Donghoon Lee

Dr. Donghoon Lee is an Assistant Professor and Tier-2 Canada Research Chair in the Department of Civil Engineering at the University of Manitoba's Price Faculty of Engineering. His research focuses on the intersection of hydroclimatology, data science, and societal impacts, particularly addressing challenges related to climate variability and its effects on water resources, agriculture, and disaster management systems across multiple sectors.

Dr. Lee's educational background includes:

• Ph.D. in Civil and Environmental Engineering from the University of Wisconsin-Madison (2018)
• M.Sc. in Civil Engineering from Ajou University (2012)
• B.Sc. in Civil System Engineering from Ajou University (2010)

His research expertise spans hydroclimate forecasting, water resources systems, disaster risk assessment, and agricultural drought and food security. Dr. Lee applies geospatial data science, water system engineering, statistical applications, remote sensing, and numerical modeling to quantify interactions between climate, environmental, and societal factors. His work enhances understanding of both short- and long-term climate risks and develops practical solutions for climate-related challenges facing human societies.

Recent publications demonstrate a strong focus on agricultural data systems, climate adaptation policy, and food security analytics, with particular attention to Africa and North American regions. His research integrates satellite data, climate modeling, and socioeconomic analysis to develop practical decision-support tools for sustainable resource management under changing climate conditions.

Dr. Lee has received significant recognition through his appointment as a Tier-2 Canada Research Chair, which supports his innovative work at the hydroclimate-society interface.

Dr. Lee actively mentors graduate students and is currently seeking applicants at all levels (Postdoc, PhD, MS, and Undergraduate students) to join his research group. His Hydroclimate2X Lab provides opportunities for students to engage in cutting-edge research that combines computational methods with real-world climate challenges.

The Hydroclimate2X Lab applies computational and statistical methods to quantify the impacts of climate variability on society. The lab's work includes forecasting extreme hydroclimate events, assessing water-energy risks, and integrating climate data with food and environmental systems to support sustainable decision-making across multiple sectors including agriculture, disaster management, and urban planning.