Study on the mycorrhizal structure of common plants and rhizosphere AMF diversity of different plant communities in Central Province, Mongolia

Munkhzul Tsetsegmaa, Lumeng Chao, Yuying Bao
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Abstract

With the dual destruction cased by man-made activities and natural causes, the biodiversity and ecosystem function of the prairie are reducing rapidly, which are manifest in such phenomenon as grassland desertification, sharp reduction in wetland, soil quality degradation, erosion of soil by wind, rain and watersheds. This condition restricts the development level of Mongolia's financial status and production forces, and so the protection and utilization of biodiversity resources are extremely important and harbor no delay. Arbuscular mycorrhizal fungi (AMF) has a broad distribution and species diversity, it also has very important functions of maintaining material circulation in ecosystems, improving ecosystem productivity, and ensuring ecological restoration. We selected different plant communities and the common plants in the Tuv aimag (Central province) of Mongolia to study the correlation between species diversity, genetic diversity and AM fungi distribution with physical and chemical properties of soil.
蒙古中部常见植物菌根结构及不同植物群落根际AMF多样性研究
在人为活动和自然原因的双重破坏下,草原生物多样性和生态系统功能迅速减少,表现为草地沙漠化、湿地急剧减少、土壤质量退化、水土流失等现象。这种状况制约了蒙古国财政状况和生产力的发展水平,因此保护和利用生物多样性资源刻不容缓。丛枝菌根真菌(AMF)分布广泛,种类多样,在维持生态系统物质循环、提高生态系统生产力、保障生态恢复等方面具有十分重要的功能。以蒙古中部图瓦伊马格(Tuv aimag)不同植物群落和常见植物为研究对象,研究植物物种多样性、遗传多样性和AM真菌分布与土壤理化性质的相关性。
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