Biochar amendment alters the partitioning of nitrate reduction by significantly enhancing DNRA in a paddy field
2022
Zhijun Wei | Mehmet Senbayram | Xu Zhao | Chenglin Li | Ke Jin | Min Wu | M. Mizanur Rahman | Jun Shan | Xiaoyuan Yan
Highlights Biochar amendment significantly increased DNRA rate in the paddy soil. Increased DNRA rate was due to enhanced C availability and enriched DNRA bacteria. Biochar amendment shifted more nitrate partitioning toward DNRA process. Potential of straw-derived biochar in alleviating N loss was superior to straw itself.
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