性相关。此外,活跃的真菌群落而非整个群落将沿着树木多样性梯度转移。高通量测序显示了不同森林中真菌群落的显着差异,并且在一个森林中,观察到树木多样性的影响,尽管这不是普遍现象。我们的研究还表明,研究代谢活跃的社区可能不会提供有关社区组成或多样性的其他信息。 (C)2016作者。由Elsevier Ltd.发布

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