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Dr. Chansheng He is a  University Distinguished Faculty Scholar and Professor at School of Environment, Geography, and Sustainability at Western Michigan University. He is an elected fellow of American Association for the Advancement of Science (AAAS), fellow of American Association of Geographers (AAG), and has received a number of national and international awards, including Distinguished Fulbright - University of Leeds (UK)Scholar Award (one of the 38 Distinguished Scholars globally in 2022) , three U.S. Department of State Senior Fulbright Senior Specialist Awards, AAG Water Resources Specialty Group Distinguished Career Award in Water Resources,  and U.S. National Research Council /NOAA Senior Research Associateship Award. He serves on the editorial boards of   Ecosystem Health and Sustainability, and Geography and Sustainability.

His research has advanced an integrative approach to watershed science that connects fundamental understanding of hydrological processes with spatial technologies, predictive modeling, sustainability thresholds, and water-resources management and governance. Across more than three decades, his work has addressed a central question: How can we understand and predict human impacts on water quantity, quality, storage, fluxes, and distribution across scales—and translate that understanding into actionable watershed management?

1. Integrating watershed science with management and governance.
He developed conceptual frameworks that progressively connect hydrological, ecological, technological, and human dimensions of watershed systems. An early framework integrated hydrological and biological indicators, remote sensing, GIS, simulation modeling, stakeholder participation, and management evaluation to assess watershed change. This work evolved into watershed science, an interdisciplinary framework linking hydrological analysis with water-operation policies, governance, management, and adaptive feedback. The framework explicitly addresses water storage, fluxes and quality; defines locally relevant sustainability thresholds; reconciles hydrological and political boundaries; and translates scientific understanding into actionable management measures. It provides a complementary pathway to existing integrated water-resources management approaches for addressing water security and sustainability.

2. Advancing spatially explicit understanding and prediction of watershed processes.
He developed and applied integrated GIS, remote-sensing, field-observation, and hydrological-modeling approaches across scales. His AVNPSM system linked GIS with nonpoint-source pollution modeling to identify pollutant sources and transport pathways and evaluate watershed-management scenarios; the software was distributed internationally and associated publications have received extensive citations. Working with NOAA collaborators, he advanced distributed large-basin runoff modeling for Great Lakes watersheds. In dryland China, he developed coupled regional climate-hydrological modeling to quantify interactions among climate, vegetation restoration, and regional water cycles.

3. Revealing hydrological limits in heterogeneous and water-scarce environments.
He established a 121-site multiscale ecohydrological observation network in the Qilian Mountains, Northwest China and developed methods to quantify how soil heterogeneity and preferential flow control subsurface water movement and hydrological prediction in data-scarce mountain environments. Building on this process understanding, his research revised the Budyko framework to quantify safe thresholds for large-scale vegetation greening, linking ecological restoration directly to regional water availability and providing a parsimonious approach for identifying sustainable restoration limits in drylands.

Collectively, these contributions move watershed research from observing hydrological change, to explaining and predicting it, to defining limits and informing decisions—connecting science with sustainable water management.

He has published nearly 150 journal articles in leading national and international journals and authored/co-authored 11 books. He is a proponent of international collaborations and has been conducting collaborative research with scholars from China, Germany, Romania, South Africa,  and UK, etc.