根际
反硝化
反硝化细菌
环境化学
污染物
人工湿地
微生物
湿地
化学
环境科学
生态学
细菌
生物
氮气
遗传学
有机化学
作者
Shunwen Bai,Juntong Chen,Mengran Guo,Nan-Qi Ren,Xinyue Zhao
标识
DOI:10.1016/j.envint.2022.107690
摘要
-N (50%) removal, whereas the enrichment of denitrifiers (e.g., Hydrogenophaga and Ralstonia) and methanotrophs (Methanobaterium) in the lower layer could stimulate denitrification. The function prediction results further certified that the abundance of genes catalyzing nitrifying and denitrification processes were significantly enhanced in the upper and bottom layers, respectively, which was attributed to the oxygen concentration gradient in the rhizosphere. This study contributes to further unraveling the rhizosphere effect and enables an improved understanding of the decontamination mechanisms of CWs.
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