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Impact of climate change on irrigation water requirements for sugar cane production in Egypt [electronic resource]

By:

Radwan , H. A

Language: English Summary language: Arabic Description: p. 395-414Other title:

تأثير تغير المناخ علي متطلبات مياه الري لإنتاج قصب السكر في مصر [Added title page title]

Uniform titles:

Misr Journal of Agricultural Engineering, 2016 v.33 (2) [electronic resource]

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Full Text Article

In: Misr Journal of Agricultural Engineering 2016.v.33(2)Summary: Global climate change should pose serious impacts on water resources and agriculture in the future. The aim of this research was to calculate water requirements for sugarcane grown in 7 governorates in Egypt under current climate and under-ongoing climate change scenario up to 2100. The results indicated that water requirements for sugarcane will increase by 12 %-18% compared to the current water use depending on governorate location.. where the applied irrigation amount is expected to increase in all governorates under climate change water requirements due to long growing season (365 days) of sugar cane, its water requirements under climate change conditions increased by 11-19%. This study investigates the projected changes in evpotranspiration and irrigation water demand for sugar cane crop Middle and Upper Egypt. The mean air temperature as statistically downscaled and compared with the current climate, defined as the period 1971-2000. FAG-56 Penman-Monteith equation was implemented to estimate ETo by using current climatic data

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Articles	Main	ART MJAE V33 No2 6 (Browse shelf(Opens below))	Available

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Previous	ART MJAE V33 No2 3 Some engineering factors affecting date pits crushing	ART MJAE V33 No2 4 Using a GPS tracker in operating and managing farm machinery stations	ART MJAE V33 No2 5 Effect of soil conditioners on subsurface drip irrigation system performance	ART MJAE V33 No2 6 Impact of climate change on irrigation water requirements for sugar cane production in Egypt	ART MJAE V33 No2 7 On-farm water allocation using gis-owm model in the Nile Delta	ART MJAE V33 No2 8 Influence of drip irrigation operating and management using solar photovoltaic water pumping on strawberry yield inside greenhouses	ART MJAE V33 No2 9 Irrigation efficiencies of sugar cane yield under different furrows lengths in Upper Egypt	Next

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Global climate change should pose serious impacts on water resources and agriculture in the future. The aim of this research was to calculate water requirements for sugarcane grown in 7 governorates in Egypt under current climate and under-ongoing climate change scenario up to 2100. The results indicated that water requirements for sugarcane will increase by 12 %-18% compared to the current water use depending on governorate location.. where the applied irrigation amount is expected to increase in all governorates under climate change water requirements due to long growing season (365 days) of sugar cane, its water requirements under climate change conditions increased by 11-19%. This study investigates the projected changes in evpotranspiration and irrigation water demand for sugar cane crop Middle and Upper Egypt. The mean air temperature as statistically downscaled and compared with the current climate, defined as the period 1971-2000. FAG-56 Penman-Monteith equation was implemented to estimate ETo by using current climatic data

Summary in Arabic

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