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The Mycorrhizae: a plant-fungus relation that has existed for more than 400 million years

机译:菌根:一种植物与真菌的关系已经存在了四亿多年

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The concept of mycorrhiza is considered in a wide sense, as a not necessarily mutualistic symbiosis, covering the trophic relations of mycorrhizal fungi with “inferior” and achlorophyllics plants. A bibliographical review of the origin and diversification of mycorrhizae is made. The pioneering characteristics of the arbuscular mycorrhiza formed by Glomeromycota are discussed, emphasizing its importance during the terrestrialization processes. The chronological appearance of the other types of mycorrhizas is discussed. The independent and recurrent evolution of the ectomycorrhizas formed by Basidiomycota and Ascomycota is discussed; their saprobiont or parasite origin points to the versatile nutritional strategy of these fungi, in adaptative response to environmental changes, as does the origin of the singular ericoid, arbutoid and helianthemoid mycorrhizas. The particular trophic relation between achlorophyllic plants, such as Monotropa and orchids, in their heterotrophic phases, with their “mycorrhizal” fungi is also described. Finally, the recent evolution of the non mycotrophic root systems is commented on.
机译:菌根的概念被广泛地认为是一种不一定是共生的共生关系,涵盖了菌根真菌与“劣等”和叶绿素植物的营养关系。书目回顾了菌根的起源和多样性。讨论了由球菌形成的丛枝菌根的开创性特征,强调了其在陆地化过程中的重要性。讨论了其他类型菌根的时间顺序出现。讨论了由担子菌和子囊菌形成的外生菌根的独立和反复演变。它们的腐生或寄生虫起源指向这些真菌的多功能营养策略,对环境变化具有适应性,奇异的类固醇,熊果苷和螺旋体菌根的起源也是如此。还描述了叶绿素类植物(如Monotropa和兰花)在其异养期与“菌根”真菌之间的特殊营养关系。最后,对非营养营养性根系的最新进展进行了评论。

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