Ayman Ibrahim | Irrigated Agriculture | Best Researcher Award

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Dr Ayman Ibrahim |  Irrigated Agriculture | Best Researcher Award

Chairman at  Mechanical &Electrical Department Ministry of Water Resources and irrigation Egypt

Dr. Ayman Ibrahim has nearly 35 years of experience with the Egyptian Ministry of Water Resources and Irrigation. He is currently the Chairman of the Mechanical and Electrical Department, responsible for the operation and maintenance of over 600 pumping stations across Egypt. His leadership spans 15 central directorates and 60 general directorates. Dr. Ibrahim has worked extensively in water resources management, power systems, artificial intelligence, signal processing, control systems, and SCADA, contributing to numerous national and international projects. His expertise also includes teaching, capacity building, and consulting in electronics, communication systems, and water resources management.

Profile:

Education:

  • Ph.D. in Electrical Engineering
    Monofiyia University, Egypt (2009)
    Thesis: Advanced Signal Processing Techniques for Power System Protection
  • M.Sc. in Electrical Engineering
    Colorado State University, USA (1994)
    Thesis: Adaptive Learning Approach for Image Data Compression and Pattern Recognition
  • B.Sc. in Electronics & Communication Engineering
    Cairo University, Egypt (1987)

Professional Experience:

  • Chairman, Mechanical and Electrical Department
    Egyptian Ministry of Water Resources and Irrigation (August 2022 – Present)
    Overseeing the operation of 600 pumping stations, strategic planning, project implementation, and human resource management.
  • Sector Head, Monitoring Systems, Communication, Information, and Assets
    Egyptian Ministry of Water Resources and Irrigation (March 2018 – August 2022)
    Managed five central directorates: Telemetry, Water Quality, Water Communication, Assets, and Public Relations.
  • Undersecretary for Telemetry – Irrigation Sector
    Egyptian Ministry of Water Resources and Irrigation (Aug 2014 – March 2018)
  • Studies and Projects General Director
    Central Directorate for Monitoring Systems (Telemetry), Ministry of Water Resources and Irrigation (Oct 2010 – Aug 2014)

Key Projects and Contributions:

  • Main System Management (MSM) Project: Designed and implemented a nationwide Voice and Data Communication System for water level data collection across Egypt.
  • Control Systems for Irrigation Canals: Worked on national projects, including the control systems for El Salam Canal and other irrigation projects, involving SCADA and PLC systems.
  • Modernization of National Railway Level Crossings: Consultant for modernization projects involving 136 and 35 level crossings in Egypt.
  • Decision Support System (DSS) Consultant: Worked with CEDARE on projects related to climate change and water resource management.

Publication Top Notes : 

  • Exergoeconomic analysis for cost optimization of a solar distillation system
    Ibrahim, A.G.M., Rashad, A.M., Dincer, I. (2017). Solar Energy, 151, 22–32.
    (68 Citations)
  • A modified basin type solar still: Experimental performance and economic study
    Ibrahim, A.G.M., Allam, E.E., Elshamarka, S.E. (2015). Energy, 93, 335–342.
    (49 Citations)
  • Experimental performance evaluation of a combined solar system to produce cooling and potable water
    Ibrahim, A.G.M., Dincer, I. (2015). Solar Energy, 122, 1066–1079.
    (19 Citations)
  • Performance study of a modified basin type solar still
    Ibrahim, A.G.M., Elshamarka, S.E. (2015). Solar Energy, 118, 397–409.
    (37 Citations)
  • A solar desalination system: Exergetic performance assessment
    Ibrahim, A.G.M., Dincer, I. (2015). Energy Conversion and Management, 101, 379–392.
    (48 Citations)
  • Thermal modeling of a modified basin-type solar still
    Ibrahim, A.G.M., Allam, E.E., Elshamarka, S.E. (2015). In Progress in Clean Energy, Volume 2: Novel Systems and Applications, 831–850.
    (0 Citations)

 

 

Kamel Nagaz | Crop Water Modelling | Best Researcher Award

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Prof Kamel Nagaz | Crop Water Modelling | Best Researcher Award

Senior researcher at  Institut des régiosn Arides, Tunisia

Kameleddine Nagaz was born on February 18, 1964, in Tunis, Tunisia. He is a distinguished professor specializing in rural engineering, water, and forestry at the Institut des Régions Arides. He serves as the head of the Laboratory of Aridoculture and Oasis Crops (LR16IRA02) under the Ministry of Agriculture, Water Resources, and Fisheries.

