Published: Jan. 1, 2023

The surface sediments as a repository of pelagic environment changes and microbial community structural succession tend to have profound effect on global local nitrogen sulfur cycling. In this study, analysis sediment samples collected from the Bohai Sea, Yellow north East China Seas (BYnECS) revealed longitude, latitude, depth, chlorophyll had strongest influence structure (p-values < 0.005). A clear distance-decay pattern was exhibited in BYnECS. result co-occurrence network modularization implied that more active pathway winter thiosulfate reduction nitrate reduction, while summer it nitrification. potential functional genes were predicted communities, most dominant assigned assimilatory denitrification, dissimilatory reduction. This study innovatively explored relationships between cycling these three sea regions Sea.

Language: Английский