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Rising temperatures reduce global wheat production SCI/SSCI论文
Authors:  Asseng S.;  Ewert, F.;  Martre, P.;  Rotter, R. P.;  Lobell, D. B.;  Cammarano, D.;  Kimball, B. A.;  Ottman, M. J.;  Wall, G. W.;  White, J. W.;  Reynolds, M. P.;  Alderman, P. D.;  Prasad, P. V. V.;  Aggarwal, P. K.;  Anothai, J.;  Basso, B.;  Biernath, C.;  Challinor, A. J.;  De Sanctis, G.;  Doltra, J.;  Fereres, E.;  Garcia-Vile, M.;  Gayler, S.;  Hoogenboom, G.;  Hunt, L. A.;  Izaurralde, R. C.;  Jabloun, M.;  Jones, C. D.;  Kersebaum, K. C.;  Koehler, A. K.;  Muller, C.;  Kumar, S. N.;  Nendel, C.;  O'leary, G.;  Olesen, J. E.;  Palosuo, T.;  Priesack, E.;  Rezaei, E. E.;  Ruane, A. C.;  Semenov, M. A.;  Shcherbak, I.;  Stockle, C.;  Stratonovitch, P.;  Streck, T.;  Supit, I.;  Tao, F.;  Thorburn, P. J.;  Waha, K.;  Wang, E.;  Wallach, D.;  Wolf, I.;  Zhao, Z.;  Zhu, Y.
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Climate-change  Spring Wheat  Dryland Wheat  Yield  Growth  Drought  Heat  Co2  Agriculture  Adaptation  
Inter-relations of yield, evapotranspiration, and water use efficiency from marginal analysis of water production functions SCI/SSCI论文
Authors:  Liu W. Z.;  Hunsaker D. J.;  Li Y. S.;  Xie X. Q.;  Wall G. W.
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