Profile:

Career Development:

  • October 2015 – Present: Professor in Rural Engineering, Water, and Forestry 👨‍🏫
  • May 2009: Associate Professor in Rural Engineering, Water, and Forestry 🎓
  • March 2008: Habilitation to direct research in Rural Engineering, Water, and Forestry 📚
  • January 2007: Ph.D. in Agronomic Sciences with a dissertation on “Management of Irrigation with Saline Water in Steppic Areas” 🌱
  • November 2001: Promoted to Assistant Professor in Rural Engineering, Water, and Forestry 🌳
  • October 1997: Recruited as an Assistant in Rural Engineering, Water, and Forestry 💧

Research Focus: Crop Water Modelling 🌱💧

1. Saline Water Irrigation Management

Kameleddine Nagaz’s research primarily focuses on the management of irrigation with saline water. He investigates the effects of saline water on crop yield and soil health, developing models that predict the optimal use of saline water for irrigation. This work is crucial for regions where freshwater resources are scarce and saline water is a viable alternative for agricultural practices.

2. Water Use Efficiency in Arid Regions

Nagaz explores strategies to enhance water use efficiency in arid and semi-arid regions. His models consider various factors such as soil type, crop species, and climatic conditions to provide comprehensive solutions for efficient water use. This research helps in formulating best practices for farmers to maximize crop yield while minimizing water usage.

3. Sustainable Agricultural Practices

Sustainability is a core component of Nagaz’s research. He aims to develop sustainable agricultural practices that can be adopted by farmers in arid regions. By integrating crop water modelling with sustainable farming techniques, Nagaz’s work supports the long-term viability of agriculture in water-scarce areas.

4. Impact of Climate Change on Water Resources

Nagaz examines the impact of climate change on water availability and crop production. His models predict how changing weather patterns affect water resources and crop yields, providing vital information for developing adaptive strategies to mitigate the adverse effects of climate change on agriculture.

5. Innovations in Irrigation Techniques

Innovation is at the heart of Nagaz’s research. He investigates new irrigation techniques and technologies that can improve water distribution and usage efficiency. This includes the development of advanced irrigation systems and the use of remote sensing technology to monitor and manage water resources effectively.

Citations:

Overall Citation Metrics

  • Total Citations: 1030
  • h-index: 18
  • i10-index: 34

Recent Citation Metrics (Since 2019)

  • Citations: 731
  • h-index: 16
  • i10-index: 31

Publication Top Notes:

1. Impacts of Irrigation Regimes with Saline Water on Carrot Productivity and Soil Salinity

  • Authors: K. Nagaz, M.M. Masmoudi, N.B. Mechlia
  • Journal: Journal of the Saudi Society of Agricultural Sciences, 2012
  • Citations: 63
  • Summary: This study examines the effects of different irrigation regimes using saline water on carrot yields and soil salinity. The findings provide insights into optimizing irrigation practices to maintain productivity while managing soil salinity in arid regions.

2. Soil Salinity and Yield of Drip-Irrigated Potato under Different Irrigation Regimes with Saline Water in Arid Conditions of Southern Tunisia

  • Authors: K. Nagaz, M.M. Masmoudi, N.B. Mechlia
  • Year: 2007
  • Citations: 51
  • Summary: Investigates the impact of various saline water irrigation schedules on potato yields and soil salinity. The research highlights effective strategies for enhancing potato productivity in arid conditions while mitigating salinity issues.

3. Modeling and Optimization of Capsaicin Extraction from Capsicum annuum L. Using Response Surface Methodology (RSM), Artificial Neural Network (ANN), and Simulink Simulation

  • Authors: N. Gammoudi, M. Mabrouk, T. Bouhemda, K. Nagaz, A. Ferchichi
  • Journal: Industrial Crops and Products, 2021
  • Citations: 50
  • Summary: This paper presents an integrated approach using RSM, ANN, and Simulink simulation to optimize capsaicin extraction from peppers. The study provides a model for enhancing extraction efficiency, which is crucial for industrial applications.

