Functional Diversity of Ant-Associated Bacterial Communities.

A A Dymova, M M Umarov, N V Kostina, M V Golichenkov, M V Gorlenko
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Abstract

It was found that ants significantly affect the physiological activity and functional diversity of soil microbial communities, and redistribution of biophilic elements (C and N) down through the profile occurs in anthills compared to the control soil, as well as their accumulation in the underground part of the ant nests. A high urease activity was revealed in ant nests and ants. Functional dissimilarities of bacterial communities in all studied objects were determined by the miultisubstrate test.

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抗相关细菌群落的功能多样性
结果发现,蚂蚁显著影响了土壤微生物群落的生理活性和功能多样性,与对照土相比,蚁丘中亲生物元素(C和N)沿剖面向下重新分布,并在蚁巢地下部分积累。在蚁巢和蚂蚁中发现了较高的脲酶活性。通过多底物试验确定了所有研究对象中细菌群落的功能差异。
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