Chitosan-functionalized biochar modulates arsenic speciation, distribution, and stress tolerance during rice growth in contaminated paddy systems: role of natural aging (IMAGE)

Biochar Editorial Office, Shenyang Agricultural University

Chitosan-functionalized biochar modulates arsenic speciation, distribution, and stress tolerance during rice growth in contaminated paddy systems: role of natural aging

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Chitosan-functionalized biochar modulates arsenic speciation, distribution, and stress tolerance during rice growth in contaminated paddy systems: role of natural aging

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Meng Li, Jianhong Li, Hongni Xiong, Jiayi Li, Xiaokai Zhang, Williamson Gustave, Weijie Xu, Lizhi He, Xing Yang, Shengdao Shan, Hanbo Chen, Xu Yang & Hailong Wang

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