4. Effects of Deficit Drip-Irrigation Scheduling Regimes with Saline Water on Pepper Yield, Water Productivity, and Soil Salinity under Arid Conditions of Tunisia

  • Authors: K. Nagaz, M.M. Masmoudi, N.B. Mechlia
  • Journal: Journal of Agriculture and Environment for International Development (JAEID), 2012
  • Citations: 50
  • Summary: Explores how different deficit irrigation schedules using saline water affect pepper yields and soil salinity. The research suggests optimal irrigation practices to maximize water productivity and crop yield under arid conditions.

5. Yield Response of Drip-Irrigated Onion under Full and Deficit Irrigation with Saline Water in Arid Regions of Tunisia

  • Authors: K. Nagaz, M.M. Masmoudi, N. Ben Mechlia
  • Journal: International Scholarly Research Notices, 2012
  • Citations: 43
  • Summary: Analyzes the effects of full and deficit irrigation using saline water on onion yields. The study offers valuable guidelines for managing saline water irrigation to sustain onion production in arid areas.

6. Yield and Water Use-Efficiency of Pearl Millet (Pennisetum glaucum (L.) R. Br.) under Deficit Irrigation with Saline Water in Arid Conditions of Southern Tunisia

  • Authors: K. Nagaz, M. Masmoudi, N. Mechlia
  • Journal: Research Journal of Agronomy, 2009
  • Citations: 43
  • Summary: Focuses on the response of pearl millet to deficit irrigation with saline water. The research contributes to understanding how to enhance water use efficiency and crop yield under saline and arid conditions.

7. Yield and Water Productivity of Drip-Irrigated Potato under Different Nitrogen Levels and Irrigation Regime with Saline Water in Arid Tunisia

  • Authors: F. El Mokh, K. Nagaz, M.M. Masmoudi, N.B. Mechlia
  • Journal: American Journal of Plant Sciences, 2015
  • Citations: 37
  • Summary: Investigates the interplay between nitrogen levels and irrigation regimes on potato yields and water productivity. The findings aid in optimizing fertilization and irrigation practices for better crop performance in saline conditions.

8. Phytochemical Profiles and Nutritional Composition of Squash (Cucurbita moschata D.) from Tunisia

  • Authors: S. Enneb, S. Drine, M. Bagues, T. Triki, F. Boussora, F. Guasmi, K. Nagaz, …
  • Journal: South African Journal of Botany, 2020
  • Citations: 36
  • Summary: Provides a detailed analysis of the phytochemical and nutritional properties of Tunisian squash. This research supports the nutritional evaluation and potential health benefits of locally grown squash varieties.

9. Effects of Surface and Subsurface Drip Irrigation Regimes with Saline Water on Yield and Water Use Efficiency of Potato in Arid Conditions of Tunisia

  • Authors: F. El Mokh, K. Nagaz, M. Masmoudi, N.B. Mechlia
  • Journal: Journal of Agriculture and Environment for International Development (JAEID), 2014
  • Citations: 26
  • Summary: Examines the efficiency of surface and subsurface drip irrigation using saline water on potato crops. The study provides insights into the most effective irrigation methods for arid regions.

10. Soil Salinity and Barley Production under Full and Deficit Irrigation with Saline Water in Arid Conditions of Southern Tunisia

  • Authors: K. Nagaz, I. Toumi, M.M. Masmoudi, N.B. Mechilia
  • Journal: Research Journal of Agronomy, 2008
  • Citations: 24
  • Summary: Investigates the effects of saline water irrigation on barley production and soil salinity. The research offers practical recommendations for managing barley crops under saline and water-scarce conditions.

11. Soil Salinity, Yield, and Water Productivity of Lettuce under Irrigation Regimes with Saline Water in Arid Conditions of Tunisia

  • Authors: K. Nagaz, F. El-Mokh, M.M. Masmoudi, N. Ben Mechlia
  • Year: 2013
  • Citations: 23
  • Summary: Analyzes the impact of saline water irrigation on lettuce yields and soil salinity. The study contributes to optimizing irrigation practices to improve lettuce production in arid regions.