Faculty
- River restoration and rehabilitation
- Numerical and field studies of groundwater- surface water interaction
- Field and numerical modeling studies of urban river mechanics
- Hydrologic modelling and analysis
- Numerical and semi-analytical environmental simulation methods
- Regional groundwater and surface water flow modelling
- Permafrost and subsurface heat transport
- Ecohydraulics & river process mechanics
- Hydrodynamics and sediment transport
- Fluvial geomorphology
- Discrete particle modelling
- Numerical modelling and visualization
- Contaminant fate and transport in porous and fractured media
- Air quality impacts and benefits under energy and climate policy
- Health impacts of air pollution under future climate
- Environmental inequality
- Statistical analysis
- Microbial data analysis
- Public health, risk assessment, drinking water, and water quality
- Heuristic optimization methods for calibration of environmental models
- Watershed-scale nutrient modelling
- Sensitivity and uncertainty analysis techniques
Emeritus Faculty
- Extreme event hydrology
- Statistical methods for evaluating hydrologic events
- Impacts of climate change on hydrologic variables and water resource systems
- Distributed surface water modelling
- Flood forecasting and analysis
- Vegetation in channels, flood resistance in natural and engineered channels
- Site characterization for nuclear waste disposal
- Forensic analysis of contaminated sites
- Multi-phase physics modelling
- Watershed-scale modelling
- Impact of climate change on groundwater
- Contaminant fate, transport and remediation in subsurface systems
- Abiotic remediation technologies
- Agricultural loading to groundwater