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Subjects Triticum aestivum Remove constraint Triticum aestivum: Triticum aestivum Subjects Zea mays Remove constraint Zea mays: Zea mays Subjects crop models Remove constraint crop models: crop models

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1. A canopy transpiration and photosynthesis model for evaluating simple crop productivity models

Description:: Includes references
Author:: Kremer, Cristian , Stockle, Claudio O. , Kemanian, Armen R. , Howell, Terry
Subject:: crops , Triticum aestivum , wheat , Zea mays , corn , plant-water relations , transpiration , photosynthesis , simulation models , mathematical models , crop models , canopy , water use efficiency
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2008

2. Irrigation strategies to improve the water use efficiency of wheat-maize double cropping systems in North China Plain

Description:: In the special issue: Crop water use efficiency at multiple scales / edited by Timothy R. Green, Qiang Yu, Liwang Ma, and Tian-Duo Wang.
Author:: Fang, Q. , Ma, L. , Yu, Q. , Ahuja, L.R. , Malone, R.W. , Hoogenboom, G.
Subject:: Triticum aestivum , winter wheat , Zea mays , corn , grain crops , double cropping , irrigation systems , water use efficiency , model validation , calibration , simulation models , grain yield , Root Zone Water Quality Model , crop models , meteorological data , plant establishment , irrigation scheduling , developmental stages , China
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2010

3. Modeling a wheat-maize double cropping system in China using two plant growth modules in RZWQM

Description:: Includes references
Author:: Yu, Q. , Saseendran, S.A. , Ma, L. , Flerchinger, G.N. , Green, T.R. , Ahuja, L.R.
Subject:: crop models , evapotranspiration , soil water , soil temperature , wheat , Triticum aestivum , corn , Zea mays , double cropping , plant growth , Root Zone Water Quality Model , China
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2006

4. Root-zone salinity. I. Selecting a product-yield index and response function for crop tolerance

Description:: Includes references
Author:: Steppuhn, H. , Van Genuchten, M.T. , Grieve, C.M.
Subject:: Triticum aestivum , spring wheat , Zea mays , corn , Medicago sativa , alfalfa , Medicago sativa subsp. falcata , Raphanus sativus , radishes , rhizosphere , soil salinity , salt tolerance , phytotoxicity , crop yield , grain yield , crop models , mathematical models
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2005

5. Simulating Alternative Dryland Rotational Cropping Systems in the Central Great Plains with RZWQM2

Description:: Includes references
Author:: Saseendran, S.A. , Nielsen, David C. , Ma, Liwang , Ahuja, Laj R. , Vigil, Merle F.
Subject:: crop rotation , alternative farming , water use , crop yield , crop models , calibration , Triticum aestivum , dryland farming , Zea mays , Panicum miliaceum , fallow , grain yield , simulation models , cropping sequence , Great Plains region , Colorado
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2010

6. Statistical Modeling of Yield and Variance Instability in Conventional and Organic Cropping Systems

Description:: Includes references
Author:: Jaradat, Abdullah A. , Weyers, Sharon L.
Subject:: crop yield , organic production , variance , statistical models , temporal variation , crop rotation , Zea mays , Glycine max , corn , soybeans , spring wheat , Triticum aestivum , alfalfa , Medicago sativa , spatial variation , multivariate analysis , crop models , genetic soil types , field experimentation , Minnesota
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2011