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Global parameterization and validation of a two-leaf light use efficiency model for predicting gross primary production across FLUXNET sites SCI/SSCI论文
2016
Authors:  Zhou Y. L.;  Wu, X. C.;  Ju, W. M.;  Chen, J. M.;  Wang, S. Q.;  Wang, H. M.;  Yuan, W. P.;  Black, T. A.;  Jassal, R.;  Ibrom, A.;  Han, S. J.;  Yan, J. H.;  Margolis, H.;  Roupsard, O.;  Li, Y. N.;  Zhao, F. H.;  Kiely, G.;  Starr, G.;  Pavelka, M.;  Montagnani, L.;  Wohlfahrt, G.;  D'odorico, P.;  Cook, D.;  Arain, M. A.;  Bonal, D.;  Beringer, J.;  Blanken, P. D.;  Loubet, B.;  Leclerc, M. Y.;  Matteucci, G.;  Nagy, Z.;  Olejnik, J.;  U, K. T. P.;  Varlagin, A.
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net ecosystem exchange  photosynthetically active radiation  carbon-dioxide exchange  terrestrial primary production  eddy covariance  technique  water-vapor exchange  ncep-ncar reanalysis  land-surface  model  deciduous forest  diffuse-radiation