CMRI Projects

The National Water Research Center comprises specialized institutes leading research in water resources, irrigation systems, and environmental sustainability across Egypt.

01

Aquatic Weed Management in Landing Sites on Lakes Kyoga and Albert, Uganda

Aquatic Weed Management in Landing Sites on Lakes Kyoga and Albert, Uganda 13 December, 2025 Cairo, Egypt Project Overview Heavy infestation along the shores of Lakes Kyoga and Albert in Uganda, driven mainly by Salvinia, disrupted daily...

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Aquatic Weed Management in Landing Sites on Lakes Kyoga and Albert, Uganda
02

ConVErting marginal lands of the Mediterranean basin into productive and sustainable agroecosystems using low water demanding Neglected and Underutilized Specie

Desertification and freshwater scarcity are major challenges for agriculture in the Mediterranean region. To address this, there’s a need to introduce crop species more tolerant to drought and capable of growing in degraded, marginal lands. Neglected and...

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ConVErting marginal lands of the Mediterranean basin into productive and sustainable agroecosystems using low water demanding Neglected and Underutilized Specie
03

Coastal erosion management plan for the Nile Delta, 2016

This project focused on assessing the extent of coastal erosion in the Nile Delta and proposed a management plan to mitigate risks. It included sediment transport analysis and restoration techniques to protect vulnerable shorelines.

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Coastal erosion management plan for the Nile Delta, 2016

Research Programs

The National Water Research Center comprises specialized institutes leading research in water resources, irrigation systems, and environmental sustainability across Egypt.

Kamal, N., Ghanem, A. and Abuzeid, A., 2025. Investigating the influence of parameters on Pump Intake Design through the integration of CFD-GIS. International Journal, 14(6).

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-Pores during Wetting and Drying Cycles. #11

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-pores during Wetting and Drying Cycles.

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-Pores during Wetting and Drying Cycles. #3

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-pores during Wetting and Drying Cycles.

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-Pores during Wetting and Drying Cycles. #2

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-pores during Wetting and Drying Cycles.

HRI Latest Research Publications & Scientific Papers

The National Water Research Center comprises specialized institutes leading research in water resources, irrigation systems, and environmental sustainability across Egypt.

Kamal, N., Ghanem, A. and Abuzeid, A., 2025. Investigating the influence of parameters on Pump Intake Design through the integration of CFD-GIS. International Journal, 14(6).

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-Pores during Wetting and Drying Cycles. #11

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-pores during Wetting and Drying Cycles.

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-Pores during Wetting and Drying Cycles. #3

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-pores during Wetting and Drying Cycles.

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-Pores during Wetting and Drying Cycles. #2

Benefaction of Saline Water Irrigation in Desert Soils: II. Mathematical Modeling of the Distribution of Salts in Soil Macro and Micro-pores during Wetting and Drying Cycles.