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Microbial Diversity of Paulownia spp. Leaves - A New Source of Green Manure

机译:Paulownia SPP的微生物多样性。 叶子 - 一种新的绿色粪便来源

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摘要

This study aimed to analyze the structural and functional diversity of microorganisms inhabiting Paulownia spp. leaves. Next Generation Sequencing (NGS) and Biolog EcoPlates were used to determine microbial diversity. The leaves of Paulownia spp. were taken from two different plantations. Among all the samples, P112_1 was the most abundantly colonized by plant growth promoting bacteria. Overall, the microbial community of the P. elongata x P. fortunei (PB) sample characterized the lowest metabolic activity with the utilization of the carbon sources. All communities used carbohydrates abundantly, whereas amines and amides were used the least. The differences observed may have been due to a variety of factors from composition of the chemicals in the leaf, to the soil type, to the climatic conditions.
机译:本研究旨在分析群泡桐SPP的微生物的结构和功能多样性。 树叶。 下一代测序(NGS)和Biolog渗透物用于确定微生物多样性。 Paulownia SPP的叶子。 来自两种不同的种植园。 在所有样品中,P112_1是通过植物生长促进细菌的最大殖民化。 总体而言,P.Elongata X P. Fortunei(PB)样品的微生物群落表征了利用碳源的最低代谢活性。 所有社区都充满了碳水化合物,而胺和酰胺最少使用。 观察到的差异可能是由于叶中化学物质组成的各种因素,对土壤类型,对气候条件。

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