Titlebook: Understanding Options for Agricultural Production; Gordon Y. Tsuji,Gerrit Hoogenboom,Philip K. Thornt Book 1998 Springer Science+Business

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Modeling and crop improvement,d further, other applications of models may offer more immediate benefits to crop improvement. Models are highly suitable for aiding breeders in understanding genotype by environment interactions, particularly when linked to geographic information systems. Future models should be better integrated w

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Simulation of pest effects on crops using coupled pest-crop models: the potential for decision suppels, and detail the coupling techniques used in linking pest and crop models and demonstrate, with examples, how this provides output for decision support. The crop models belonging to the CERES and CROPGRO families are used to exemplify situations for linking pest effects to crop growth and develop

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The use of crop models for international climate change impact assessment,Climate change impacts on crop yields incorporating farm-level adaptation were also simulated, based on different assumptions about shifts in crop planting dates, changes in crop variety, and level of irrigation.

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Risk assessment and food security,ion system, to obtain millet yield forecasts for districts in Burkina Faso that can be updated regularly through the growing season, to give early warning of impending pro-duction shortfalls. While work is still required to improve the methodologies used, the potential of models for providing inform

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Book 1998nt role to play in fostering this understanding of options, traditional field experimentation being time-consuming and costly. This book summarizes the activities of the International Benchmark Sites Network for Agrotechnology Transfer (IBSNAT) project, an international initiative funded by the Unit

Atmosphere

U. Singh,R. B. Matthews,T. S. Griffin,J. T. Ritchie,L. A. Hunt,R. Goenaga

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P. S. Teng,W. D. Batchelor,H. O. Pinnschmidt,G. G. Wilkerson

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