HIGHLIGHTS
- who: ufeffZhenyingufeff ufeffLvufeff et al. from the University of Ottawa, Canada have published the research: Effects of autumn diurnal freeze-thaw cycles on soil bacteria and greenhouse gases in the permafrost regions, in the Journal: (JOURNAL)
- what: The main reasons for these differences might be attributed to soil types, physicochemical properties, freeze-thaw patterns, and soil microbial activity (Zhou et_al, 2019; Wu et_al, 2020). This study explored the responses of topsoil bacteria in active layer and surface greenhouse gas fluxes to autumn DFTCs in the permafrost regions of the Shule River headwaters on the western . . .
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