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Effects of Organic Farming on Communities of Arbuscular Mycorrhizal Fungi

机译:有机耕作对丛枝菌根真菌群落的影响

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Red pepper ( Capsicum annum L.) roots and soils representing different agricultural management practices such as conventional (CON), no-chemical (NOC), and organic farming systems (ORG) were collected from 32 farm field sites in Kyunggi, Korea to investigate the effects of these agricultural practices on arbuscular mycorrhizal (AM) symbiosis. ORG inoculum significantly increased plant growth compared to inoculum from CON and NOC. A community analysis of AM fungi (AMF) using morphological features of spores revealed that AMF spore abundance and species diversity were significantly higher in ORG than in CON. Additionally, a community analysis of AMF colonizing roots using a molecular technique revealed higher AMF diversity in ORG than in CON. These results suggest that agricultural practices significantly influence AM fungal community structure and mycorrhizal inoculum potential.
机译:从韩国京畿道的32个农田中收集了代表不同农业管理实践的红辣椒(Capsicum annum L.)根和土壤,例如常规(CON),非化学(NOC)和有机耕作系统(ORG)。这些农业实践对丛枝菌根(AM)共生的影响。与来自CON和NOC的接种物相比,ORG接种物显着提高了植物的生长。使用孢子形态特征对AM真菌(AMF)进行的社区分析显示,ORG中的AMF孢子丰度和物种多样性显着高于CON。此外,使用分子技术对AMF移生根的群落分析表明,ORG中的AMF多样性高于CON中的AMF多样性。这些结果表明,农业实践显着影响AM真菌的群落结构和菌根接种物的潜力。

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