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• Soybean Lodging Classification and Yield Prediction Using Multimodal UAV Data Fusion and Deep Learning

  作者：Xingmei Xu;Yushi Fang;Guangyao Sun;Yong Zhang;Lei Wang;Chen Chen;Lisuo Ren;Lei Meng;Yinghui Li;Lijuan Qiu;Yan Guo;Helong Yu;Yuntao Ma

  关键词：data fusion;deep learning;lodging classification;UAV;yield

• An automatic landmarking algorithm for leaf morphology based on conformal mapping

  作者：Peige Zhong;Xiaojun Liu;Yulu Ye;Rui Zhang;Hu Zhou;Yan Guo;Baoguo Li;Jinyu Zhu;Yuntao Ma

  关键词：Biological homology;Conformal mapping;Dynamic Time Warping algorithm;Leaf phenotyping;Morphometric

• Organic amendments combined with moderate nitrogen rate significantly enhance soil fertility and crop productivity

  作者：Hui Cao;Yingpan Yang;Yang Gao;Junming Liu;Shoutian Ma;Aiwang Duan

  关键词：Nitrogen rates;Organic amendments;Resource use efficiency;Soil fertility index;Wheat yield

• Developments, Applications, and Innovations in Agricultural Sciences and Biotechnologies

  作者：Anzhen Qin;Dongfeng Ning

  关键词：

• Antagonistic SnRK2 and PID kinases' action on auxin transport–mediated root gravitropism

  作者：Fang Sheng;Yu Gao;Yaping Wang;Yang Li;Ji Ao Zhang;Zhaoheng Zhang;Xinyan Qin;Shujuan Zhang;Wen Song;Jigang Li;Yan Guo;Jiří Friml;Zhizhong Gong;Qun Zhang;Jing Zhang

  关键词：auxin transport;kinases;root gravitropism

• Residual film hinders maize root-soil water coordination and root-shoot growth thereby reducing yield and water-nitrogen use efficiencies

  作者：Yuyi Zhang;Xiaobo Gu;Pengpeng Chen;Yadan Du;Yining Lu;Haowei Yin;Zhandong Liu;Huanjie Cai

  关键词：Maize;Residual film;Root-shoot growth;Root-soil water coordination;Water-nitrogen use efficiencies

• Nitrogen reduction with supplemental irrigation enhances yield by delaying leaf senescence and optimizing grain-filling process for ridge-furrow film mulching winter wheat

  作者：Xiaobo Gu;Yang Xu;Tongtong Zhao;Yadan Du;Yuanling Zhang;Yuyu Tian;Zhikai Cheng;Huanjie Cai;Zhandong Liu

  关键词：Grain-filling characteristics;Irrigation and nitrogen optimization;SPAD vertical distribution;Water-nitrogen use efficiencies