The Quantity and Structure of the Saprotrophic Bacterial Complex of the Mycorhizosphere and Hyphosphere of Symbiotrophic Basidiomycetes

E. Yu. Voronina; L. V. Lysak; Yu. A. Zagryadskaya

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The Quantity and Structure of the Saprotrophic Bacterial Complex of the Mycorhizosphere and Hyphosphere of Symbiotrophic Basidiomycetes

机译：共生营养性担子菌的支原体和次球体的营养养分细菌复合体的数量和结构

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The impact of symbiotrophic basidiomycetes on the abundance and structure of the soil saprotrophic bacterial complex of the mycorhizosphere and hyphosphere of 10 species of symbiotrophic basidiomycetes in natural conditions is studied. Compared to the reference soil, one can observe a significant increase in bacterial abundance in the mycirhizosphere and hyphosphere of basidiomycetes. The analysis of the taxonomical structure of bacterial complexes showed that Pseudomonas prevail in the mycorhyzosphere and Bacillus, in the rhizosphere and reference soil. Bacterial complexes of the hyphosphere and those in reference soil showed greater similarity to each other than either of them does to the mycorhizosphere. This fact implies the selective impact of the mycorhizosphere on soil bacteria.

机译：研究了自然条件下共生营养的担子菌对10种共生营养的担子菌的土壤肥力细菌和根际细菌复合体的丰度和结构的影响。与参考土壤相比，人们可以观察到担子菌的菌根根和菌根中细菌丰度显着增加。细菌复合物的分类结构分析表明，假单胞菌主要存在于菌根和芽孢杆菌，根际和参考土壤中。菌丝和参考土壤中的细菌复合物彼此之间的相似性比两者中的任何一个都与菌根体相似。这一事实暗示了真菌根际对土壤细菌的选择性影响。

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《Biology Bulletin》 |2011年第6期|p.622-628|共7页
作者
E. Yu. Voronina; L. V. Lysak; Yu. A. Zagryadskaya;
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Faculty of Soil Science, Moscow State University, Vorob'evy gory, Moscow, 119899 Russia;

Faculty of Soil Science, Moscow State University, Vorob'evy gory, Moscow, 119899 Russia;

Faculty of Soil Science, Moscow State University, Vorob'evy gory, Moscow, 119899 Russia;

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The Quantity and Structure of the Saprotrophic Bacterial Complex of the Mycorhizosphere and Hyphosphere of Symbiotrophic Basidiomycetes

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