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解密稻田残留氮肥去向:作物吸收而非环境损失 被引量:2
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作者 赵旭 王盈盈 +8 位作者 蔡思源 jagdish k.ladha Michael J.Castellano 夏龙龙 谢迎新 熊正琴 谷保静 邢光熹 颜晓元 《Science Bulletin》 SCIE EI CAS CSCD 2024年第9期1212-1216,共5页
Rice-based cropping systems are prevalent in Asia,accounting for 16%of global nitrogen(N)fertilizer consumption and providing billions of calories[1].Among these,the rice-wheat cropping system(RWCS)stands out as a cri... Rice-based cropping systems are prevalent in Asia,accounting for 16%of global nitrogen(N)fertilizer consumption and providing billions of calories[1].Among these,the rice-wheat cropping system(RWCS)stands out as a critical contributor to global food security,covering an extensive area of 23.5 million hectares(mha)in Asia and sustaining 4.4 billion people[2]. 展开更多
关键词 CROPPING 环境损失 FERTILIZER
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