
Zhenyu Wang
Contributor at Chemical Communications
Articles
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5 days ago |
pubs.acs.org | Shuang Chen |Zhenyu Wang |Jia Gao |Yanlin Wang
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5 days ago |
dx.doi.org | Shuang Chen |Zhenyu Wang |Jia Gao |Yanlin Wang
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6 days ago |
dx.doi.org | Zhenyu Wang |Yongqi Pan |Ruobing Xin |Qiang Chen
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2 weeks ago |
dx.doi.org | CHEN CHEN |Cengceng Du |Zhenyu Wang |Xin Chen
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2 weeks ago |
nature.com | Zhenyu Wang
AbstractEnhancing sustainable rice production is crucial for global food security. Here we demonstrate that 0.1 mg kg‒1selenium-engineered nanomaterials promote rice (Oryza sativa L.) tillering and yield by optimizing the rhizosphere microbial community, improving nitrogen use efficiency, and modulating plant hormones and growth-related genes. Using pot experiments with five different soils and field trials in China, we found that soil organic carbon strongly influences nanomaterial effectiveness.
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