A few key nirK- and nosZ-denitrifier taxa play a dominant role in moisture-enhanced N2O emissions in acidic paddy soil

Hongling Qin,Dou Wang,Xiaoyi Xing,Yafang Tang,Xiaomeng Wei,Xiangbi Chen,Wenzhao Zhang,Anlei Chen,Lingling Li,Yi Liu,Baoli Zhu

Geoderma（2021）

引用 38|浏览8

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摘要

•Under high NH4NO3 availability, paddy soils with 125% WFPS produced the highest N2O.•Denitrification was the dominant process to N2O flux during rice growing seasons.•A few key taxa of nirK- and nosZ-containing denitrifiers mitigate N2O emissions.

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关键词

Acidic paddy soil,Denitrification,N2O emission,Nitrification,Key taxa,Interaction networks

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