Talat A.E

hamada_ehab2003@agr.asu.edu.eg
Department of Soil Science - Agriculture
Interests: Soil physics, Soil and Water Conservation, Hydrology,
Internal ID: rp12669
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Full Name
Ahmed Ehab Talat
 
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hamada_ehab2003@agr.asu.edu.eg
 
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Biography
Ahmed Ehab Talat Abdelmounim, Assistant lecturer at Soil Science Department, Faculty of Agriculture, Ain Shams University, Cairo, Egypt. PhD Candidate (Soil and Water Conservation), China. I published more than 6 articles in international journals, and participated in many workshops, training courses, and international conferences. My focus on the dynamics of soil and water science is the main part of my work, with a particular focus on the interactions between hydrology and soil physics. My work includes predicting soil water flow using computational tools and mathematical models to forecast intricate soil-water interactions. My objective is to create predictive frameworks that optimize irrigation techniques, guide land-use decisions, and reduce risks erosion.

Publications

Results 1-6 of 6 (Search time: 0.0 seconds).

Issue DateTitleAuthor(s)
11-Dec-2020Quantifying the hydraulic properties of some Egyptian soils using RETC codeAhmed Ehab Talat ; Galal, Mohamed ; yeser, Arfa; Saad El-Dein, A.A 
214-Oct-2024Spatio-temporal pattern and trend prediction of soil erosion in Kuye River BasinYuan He; Yuchi Chen; Ahmed Ehab Talat ; Jian Wang; Guangju Zhao; Tai Jiang
31-Mar-2025Quantification of the Loess Plateau's soil hydrodynamics in relation to bulk densityAhmed Ehab Talat ; Chen, Yuchi; He, Yuan; Cai, Zekang; Wang, Jian 
41-Mar-2025Simulated Experimental Effect of Bulk Density on Infiltration Rate of China's Loess PlateauAhmed Ehab Talat ; Ruikun Feng; Guanheng Liu; Jiabo Xie; Zekang Cai; Jian Wang
51-Apr-2025Impact of Soil Compaction on Pore Characteristics and Hydraulic Properties by Using X-Ray CT and Soil Water Retention Curve in China’s Loess PlateauAhmed Ehab Talat ; Wang, Jian ; El-Sorogy, Abdelbaset S.
615-Aug-2025Analysis and Prediction of Soil Erosion Under Different Land Use Change Scenarios in Kuye River Basin Based on PLUS-CSLE ModelChen, Yu Chi; He, Yuan; Ahmed Ehab Talat ; Wang, Jian ; Cai, Ze Kang