Gennaro Notomista's main research interests lie at the intersection of design and control of robotic systems for long-duration autonomy with applications to environmental monitoring.
Tonya DelSontro’s research focus is to advance our understanding of how human activities and climate change alter aquatic carbon cycles and greenhouse gas budgets. She integrates field-based system analyses and experimental laboratory work to define and predict anthropogenic impacts on freshwater systems’ greenhouse dynamics from local and regional to global scales.
Kyle Daun, an expert in radiative transfer and optical diagnostics, is helping the Canadian oil and gas sector deploy spectroscopic techniques for quantifying methane emissions. His work focuses on optical gas imaging using infrared cameras and hyperspectral imaging.
Chul Min Yeum's research interests include structural health monitoring, computer vision, machine learning, nondestructive testing and big data.
Linlin Xu's focuses are monitoring and mapping of Arctic sea ice and marine oil spills, machine learning, statistical and computational methods for big remote sensing data interpretation, hyperspectral imaging, synthetic aperture radar (SAR) imaging and environmental remote sensing.
Brent Wolfe's areas of research include climate change in Canada's north, present and past hydrology of the Mackenzie Basin Deltas, paleo-environmental research, and environmental impacts on the hydrology of lakes.
Michael Waite's focuses are turbulence in rotating stratified fluids, vortices in stratified fluids, mesoscale atmospheric dynamics, and tropical convection.
Wesley Van Wychen's research includes remote sensing (satellite imagery) and field data to observe variability in glaciers and glacier motion; the application of SAR remote sensing datasets to observe ocean processes (currents, sea ice) and monitor human activities (detection of oil spills); data management and long-term data preservation; and historical climate data rescue projects.
Andrew Trant's areas of research include ecological legacies associated with people occupying sites for millennia, biodiversity as a critical component for understanding how ecosystem function and biogeography.
Bryan Tolson's research interests include hydrologic model calibration, hydrology, water resources planning and management, environmental and water resources, environmental simulation model development, environmental decision-making, parallel computing, multi-objective optimization, and soft computing.