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This study is the first in Egypt to quantify the effect of using different fertigation treatments on wheat and maize grown in sandy soils. Furthermore, simulation of the effect of climate change was done and fertigation was considered as an adaptation option. Simulation of the effect of fertigation under climate change revealed that yield losses could be reduced under newly reclaimed soils for both crops when it was used. Furthermore fertigation could be considered as an appropriate irrigation management under climate change.

Produktbeschreibung
This study is the first in Egypt to quantify the effect of using different fertigation treatments on wheat and maize grown in sandy soils. Furthermore, simulation of the effect of climate change was done and fertigation was considered as an adaptation option. Simulation of the effect of fertigation under climate change revealed that yield losses could be reduced under newly reclaimed soils for both crops when it was used. Furthermore fertigation could be considered as an appropriate irrigation management under climate change.
Autorenporträt
Ahmed Taha is a Ph.D holder specialized in On-farm Irrigation and Simulation models at Soils, Water and Environment Research Institute, Agricultural Research Center, Egypt. He graduated from Tanta University, Egypt in 2012. He published three papers on water management for wheat and maize grown in sandy soils under climate change.