Professional Summary
Daniel Geletaw Eshete is an Ethiopian Engineering Hydrology scholar, water resources researcher, university lecturer, academic coordinator, and emerging international PhD researcher with more than nine years of experience in teaching, research, hydrological modelling, climate-change impact assessment, groundwater recharge, irrigation water productivity, soil erosion, citizen science, water availability assessment, and water resources management. He currently serves as Lecturer at the University of Gondar, Ethiopia, where he has contributed to teaching, academic coordination, student supervision, research, institutional service, research ethics, and pre-engineering/common-course coordination. Since March 2019, he has served as Lecturer, and from June 2021 onward he has taken additional academic leadership responsibilities including Chair of Hydrology and Water Resource Engineering, Chair for the College Research Ethics Committee, and Head for Pre-Engineering and Common Course Coordination. His professional journey at the University of Gondar began earlier as Graduate Assistant I, Graduate Assistant II, Assistant Lecturer, and later Lecturer, showing steady academic growth, discipline, and commitment to the development of hydrology and water resources education in Ethiopia. Daniel is currently pursuing a PhD in Physical Geography at the University of Chinese Academy of Sciences, China, beginning in August 2024. This doctoral path strengthens his profile beyond classical hydrology and places him within a broader scientific field connecting climate, land, water, geography, hydrological extremes, environmental change, and large-scale water availability assessment. He also holds an MSc in Engineering Hydrology from Bahir Dar University, where his thesis focused on the evaluation of shallow groundwater recharge and its potential for dry-season irrigation, and a BSc in Water Resource and Irrigation Management from the University of Gondar, where he graduated with great distinction and received the best student award. His research record is impressive and active. He has authored and co-authored more than 15 publications in reputable peer-reviewed journals and academic outlets. His published and ongoing research addresses groundwater recharge, dry-season irrigation potential, irrigation water productivity, streamflow response to climate change, soil erosion and sediment yield modelling, small-scale irrigation performance, soil moisture simulation using SWAT and remote sensing, regional flood frequency analysis, land suitability assessment for surface irrigation, integrated soil fertility management, citizen science, water and food security, and sustainable development goals in the Upper Blue Nile Basin and other Ethiopian watersheds. Daniel’s work is especially valuable because it combines field-based hydrology, modelling, satellite data, long-term observed data, spatial analysis, and practical agricultural-water questions. His research contributes to understanding how climate variability, land-use change, hydrological processes, soil erosion, groundwater recharge, and irrigation practices affect water availability, water security, and agricultural productivity. He is strongly interested in streamflow variability, hydrological extremes, nonlinear interactions among water-balance components, climate and human impacts on water resources, and forecasting and assessment tools that support sustainable water management. He has participated in the PIRE Taming Water in Ethiopia project as an MSc student and data collector, contributing to citizen-science data collection and water-and-food-security research linked to international collaboration. He has also contributed to University of Gondar mega research activities and has experience as a principal project leader from the University of Gondar side. His project and research exposure includes citizen-science hydrological data collection, groundwater recharge assessment, climate-change hydrology, irrigation water productivity, soil erosion modelling, flood-frequency analysis, and water balance estimation. Daniel has won several academic and research recognitions. He won a University of Gondar research grant in the 2019 budget year and two additional research grants in the 2022 budget year. He graduated with great distinction from his BSc program and received the best student award. These achievements show not only technical competence, but also consistency, academic discipline, and strong research promise. He has presented his work in national, regional, and international academic forums, including conferences and seminars on the Nile River Basin and Sudd Wetlands, hydrological response to climate change in data-scarce regions of the Upper Blue Nile, shallow groundwater recharge and dry-season irrigation potential, maize water productivity under deficit irrigation, irrigation water-use efficiency, soil water balance using satellite images, GIS and CROPWAT, and water-related research in Ethiopia and the Nile Basin. His conference record demonstrates that he is not only producing research, but also actively communicating scientific findings to professional communities. His technical capacity is broad and modern. He has strong skills in