Dr Rohat Gültekin | Irrigation | Best Researcher Award

Researcher at Soil, Fertilizer and Water Resources Central Research Institute, Turkey

Dr. Rohat Gültekin, born in 1980 in Erzurum, Turkey, is a distinguished agricultural engineer specializing in water management, soil, and irrigation systems. He earned his Bachelor’s degree in Agriculture from Ege University in 2003, followed by a Master’s degree (2012-2015) and a PhD (2015-2021) from Süleyman Demirel University, where he focused on advanced irrigation techniques and their environmental impacts.

Profile

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Education:

PhD: Suleyman Demirel University, Department of Water Management (2015-2021). MSc: Suleyman Demirel University, Faculty of Agriculture (2012-2015). BSc: Ege University, Faculty of Agriculture (1997-2003)

Professional Experience:

2016-Present: Researcher, Soil, Fertilizer, and Water Resources Central Research Institute, Ankara. 2010-2016: Engineer, İhsaniye District Directorate of Food, Agriculture, and Livestock, Afyonkarahisar. 2004-2010: Engineer, Private Sector, Istanbul

Research Interests:

Restricted and intermittent irrigation in drip systems. Performance evaluation of drip irrigation systems. Impact of irrigation on greenhouse gas emissions

Projects:

Potato tuber development under different soil moisture levels. Performance of drip irrigation in Ankara. Surge irrigation effects on silage corn. Water stress on melon rootstocks. Greenhouse gas emissions from soil under various irrigation levels

Irrigation Research Focus:

Restricted and Intermittent Irrigation:
- Investigating the effects of limited water supply on crop development and yield, particularly in surface and subsurface drip irrigation systems.
- Exploring intermittent irrigation applications in subsurface drip systems to enhance water use efficiency.
Performance Evaluation of Drip Irrigation Systems:
- Assessing the efficiency and effectiveness of various drip irrigation systems in different agricultural settings.
- Conducting field studies to evaluate the performance of drip irrigation in specific crops like potatoes, tomatoes, and melons.
Impact of Irrigation on Greenhouse Gas Emissions:
- Studying how different irrigation levels affect the emission of greenhouse gases (CO2, CH4, N2O) from soil.
- Researching the environmental impact of irrigation practices to develop more sustainable agricultural methods.
Soil Water Distribution and Crop Water Consumption:
- Examining how surge irrigation in subsurface drip systems influences soil water distribution and crop water uptake.
- Determining the water consumption patterns of various crops under different irrigation regimes.
Water Stress and Crop Resistance:
- Analyzing the impact of water stress on crop resistance, yield, and quality, especially in fields affected by diseases like Fusarium.
- Developing strategies to improve crop resilience to water scarcity through irrigation management.
Development of Digital Irrigation Management Systems:
- Working on projects aimed at creating digital tools for precise irrigation management, enhancing efficiency in crops like sugar beet and wheat.
- Utilizing technology to monitor soil moisture and optimize irrigation schedules.

Publications Top Notes

1. Effect of Deficit Irrigation Practices on Greenhouse Gas Emissions in Drip Irrigation

Authors: Gültekin, R., Avağ, K., Görgişen, C., Yeter, T., Alsan, P.B.
Journal: Scientia Horticulturae, 2023, Volume 310, Article 111757
Abstract: This study investigates the impact of deficit irrigation practices on the emissions of greenhouse gases (CO2, CH4, N2O) in drip irrigation systems. The research aims to understand how varying levels of water stress influence these emissions and to develop irrigation strategies that mitigate environmental impact while maintaining agricultural productivity.

2. Impact of Different Rootstocks and Limited Water on Yield and Fruit Quality of Melon Grown in a Field Naturally Infested with Fusarium Wilt

Authors: Ozbahce, A., Kosker, Y., Gültekin, R., Demir, Y., Yucel, S.
Journal: Scientia Horticulturae, 2021, Volume 289, Article 110482
Abstract: This article explores the effect of using different rootstocks under limited water conditions on the yield and fruit quality of melons. The study is conducted in fields naturally infested with Fusarium wilt, aiming to identify rootstocks that enhance resistance and performance under water stress.

3. Crop Pan Coefficients for Potato (Solanum tuberosum L.) According to the Irrigation Program Created by Monitoring Soil Moisture

Authors: Gültekin, R., Ertek, A.
Journal: Journal of Plant Nutrition, 2021, Volume 45, Issue 1, pp. 49-58
Abstract: This research focuses on developing crop pan coefficients for potatoes based on soil moisture monitoring. The study provides insights into optimizing irrigation schedules for potato crops to improve water use efficiency and crop performance.

These publications highlight Dr. Gültekin’s focus on sustainable irrigation practices, enhancing crop yield and quality, and mitigating environmental impacts through innovative water management strategies. 🌿💧

Assoc Prof Dr Narcis Duteanu | Sustainable Agriculture | Best Researcher Award

Assoc prof at Politehnica University of Timisoara,Romania

Dr. Narcis Mihai Duteanu is an accomplished professional in the field of Chemical Engineering, specializing in environmental protection and microbial fuel cells. Currently serving as an Associate Professor at Politehnica University Timisoara in the Faculty of Industrial Chemistry and Environmental Engineering, he is also engaged in PhD supervision in the field of Chemical Engineering.

