Multi-wheat-model ensemble responses to interannual climate variability
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- 作者：Alex C. Ruanea ; Alexander.C.Ruane@nasa.gov" class="auth_mail" title="E-mail the corresponding author ; Nicholas I. Hudsonb ; Senthold Assengc ; Davide Camarranoc ; d ; Frank Ewerte ; x ; Pierre Martref ; g ; Kenneth J. Bootec ; Peter J. Thorburnh ; Pramod K. Aggarwali ; Carlos Anguloe ; Bruno Bassoj ; Patrick Bertuzzik ; Christian Biernathl ; Nadine Brissonm ; n ; &dagger ; ; Andrew J. Challinoro ; p ; Jordi Doltraq ; Sebastian Gaylerr ; Richard Goldbergb ; Robert F. Grants ; Lee Hengt ; Josh Hookeru ; Leslie A. Huntv ; Joachim Ingwersenr ; Roberto C. Izaurraldew ; Kurt Christian Kersebaumx ; Soora Naresh Kumary ; Christoph Mü ; llerz ; Claas Nendelx ; Garry O'Learyaa ; Jø ; rgen E. Olesenab ; Tom M. Osborneac ; Taru Palosuoad ; Eckart Priesackl ; Dominique Ripochek ; Reimund P. Rö ; tterad ; ao ; Mikhail A. Semenovae ; Iurii Shcherbakaf ; Pasquale Stedutoag ; Claudio O. Stö ; ckleah ; Pierre Stratonovitchae ; Thilo Streckr ; Iwan Supitai ; Fulu Taoad ; aj ; Maria Travassoak ; Katharina Wahaz ; h ; Daniel Wallachal ; Jeffrey W. Whiteam ; Joost Wolfan
- 关键词：Crop modeling ; Uncertainty ; Multi-model ensemble ; Wheat ; AgMIP ; Climate impacts ; Temperature ; Precipitation ; Interannual variability
- 刊名：Environmental Modelling & Software
- 出版年：2016
- 出版时间：July 2016
- 年：2016
- 卷：81
- 期：Complete
- 页码：86-101
- 全文大小：2859 K
文摘
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Compares interannual climate response of 27 wheat models at four locations.
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Calculates the diminishing return of constructing multi-model ensembles for assessment.
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Identifies similarities and major differences of model responses.
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Differentiates between interannual temperature sensitivity and climate change response.