Energy resilience · 2026
When river flow meets hydropower
Examining the relationship between river discharge, head loss, and electricity generation in run-of-river hydropower.
AHANA BAYONGWA Samuel / Researcher
I study the connections between water resources, climate change, and energy systems—from river basins in Central Africa to the global energy transition.
Researcher · FZJForschungszentrum Jülich · ICE-2 · Germany
Selected published work
Two perspectives on the water systems that power and sustain communities.
Energy resilience · 2026
Examining the relationship between river discharge, head loss, and electricity generation in run-of-river hydropower.
Water & communities · 2026
Bringing hydrological modeling and decision-support tools together to assess flood hazard and risk at catchment scale.
Connected questions. Shared futures.
Hydrological modeling, remote sensing, and water resources in a changing climate, with a particular interest in data-scarce regions.
Investigating water constraints on electricity supply and their implications for the energy transition.
Exploring rainfall extremes, hydropower vulnerability, and the links between climate and water availability.
Recent work from my ORCID record