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Enhanced tea quality driven by improved aggregate structure and stability:A case study from leguminous green manure intercropping由改良的团聚体结构和稳定性驱动的茶叶品质提升：豆科绿肥间作案例研究
Hu, Kaiyue; Yang, Yao; Duan, Yu; Yuan, Jingjun; Xiao, Yao; Yang, Lei; Jiang, Jie; Ma, Yuanchun; Zhu, Xujun; Fang, Wanping.png)
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收藏 Integrated assessment of productivity, economic and environmental consequences of alternative cropping systems in the North China Plain华北平原不同种植制度的生产力、经济和环境后果的综合评估Liu, Xiaoli; Ma, Jiayu; Fan, Zijie; Li, Zhenlei; Wang, Tao; Sun, Mengmeng; Du, Ruirui; Huang, Xuejun; Zhen, Wenchao; Wang, Yandong 分享 收藏 Assessing trade-offs between peanut productivity, economic returns, and soil sustainability under reduced nitrogen fertilizer in a green manure-peanut rotation: A CRITIC-TOPSIS approach评估绿肥-花生轮作体系下减量施氮对花生产量、经济效益与土壤可持续性的权衡分析：一种CRITIC-TOPSIS方法Xiao, Jiachen; Wu, Xintian; Gao, Yaqi; Chu, Yatong; Zeng, Han; Guo, Xinan; Cao, Tianxiao; Chen, Jin; Yang, Dongqing 分享 收藏 Impacts of inorganic and organic fertilization on soil organic carbon and crop production: a meta-analysis无机和有机施肥对土壤有机碳和作物生产的影响：一项荟萃分析Bai, Zhiyuan; Xu, Jiajie; Shi, Xiaoyu; Harrison, Matthew Tom; Olesen, Jorgen Eivind; Rees, Robert M.; Topp, Cairistiona F. E.; Wen, Xinya; Song, Zhenwei; Yin, Xiaogang; Chen, Haotian 分享 收藏 Long-term green manuring reduces net greenhouse gas emissions in upland cropping systems in China长期绿肥种植减少中国旱地耕作系统中的净温室气体排放Li, Penghui; Liang, Hao; Zhao, Qiu; Zhang, Jiudong; Fu, Libo; Zhang, Dabin; Han, Mei; Zhang, Rui; Zhao, Na; Cao, Weidong; Zhou, Feng 分享 收藏 Roots and the rhizosphere: a perspective on the hidden engine of regenerative, antifragile, and digitally enabled agricultureCesco, Stefano; Zuluaga, Monica Yorlady Alzate; Cavani, Luciano; Borruso, Luigimaria; Laudicina, Vito Armando; Mazzetto, Fabrizio; Mimmo, Tanja; Pii, Youry; Terzano, Roberto; Astolfi, Stefania 分享 收藏 Straw return facilitates the availability of soil nitrogen by altering the metabolic distribution and nitrogen cycling processes高, Y.; 王, L.; 李, M.; 邱, Y.; 宋, Q.; 纪, T.; 龚, Z.; 马, C.; 严, C. 秸秆还田通过改变代谢分配和氮循环过程促进土壤氮素有效性. Farming Syst. 2025, 4, 100192. [Google Scholar] [CrossRef]Gao, Yu; Wang, Lu; Li, Mingyue; Qiu, Yunpeng; Song, Qiulai; Ji, Tianjiao; Gong, Zhenping; Ma, Chunmei; Yan, Chao 分享 收藏 Machine learning reveals that duration dominates rate in driving soil nitrogen cycling responses to long-term fertilization机器学习揭示持续时间主导速率，驱动长期施肥下土壤氮循环响应Wei, Beilei; Wang, Jinrong; He, Shunting; Sun, Yongfeng; Zhang, Xiaoqi; He, Shijie; Ling, Huarong; Yao, Qingfang; Huang, Zhigang; Wang, Ziting 分享 收藏 
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