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菌根与土壤结构

Mycorrhizas and soil structure.

作者信息

Rillig Matthias C, Mummey Daniel L

机构信息

Microbial Ecology Program, Division of Biological Sciences, University of Montana, Missoula, MT 59812, USA.

出版信息

New Phytol. 2006;171(1):41-53. doi: 10.1111/j.1469-8137.2006.01750.x.

Abstract

In addition to their well-recognized roles in plant nutrition and communities, mycorrhizas can influence the key ecosystem process of soil aggregation. Here we review the contribution of mycorrhizas, mostly focused on arbuscular mycorrhizal fungi (AMF), to soil structure at various hierarchical levels: plant community; individual root; and the soil mycelium. There are a suite of mechanisms by which mycorrhizal fungi can influence soil aggregation at each of these various scales. By extension of these mechanisms to the question of fungal diversity, it is recognized that different species or communities of fungi can promote soil aggregation to different degrees. We argue that soil aggregation should be included in a more complete 'multifunctional' perspective of mycorrhizal ecology, and that in-depth understanding of mycorrhizas/soil process relationships will require analyses emphasizing feedbacks between soil structure and mycorrhizas, rather than a uni-directional approach simply addressing mycorrhizal effects on soils. We finish the discussion by highlighting new tools, developments and foci that will probably be crucial in further understanding mycorrhizal contributions to soil structure.

摘要

除了在植物营养和群落中广为人知的作用外,菌根还能影响土壤团聚这一关键的生态系统过程。在此,我们综述菌根(主要聚焦于丛枝菌根真菌,即AMF)在不同层次水平对土壤结构的贡献:植物群落;单个根系;以及土壤菌丝体。菌根真菌可通过一系列机制在这些不同尺度上影响土壤团聚。将这些机制延伸到真菌多样性问题上,可以认识到不同的真菌物种或群落促进土壤团聚的程度不同。我们认为,在更完整的菌根生态学“多功能”视角中应纳入土壤团聚,并且深入理解菌根/土壤过程关系将需要强调土壤结构与菌根之间反馈的分析,而不是简单地采用单向方法来探讨菌根对土壤的影响。我们通过强调可能对进一步理解菌根对土壤结构的贡献至关重要的新工具、进展和重点来结束讨论。

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