R, Python, Microsoft Excel, SPSS, FAO CROPWAT, AquaCrop, ArcGIS, QGIS, ArcSWAT, QSWAT, HBV, remote sensing, statistical data analysis, hydrological modelling, spatial analysis, numerical modelling, data collection, and research formulation. He has received training in R and Python programming, research grant writing, proposal development, publication, ESRI spatial analysis, SWAT modelling, instructional planning, technology-assisted teaching and learning, practical teaching skills, electronic library resources, climate change adaptation and mitigation in Africa, groundwater resource management, water diplomacy and transboundary aquifer management, nature-based solutions for disaster and climate resilience, water and climate, and farm data management for agricultural development. Daniel also contributes to the academic community through peer review and manuscript evaluation. He has received certificates of recognition for reviewing manuscripts related to groundwater modelling, groundwater potential zone delineation using remote sensing and GIS, and land-use/land-cover change effects on streamflow in the Upper Blue Nile Basin. He has also reviewed research and community-service proposals related to water balance estimation, irrigation mapping, GIS, CROPWAT, and efficient water use in agricultural production. His professional identity is that of a young but already highly productive African hydrologist whose work connects engineering hydrology, climate change, irrigation, groundwater, remote sensing, modelling, citizen science, and sustainable water management. His profile represents an important generation of Ethiopian and African water researchers who combine field evidence, scientific modelling, digital tools, and applied water-resource thinking to address climate resilience, food security, water availability, and hydrological extremes.
Key Expertise
Major Projects and Contributions
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Lecturer and Hydrology Academic Leader – University of Gondar
Serves as Lecturer at the University of Gondar and has held academic coordination responsibilities including Chair of Hydrology and Water Resource Engineering, Chair for the College Research Ethics Committee, and Head for Pre-Engineering and Common Course Coordination. -
PhD Research in Physical Geography and Water Availability
Pursues doctoral studies in Physical Geography at the University of Chinese Academy of Sciences, strengthening his research focus on hydrology, climate, land-water interactions, water availability, hydrological extremes, and large-scale environmental assessment. -
Groundwater Recharge and Dry-Season Irrigation Research
Conducted MSc research and published work on shallow groundwater recharge and its potential for dry-season irrigation in Ethiopian watersheds, contributing to improved understanding of groundwater use, recharge behaviour, and agricultural water management. -
Climate Change and Streamflow Response in Data-Scarce Regions
Researches streamflow response to climate change in data-scarce regions, with particular attention to the Upper Blue Nile Basin, climate variability, hydrological modelling, and water security implications. -
Irrigation Water Productivity and Agricultural Water Management
Contributes to studies on maize water productivity, deficit irrigation, drip and furrow irrigation performance, surface irrigation suitability, irrigation requirement estimation, and efficient water use in small-scale irrigation systems. -
Soil Erosion, Sediment Yield, and Watershed Modelling
Co-authored research on watershed-based soil erosion and sediment yield modelling, soil erosion susceptibility, SWAT and remote-sensing integration, and soil moisture simulation in Ethiopian watersheds. -
Citizen Science and Water and Food Security PIRE Project
Contributed to citizen-science data collection for the Water and Food Security PIRE project linked to the University of Connecticut and University of Gondar collaboration, supporting data collection and capacity building in the Upper Blue Nile Basin. -
Research Publications in Hydrology, Irrigation, Climate, and Water Resources
Authored and co-authored more than 15 peer-reviewed publications on groundwater recharge, irrigation water productivity, streamflow response to climate change, soil erosion, sediment yield, citizen science, water security, flood frequency, and water resources management. -
Research Grants and University Research Leadership
Won University of Gondar research grants in 2019 and 2022 and contributes to proposal development, research ethics, scientific publication, project leadership, and institutional research service. -
Technical Modelling, GIS, Remote Sensing, and Data Analysis
Applies R, Python, ArcGIS, QGIS, ArcSWAT, QSWAT, HBV, FAO CROPWAT, AquaCrop, SPSS, Microsoft Excel, remote sensing, spatial analysis, statistical analysis, and numerical modelling in hydrology and water resources research. -
Peer Review and Academic Service
Contributes to peer review and academic quality assurance by reviewing manuscripts and proposals related to groundwater modelling, groundwater potential mapping, land-use and land-cover impacts on streamflow, water balance estimation, GIS, CROPWAT, and efficient agricultural water use.