ArticlePerformance Assessment of Satellite Rainfall Estimates Products to Describe Recent Variability and Trends of Rainfall along the Egyptian Mediterranean Coast
ArticlePerformance Assessment of Satellite Rainfall Estimates Products to Describe Recent Variability and Trends of Rainfall along the Egyptian Mediterranean Coast
ArticleEvaluation of an Improved Empirical Equation for Estimation of Reference Evapotranspiration in Arid Areas
ArticleEvaluation of an Improved Empirical Equation for Estimation of Reference Evapotranspiration in Arid Areas
ArticleStudying Rain Water Catchment Potentialities in the Northwest Coast of Egypt Using Remote Sensing and Geographic Information System
ArticleStudying Rain Water Catchment Potentialities in the Northwest Coast of Egypt Using Remote Sensing and Geographic Information System
ArticleAssessment of Water Erosion Hazards by Flash Floods Using Remote Sensing and GIS: A Case Study of Wadi Alhaytah Watershed in Wadi Natrun, Egypt
ArticleAssessment of Water Erosion Hazards by Flash Floods Using Remote Sensing and GIS: A Case Study of Wadi Alhaytah Watershed in Wadi Natrun, Egypt
ArticleASSESSMENT OF PENMAN-MONTEITH EQUATION AND VARIOUS METHODS OF MODELING REFERENCE EVAPOTRANSPIRATION FOR HYPER-AR1D AREA
ArticleASSESSMENT OF PENMAN-MONTEITH EQUATION AND VARIOUS METHODS OF MODELING REFERENCE EVAPOTRANSPIRATION FOR HYPER-AR1D AREA
ArticleApplication of Remote Sensing data (GSMaP) to Flash Flood Modeling in an Arid Environment, Egypt
ArticleApplication of Remote Sensing data (GSMaP) to Flash Flood Modeling in an Arid Environment, Egypt
ArticleASSESSMENT OF THE RAINFALL STORM EVENTS OF JANUARY 2010 AND MARCH 2014 FOR THE CATCHMENT MODELING OF WADI EL ARISH AND WADI WARDAN BASINS, SINAI, EGYPT
ArticleASSESSMENT OF THE RAINFALL STORM EVENTS OF JANUARY 2010 AND MARCH 2014 FOR THE CATCHMENT MODELING OF WADI EL ARISH AND WADI WARDAN BASINS, SINAI, EGYPT
ArticleFIELD ASSESSMENT OF PERFORMANCE WATER LOSSES OF CENTER PIVOT IRRIGATION SYSTEMS UNDER ARID CLIMATE CONDITIONS
ArticleFIELD ASSESSMENT OF PERFORMANCE WATER LOSSES OF CENTER PIVOT IRRIGATION SYSTEMS UNDER ARID CLIMATE CONDITIONS