Article: "Advances in research on the effects of the interference of the abiotic environmental factor in the climate change of the succession of the microbial community and human activity have made the problem of ecological protection increasing Findings of the current interference of several abiotic environmental factors, poses important problems that must be solved urgently in a continuous mechanism of diversity of the microbial community under the interference of abiotic environmental factors, enjoy future research addresses and proposes research on研究通过间接改变有机体或养分的扩散和交换来改变遗传的微生物多样性，结构和功能。通过调节微生物物种之间的相互作用，对微生物群落的结构进行了区分。氮。除了特殊环境外，他还指出，太空环境还包括特殊的人工环境，例如太空站。低剂量的电离辐射可显着改善微生物群落的生物多样性，并且比人类和内部环境高得多。过去，宇航员在国际空间站使用的季铵盐的细菌物质是细菌耐药性差异的结果，以及在更复杂的离子辐射环境中Quaternary铵盐的降解效应，导致最复杂的社区遗传和形成最复杂的社区，并形成了相同的现象。