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Simulation of Evapotranspiration and Yield of Maize: an Inter-Comparison among 41 Maize Models

Bruce A. Kimball,Kelly R. Thorp,Kenneth J. Boote,Claudio Stockle,Andrew E. Suyker,Steven R. Evett,David K. Brauer,Gwen G. Coyle,Karen S. Copeland,Gary W. Marek,Paul D. Colaizzi,Marco Acutis,Seyyedmajid Alimagham,Sotirios Archontoulis,Faye Babacar,Zoltan Barcza,Bruno Basso,Patrick Bertuzzi,Julie Constantin,Massimiliano De Antoni Migliorati,Benjamin Dumont,Jean-Louis Durand,Nandor Fodor,Thomas Gaiser,Pasquale Garofalo,Sebastian Gayler,Luisa Giglio,Robert Grant,Kaiyu Guan,Gerrit Hoogenboom,Qianjing Jiang,Soo-Hyung Kim,Isaya Kisekka,Jon Lizaso,Sara Masia,Huimin Meng,Valentina Mereu,Ahmed Mukhtar,Alessia Perego,Bin Peng,Eckart Priesack,Zhiming Qi,Vakhtang Shelia,Richard Snyder,Afshin Soltani,Donatella Spano,Amit Srivastava, Aimee Thomson,Dennis Timlin,Antonio Trabucco,Heidi Webber,Tobias Weber,Magali Willaume,Karina Williams,Michael van der Laan,Domenico Ventrella,Michelle Viswanathan, Xu,Wang Zhou

AGRICULTURAL AND FOREST METEOROLOGY（2023）

引用 12|浏览13
关键词
Maize,Simulation,Evapotranspiration,Water use,Crop models,Yield
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