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丛枝菌根的多功能性和生物多样性。

Multi-functionality and biodiversity in arbuscular mycorrhizas.

机构信息

K.K. Newsham is at ITE Monks Wood Research Station, Abbots Ripton, Huntingdon, Cambridgeshire, UK PE17 2LS.

出版信息

Trends Ecol Evol. 1995 Oct;10(10):407-11. doi: 10.1016/s0169-5347(00)89157-0.

Abstract

Plant roots in natural ecosystems are typically colonized by a wide range of fungi. Some of these are pathogenic, others appear to be opportunistic and have no apparent impact, while mycorrhizal fungi are generally regarded as mutualistic. Of the various types of mycorrhizal fungi, the arbuscular mycorrhizal (AM) association is by far the most abundant and widespread. While the most widely accepted model of AM function depends upon plants benefiting from the facilitation of phosphorus uptake, recent data from field-based studies in temperate ecosystems indicate that only plant species with poorly branched root systems benefit from AM fungi in this way: species with highly branched root systems may benefit in other ways, such as by being protected against root pathogenic fungi. These two responses apparently represent extremes along a continuum of AM benefit determined by root system architecture.

摘要

在自然生态系统中,植物根系通常会被大量真菌定殖。其中一些是病原性的,另一些则似乎是机会性的,没有明显的影响,而菌根真菌通常被认为是互利共生的。在各种类型的菌根真菌中,丛枝菌根(AM)的联系是迄今为止最丰富和广泛的。虽然最广泛接受的 AM 功能模型依赖于植物从促进磷吸收中受益,但来自温带生态系统的基于现场的研究的最新数据表明,只有根系系统分枝不良的植物物种会从 AM 真菌中受益:根系系统分枝良好的物种可能会以其他方式受益,例如免受根病原真菌的侵害。这两种反应显然代表了根系系统结构决定的 AM 益处连续体上的两个极端。

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