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Authors Hunsaker, D.J. Remove constraint Hunsaker, D.J.: Hunsaker, D.J. Authors Kartschall, T. Remove constraint Kartschall, T.: Kartschall, T. Subjects Triticum aestivum Remove constraint Triticum aestivum: Triticum aestivum

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1. Effects of elevated atmospheric CO2 on canopy transpiration in senescent spring wheat

Description:: Includes references
Author:: Grossman-Clarke, S. , Kimball, B.A. , Hunsaker, D.J. , Long, S.P. , Garcia, R.L. , Kartschall, T. , Wall, G.W. , Printer, P.J. Jr. , Wechsung, F. , LaMorte, R.L.
Subject:: Triticum aestivum , senescence , canopy , transpiration , seasonal variation , diurnal variation , simulation models , field experimentation , leaves , photosynthesis , stomatal conductance , net assimilation rate , evaporation , carbon dioxide , Arizona
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 1999

2. Modelling a spring wheat crop under elevated CO2 and drought

Description:: In the special issue: Rising CO2--Future ecosystems / edited by P. Ayres.
Author:: Grossman-Clarke, S. , Pinter, P.J. Jr. , Kartschall, T. , Kimball, B.A. , Hunsaker, D.J. , Wall, G.W. , Garcia, R.L. , LaMorte, R.L.
Subject:: Triticum aestivum , simulation models , drought , crop yield , transpiration , roots , biomass , net assimilation rate , leaves , carbon dioxide , growth models , biomass production , Arizona
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2001