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在南乌拉尔和松萨尔地区(基尔吉兹加盟共和国)条件下表明,土壤中过量的铜、锌、铅使土壤微生物各种指标发生规律性减少,但同时,相对于细菌却增加了真菌的生物量。这些资料表明,在极端的地球化学条件下,与细菌和放线菌相比,真菌相对增加,并对环境中过量的重金属表现出了较大的稳定性。在地球化学方面的微生物生态学研究中,反应不同地球化学条件下微生物群落增长特点对受地球化学因素制约的微生物演化规律研究以及制定在特定的地球化学模拟条件下微生物群落结构和功能变化规
Under the conditions of the Southern Urals and the Sonar region (Kyrgyz Republic), excess copper, zinc and lead in soils regularly reduced various indicators of soil microbes, but at the same time increased fungi relative to bacteria Of biomass. These data indicate that, under extreme geochemical conditions, fungi are relatively increased compared to bacteria and actinomycetes and exhibit greater stability to excess heavy metals in the environment. In the field of geochemical microbiological ecology, the study of microbial community growth characteristics under different geochemical conditions on the evolution of microorganisms under the constraints of geochemical factors, as well as the development of microbial community structure and functional changes in specific geochemical simulation conditions