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The invasive plant, Brassica nigra, degrades local mycorrhizas across a wide geographical landscape

机译:入侵植物芸苔(Brassica nigra)在广泛的地理环境中降解了当地的菌根

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摘要

Disruption of mycorrhizal fungi that form symbioses with local native plants is a strategy used by some invasive exotic plants for competing within their resident communities. Example invasive plants include Alliaria petiolata (garlic mustard) and Brassica nigra (black mustard), both non-mycorrhizal plants in the Family Brassicaceae. Although there is clear evidence for mycorrhizal degradation, it is not known if such an effect is widespread across the naturalized range. In this study, we tested the ability of black mustard to degrade the local mycorrhizal symbiosis and supress the growth of native flora from across a variety of locations where black mustard has invaded. We found that the effects on mycorrhizal fungi and on the growth of native plants were consistently negative at the various sites. The present results indicate that degradation of the mycorrhizal symbiosis by black mustard is of general significance, and may be highly problematic considering the large range that it has occupied in open fields across North America.
机译:与本地本土植物共生的菌根真菌的破坏是一些外来入侵植物在其居住社区内竞争的一种策略。入侵植物的实例包括小蒜Alliaria petiolata(蒜芥)和黑芥子(黑芥菜),均为十字花科的非菌根植物。尽管有明确的证据证明菌根降解,但尚不知道这种作用是否在自然范围内广泛存在。在这项研究中,我们测试了黑芥子降解局部菌根共生并抑制黑芥子入侵的各个位置的天然菌群生长的能力。我们发现,对菌根真菌和天然植物生长的影响在各个部位始终是负面的。目前的结果表明,黑芥末对菌根共生的降解具有普遍意义,考虑到它在整个北美空旷地区所占据的范围很大,可能存在很大的问题。

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