• Open water and ice-induced flood risk assessment, mapping, and sustainable mitigation
  • Characterization, simulation, and spatiotemporal forecast of ice processes at the watershed scale for past, current, and future climate conditions
  • Hydrodynamic simulations including ice processes
  • Characterization of water-ice-morphology-sediment interactions
  • Improvement of discharge estimation techniques in all types of channel environments
  • Measurement and simulation of hydrological and thermal fluxes