Simulation of Adaptation to Climate Change on Wheat and Maize in Egypt: Simulation of the yield of wheat and maize grown in different soil types and under different irrigation systems

 
9783659442797: Simulation of Adaptation to Climate Change on Wheat and Maize in Egypt: Simulation of the yield of wheat and maize grown in different soil types and under different irrigation systems
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Soil type and irrigation systems could play an important role in determination of yield losses under climate change conditions. This concept is tackled in order to shed a light on the importance of developing a strategy to reduce climate change risk on wheat and maize. Wheat was grown in eight sites and maize was grown in five sites. CropSyst model was calibrated and validated and two climate change scenarios were incorporated in the model. The model was run and the effect of climate change was assessed. The results revealed that the yield of both crops will be reduced under climate change. The percentage of yield reduction depended upon the location of the experimental site, soil type and irrigation system. High yield losses could occur in the Middle of Egypt, compared with the North of Egypt. Furthermore, growing these crops in sandy soil and under surface irrigation will increase yield losses.

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Samiha Ouda is a professor of on-farm irrigation and modeling at Soils, Water and Environment Research Institute, Agricultural Research Center, Egypt. She graduated from Iowa State University, USA in 1998. She published 65 papers, a book and 2 chapters on using simulation models and assessment of the impact of climate change on crops.

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Book Description LAP Lambert Academic Publishing Aug 2013, 2013. Taschenbuch. Condition: Neu. Neuware - Soil type and irrigation systems could play an important role in determination of yield losses under climate change conditions. This concept is tackled in order to shed a light on the importance of developing a strategy to reduce climate change risk on wheat and maize. Wheat was grown in eight sites and maize was grown in five sites. CropSyst model was calibrated and validated and two climate change scenarios were incorporated in the model. The model was run and the effect of climate change was assessed. The results revealed that the yield of both crops will be reduced under climate change. The percentage of yield reduction depended upon the location of the experimental site, soil type and irrigation system. High yield losses could occur in the Middle of Egypt, compared with the North of Egypt. Furthermore, growing these crops in sandy soil and under surface irrigation will increase yield losses. 84 pp. Englisch. Seller Inventory # 9783659442797

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Book Description LAP Lambert Academic Publishing Aug 2013, 2013. Taschenbuch. Condition: Neu. Neuware - Soil type and irrigation systems could play an important role in determination of yield losses under climate change conditions. This concept is tackled in order to shed a light on the importance of developing a strategy to reduce climate change risk on wheat and maize. Wheat was grown in eight sites and maize was grown in five sites. CropSyst model was calibrated and validated and two climate change scenarios were incorporated in the model. The model was run and the effect of climate change was assessed. The results revealed that the yield of both crops will be reduced under climate change. The percentage of yield reduction depended upon the location of the experimental site, soil type and irrigation system. High yield losses could occur in the Middle of Egypt, compared with the North of Egypt. Furthermore, growing these crops in sandy soil and under surface irrigation will increase yield losses. 84 pp. Englisch. Seller Inventory # 9783659442797

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Book Description LAP Lambert Academic Publishing, United States, 2013. Paperback. Condition: New. Language: English . Brand New Book. Soil type and irrigation systems could play an important role in determination of yield losses under climate change conditions. This concept is tackled in order to shed a light on the importance of developing a strategy to reduce climate change risk on wheat and maize. Wheat was grown in eight sites and maize was grown in five sites. CropSyst model was calibrated and validated and two climate change scenarios were incorporated in the model. The model was run and the effect of climate change was assessed. The results revealed that the yield of both crops will be reduced under climate change. The percentage of yield reduction depended upon the location of the experimental site, soil type and irrigation system. High yield losses could occur in the Middle of Egypt, compared with the North of Egypt. Furthermore, growing these crops in sandy soil and under surface irrigation will increase yield losses. Seller Inventory # KNV9783659442797

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Book Description LAP Lambert Academic Publishing Aug 2013, 2013. Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Neuware - Soil type and irrigation systems could play an important role in determination of yield losses under climate change conditions. This concept is tackled in order to shed a light on the importance of developing a strategy to reduce climate change risk on wheat and maize. Wheat was grown in eight sites and maize was grown in five sites. CropSyst model was calibrated and validated and two climate change scenarios were incorporated in the model. The model was run and the effect of climate change was assessed. The results revealed that the yield of both crops will be reduced under climate change. The percentage of yield reduction depended upon the location of the experimental site, soil type and irrigation system. High yield losses could occur in the Middle of Egypt, compared with the North of Egypt. Furthermore, growing these crops in sandy soil and under surface irrigation will increase yield losses. 84 pp. Englisch. Seller Inventory # 9783659442797

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