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Microbial Community Composition of Latosols Under a Rubber Plantation

机译:在橡胶园植物下的Latosols微生物群落组成

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The aim of this study was to investigate impacts of rubber tree plantation on soil microbial communities, varying in soil parent materials, by using phospho-lipid fatty acid (PLFA) analysis. Soils formed by basalt had a higher total microbial biomass indicated by PLFAs concentration than in soils formed by granite and neritic sediment. The ratio of fungi to bacteria biomass was significantly greater in rubber plantations than in grass fields on soils developed from the same parent material. The primary difference in microbial community structure of the 11 soils was between soils formed by basalt versus soils formed by granite and neritic sediment.
机译:本研究的目的是调查橡胶树种植园对土壤微生物社区的影响,通过使用磷脂脂肪酸(PLFA)分析来改变土壤母体材料。由玄武岩形成的土壤具有较高的总微生物生物量,其总微生物生物量浓度小于花岗岩和内腔沉积物形成的土壤中。橡胶种植园中真菌与细菌生物量的比例显着大于来自同一母体材料的土壤的草地。 11个土壤微生物群落结构的主要差异在玄武岩和树腔沉积物形成的玄武岩与土壤中的土壤之间。

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