Ericoid菌根关联:适应广泛生境的能力

Derek T. Mitchell , Brian R. Gibson
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引用次数: 46

摘要

Ericoid菌根真菌与Ericaceae成员的根共生,包括Calluna, Epacris, Erica, Rhododendron和Vaccinium等属。这些ericoid菌根组合已经适应了广泛的栖息地,从北半球的腐殖质较多的土壤到南半球的沙质土壤。它们还在使愈伤组织(Calluna vulgaris, L.)在北半球的船体上殖民矿山的战利品,这是有毒废物的不适合大多数植物生长的环境。描述了利用氮和磷的复杂形式和提供对有毒金属的保护的机制。这些机制是由菌根类菌根结合力进行的,使寄主植物能够在不同的栖息地建立。
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Ericoid mycorrhizal association: ability to adapt to a broad range of habitats

Ericoid mycorrhizal fungi are symbiotically associated with the roots of members of the Ericaceae which include genera such as Calluna, Epacris, Erica, Rhododendron and Vaccinium. These ericoid mycorrhizal associations have adapted to a broad range of habitats, from mor humus soils of the northern hemisphere to sandy soils occurring in the southern hemisphere. They also play an important part in enabling plants like Calluna vulgaris (L.) Hull in the northern hemisphere to colonize mine spoils which are inhospitable environments of toxic waste for growth of most plants. The mechanisms of utilizing complex forms of nitrogen and phosphorus and providing protection against toxic metals are described. These mechanisms carried out by ericoid mycorrhizal associations enable host plants to establish in diverse habitats.

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