Agricultural management practices in China enhance nitrogen sustainability and benefit human health
文献类型: 外文期刊
作者: Duan, Jiakun;Liu, Hongbin;Zhang, Xiuming;Ren, Chenchen;Wang, Chen;Cheng, Luxi;Xu, Jianming;Gu, Baojing
作者机构:
期刊名称: NATURE FOOD
ISSN:
年卷期: 2024 年
页码:
收录情况: SCIE(2024版)
摘要: The potential of enhanced agricultural management practices to drive sustainability is rarely quantified at grassroots level. Here we analyse nitrogen use and loss in Chinese cropland, drawing from data collected in 2,238,550 sites in two national agricultural pollution source censuses from 2007 to 2017. We find an upswing of 10% in crop yields and an 8% reduction in nitrogen pollution during this period, owing to the promotion and adoption of various management practices (including the combination of organic and chemical fertilizers, straw recycling and deep placement of fertilizer). These practices have collectively contributed to an 18% increase in nitrogen use efficiency in the country. By fully embracing them, we project that annual cropland pollution could be further reduced by up to 1.4 Mt of nitrogen without compromising crop yields. Environmental and human health benefits are projected to consistently outweigh implementation costs in the future, with total benefits reaching US$15 billion. The exact quantification of environmental and human health gains achieved through sustainable nitrogen management is often impaired by real-world data availability. Drawing on an extensive database in China, this study estimates the costs and benefits of combining organic and chemical fertilizers, straw recycling and deep placement of fertilizer.
分类号:
- 相关文献
作者其他论文 更多>>
-
Enhanced anaerobiosis and increased carbon input boost microbial-mediated carbon sequestration in paddy irrigation-drainage units
作者:Wang, Shaopeng;Yin, Yinghua;Zhang, Fulin;Liao, Yongxin;Zhou, Yan;Liu, Hongbin;Zhai, Limei
关键词:Carbon sequestration;Greenhouse gas emission;Irrigation-drainage units;Macrogenome
-
Nitrogen Dynamics and Environmental Sustainability in Rice-Crab Co-Culture System: Optimal Fertilization for Sustainable Productivity
作者:Li, Hao;Wu, Shuxia;Xu, Yang;Li, Weijing;Zhang, Xiushuang;Ma, Siqi;Sun, Wentao;Li, Bo;Fan, Bingqian;Lei, Qiuliang;Liu, Hongbin
关键词:field water;rice-crab co-culture;nitrogen application rate;nitrogen transformation;environmental sustainability
-
Nucleocapsid protein captures DDX5 and RNMT facilitating viral RNA synthesis and viral protein translation for coronavirus replication
作者:Liu, Yuchang;Kong, Ning;Yang, Xinyu;Qin, Wenzhen;Wang, Yahe;Wang, Chen;Sun, He;Wang, Jiarui;Gao, Ao;Zheng, Dongfang;Tong, Wu;Yu, Hai;Zheng, Hao;Tong, Guangzhi;Shan, Tongling
关键词:coronaviruses;RNA-binding proteins;virus-host interaction;RNA synthesis;protein translation
-
Clumped canopy architecture raises global crop yield and reduces N2O emissions
作者:Yan, Yuli;Dang, Chaoya;Liu, Lei;Wang, Zihao;Chen, Liyuan;Jin, Zhenong;Kuzyakov, Yakov;Chen, Jing M.;Zhou, Feng;Zhou, Yanlian;Tian, Hanqin;Liu, Xuejun;Zhu, Qing;Shang, Ziyin;Jiang, Yu;Gu, Baojing;Ding, Yanfeng;Penuelas, Josep;Wang, Songhan
关键词:
-
Japanese encephalitis virus NS3 captures the protein translation element by interacting with HNRNPH1 to promote viral replication
作者:Wang, Xingya;Kong, Ning;Wang, Chen;Qin, Wenzhen;Yang, Xinyu;Yu, Hai;Tong, Wu;Tong, Guangzhi;Li, Lin;Zheng, Hao;Shan, Tongling;Liu, Xuelan
关键词:JEV;NS3;HNRNPH1;Translation regulation element
-
Comparative study on the application of straw, biochar, dimethylpyrazole phosphate, and polyaspartic acid on nitrogen cycle, soil properties, and yield of potted rice
作者:Jia, Lexin;Liu, Tai;Chen, Yanxue;Liu, Hongbin;Wu, Chengyuan;Wang, Hongyuan;Wang, Ziyi;Niu, Chaodan;Yang, Jinhui
关键词:Comparative study;Straw;Biochar;Nitrification inhibitor;PASP;Pot rice
-
Insight into the sorption and desorption pattern of pyrrolizidine alkaloids and their N-oxides in acidic tea ( Camellia sinensis ) plantation soils
作者:Lu, Yuting;Han, Haolei;Yi, Yuexing;Chai, Yunfeng;Wang, Chen;Zhang, Xiangchun;Yang, Xiangde;Chen, Hongping
关键词:Pyrrolizidine alkaloids;Sorption -desorption behavior;Tea plantation system;Acidic soil;Linear regression model