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Plant and arbuscular mycorrhizal fungal (AMF) communities - which drives which?

机译:植物和丛枝菌根真菌(AMF)社区-哪个驱动因素?

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More than a decade ago, the Driver (arbuscular mycorrhizal fungal partners drive plant communities) and Passenger (AMF community dynamics follows changes in the host plant community) hypotheses were suggested to explain the mutual relationships of plant and AMF communities. We propose one more hypothesis: the Habitat hypothesis, which postulates that both plant and AMF communities follow changes in abiotic conditions. The null hypothesis for all three working hypotheses can be called the Independence hypothesis, which proposes that plant and AMF communities are unrelated. We investigate the assumptions of these hypotheses and the available evidence in support of them. We suggest that community dynamics during secondary succession, including those related to land-use changes, may be explained by the Driver hypothesis, while the dynamics of plant and AMF communities during primary succession may be explained by the Passenger hypothesis. Within-region co-variation of successionally stable plant and AMF communities may be explained by the Habitat hypothesis, while the Independence hypothesis may explain global patterns of plant and AMF communities. These suggestions are tentative, and more evidence from both descriptive and experimental studies is required to assess them. In particular, comparative information is needed about dispersal limitation of plant and AMF communities in dynamic landscapes
机译:十多年前,提出了驱动程序(丛枝菌根真菌伴侣驱动植物群落)和乘客(AMF群落动态跟随宿主植物群落的变化)假说来解释植物和AMF群落的相互关系。我们提出了另一种假说:人居假说,该假说假设植物和AMF群落都遵循非生物条件的变化。这三个工作假设的原假设都可以称为独立假设,该假设表明植物和AMF群落无关。我们调查这些假设的假设以及支持它们的可用证据。我们建议,次生演替过程中的群落动态,包括那些与土地利用变化有关的动力学,可以通过驾驶员假说来解释,而一次演替过程中的植物群落和AMF群落的动力学,可以由乘客假说来解释。栖息地假说可以解释连续稳定的植物和AMF群落的区域内协变,而独立性假说可以解释植物和AMF群落的整体模式。这些建议是暂定的,需要更多来自描述性研究和实验研究的证据来评估它们。特别是,需要有关动态景观中植物和AMF群落扩散限制的比较信息。

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