How Accurately Do Maize Crop Models Simulate the Interactions of Atmospheric CO2 Concentration Levels with Limited Water Supply on Water Use and Yield? Jean-Louis Durand , Kenel Delusca , Ken Boote , Jon Lizaso , Remy Manderscheid , Hans Johachim Weigel , Alex C. Ruane , Cynthia Rosenzweig , Jim Jones , Laj Ahuja , Saseendran Anapalli , Bruno Basso , Christian Baron , Patrick Bertuzzi , Christian Biernath , Delphine Deryng , Frank Ewert , Thomas Gaiser , Sebastian Gayler , Florian Heinlein , Kurt Christian Kersebaum , Soo-Hyung Kim , Christoph Mueller , Claas Nendel , Albert Olioso , Eckart Priesack , Julian Ramirez Villegas , Dominique Ripoche , Reimund P. Rottert , Sabine I. Seidel , Amit Srivastava , Fulu Tao , Dennis Timlin , Tracy Twine , Enli Wang , Heidi Webber , Zhigan Zhao European Journal of Agronomy（2017）
Key words
Zea mays, Atmospheric carbon dioxide concentration, Multi-model ensemble, Stomata conductance, Grain number, Water use
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