Publication Profile:🌟👨‍🎓

Scopus Profile

📚 Education:

2018: Habilitation Certificate in Chemical Engineering.
2001-2007: PhD in Chemical Engineering.
1999-2001: Master’s Degree in Materials Physics.
1986-1991: Engineer Diploma in Silicate and Oxide Compounds Technology.

👨‍🔬 Work Experience:

Specialist in Environmental Protection, Microbial Fuel Cells, and Electrochemical Analysis.
Proficient in Classical Methods of Analysis, UV-Vis Spectrometry, Atomic Absorption Spectrometry (AAS), ICP-MS, and SEM-EDX.
Co-author of 99 scientific articles in Web of Science-Clarivate Analytics indexed journals.
Contributor to 3 book chapters and editor of 1 book in international publishing houses.
Key member in research teams for 5 International Research Projects.
Director of 2 National Research Projects and team member in 10 others.
Impressive 1253 citations in Web of Science-Clarivate Analytics.
Hirsch Index on ISI Web of Science: 17

👨‍🏫 Professional Training:

Present: Associated Professor at Politehnica University Timisoara.
Present: PhD Supervisor in Chemical Engineering.
2012-2017: Lecturer at Politehnica University Timisoara.
2008-2009: Associate Researcher at Newcastle University, UK.

Narcis Mihai Duteanu is a dedicated professional with a wealth of experience in environmental protection and advanced analytical techniques. As an accomplished academic, he has contributed significantly to scientific literature, led research projects, and shaped the minds of future chemical engineers. His expertise in microbial fuel cells and electrochemical analysis underscores his commitment to sustainable solutions. As an educator, mentor, and researcher, Duteanu continues to inspire and innovate in the field of chemical engineering. 🌐🔍 #ScientistSpotlight #EnvironmentalInnovator

🌱 Research Focus:

Narcis Mihai Duteanu specializes in Microbial Electrochemical Technologies, with a primary focus on environmental sustainability and electrochemical analysis. His notable contributions include co-editing the open-access book “Microbial Electrochemical Technologies: Fundamentals and Applications” in 2024, showcasing his expertise in fuel cells, biofuel cells, and enzymatic fuel cells. Duteanu’s research extends to kinetic modeling, as seen in his work on the solid-liquid extraction process of scandium from red mud. With a dedication to advancing green technologies, his work underscores the importance of microbial electrochemical systems in solving environmental challenges. 🌐🔍 #GreenTechInnovator #ElectrochemicalResearch #EnvironmentalSolutions

📚 Citations:

Total Citations: 1,419
Total Documents: 1,292

📄 Research Output:

Total Documents: 107

📊 Author Impact:

h-index: 18

Note: The h-index is a measure of both the productivity and citation impact of a researcher. It indicates that Narcis Mihai Duteanu has 18 publications that have each been cited at least 18 times.

Narcis Mihai Duteanu’s substantial research impact, as evidenced by a high citation count and h-index, reflects the significance and influence of his contributions in the field. These metrics highlight the depth and breadth of his scholarly work and the recognition it has garnered within the academic community. 📈🔍 #ResearchImpact #Citations #AcademicMetrics

Publications Top Notes:

Book: Microbial Electrochemical Technologies: Fundamentals and Applications (2024)
- Authors: Ghangrekar, M.M., Surampalli, R.Y., Zhang, T.C., Duteanu, N.M.
- Published: 1-2, pp. 1–713
- Noteworthy Chapters:
  - “Electrochemistry Analytical Techniques and Interpretation of the Results” (Pages: 19–52)
  - “Fuel Cells and Biofuel Cells” (Pages: 1–18)
  - “Enzymatic Fuel Cells and Biosensors” (Pages: 467–494)
  - “Way Forward and Conclusion” (Pages: 683–700)
Article: Kinetic Modelling the Solid–Liquid Extraction Process of Scandium from Red Mud (2023)
- Authors: Daminescu, D., Duteanu, N., Ciopec, M., Lazau, R., Berbecea, A.
- Published: Materials, 16(21), 6998
- Focus: Kinetic modeling of scandium extraction from red mud, considering acid composition, contact time, and temperature.
Editorial Preface for Microbial Electrochemical Technologies: Fundamentals and Applications (2024)
- Authors: Ghangrekar, M.M., Surampalli, R.Y., Zhang, T.C., Duteanu, N.M.
- Published: 1-2, pp. xv–xvi
Book Chapter: Environmental Applications of Microbial Fuel Cells (Year)
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- Published: [Journal/Book Name].
Research Article: [Title of Research Article] (Year)
- Authors: [Author Names]
- Published: [Journal Name], Volume(Issue).

Rohat Gültekin | Irrigation | Best Researcher Award

Dr Rohat Gültekin | Irrigation | Best Researcher Award