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Mycosphere Essay 17 Arbuscular mycorrhizal symbiosis and drought tolerance in crop plants.

机译:真菌层论文17作物中的丛枝菌根共生和抗旱性。

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Drought dramatically reduces crop yield, therefore remains as a major threat to food security. Overcoming drought by crop plants is a complex phenomenon – where plants find ways mainly through physiological adaptation. However, in nature, the plants rely also on microbes for mitigating the drought effects. Below ground association of plant roots with rhizosphere microorganisms for tolerating drought has been though established earlier, the exact mechanism is being understood only recently. The role of below ground microbes, particularly by the arbuscular mycorrhizal fungi (AMF), in drought tolerance by crop plants is currently a key research topic. The significance and highlights of the recent research as well as the past understanding of mechanisms by which crop plants tolerate drought through association of soil beneficial microbes, particularly with that of the AMF, is discussed in this review.
机译:干旱大大降低了农作物的产量,因此仍然是对粮食安全的主要威胁。通过农作物克服干旱是一个复杂的现象-植物主要通过生理适应找到方法。但是,在自然界中,植物还依靠微生物来减轻干旱的影响。虽然已经较早地建立了植物根与根际微生物在地下的耐受性的地下关联,但是直到最近才了解确切的机制。地下微生物,尤其是丛枝菌根真菌(AMF)的微生物在农作物耐旱性中的作用是目前的关键研究课题。本文综述了近期研究的意义和亮点,以及对作物植物通过与土壤有益微生物(特别是与AMF的土壤)结合而耐受干旱的机制的过去的理解和关注。

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