Simulation of maize evapotranspiration: An inter-comparison among 29 maize models
2019
Kimball, Bruce A. | Boote, Kenneth J. | Hatfield, Jerry L. | Ahuja, Laj R. | Stockle, Claudio | Archontoulis, Sotirios | Baron, Christian | Basso, Bruno | Bertuzzi, Patrick | Constantin, Julie | Deryng, Delphine | Dumont, Benjamin | Durand, Jean-Louis | Ewert, Frank | Gaiser, Thomas | Gayler, Sebastian | Hoffmann, Munir P. | Jiang, Qianjing | Kim, Soo-Hyung | Lizaso, Jon | Moulin, Sophie | Nendel, Claas | Parker, Philip | Palosuo, Taru | Priesack, Eckart | Qi, Zhiming | Srivastava, Amit | Stella, Tommaso | Tao, Fulu | Thorp, Kelly R. | Timlin, Dennis | Twine, Tracy E. | Webber, Heidi | Willaume, Magali | Williams, Karina | University of Florida | USDA-ARS | USDA | Washington State University | Iowa State University | UMR TETIS | TETIS | Michigan State University | INRA AgroClim | AGIR | Leibniz Centre for Agricultural Landscape Research (ZALF) | Humbolt University of Berlin | University of Liege | INRA | University of Bonn | University of Hohenheim | Georg-August-Universität ät Goettingen | McGill University | University of Washington | Technical University of Madrid (UPM) | Spatial Business Integration | Helmholtz Center Munich | Chinese Academy of Science | 4100310610
2019
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