Environmental Fluid Mechanics
Although Canada has more water than most nations, fluctuations in the quantity and quality of our available water, due to climate change and other human influences, greatly affect Canadian life. Most water quality issues require an understanding of physical processes such as circulation and irreversible mixing. Examples include trapping of nutrients behind upstream reservoirs, nutrient supply to the photic zone supporting phytoplankton and fisheries food supply, effluent dispersal in lakes and coastal waters, and the path of contaminants (such as E. coli and Cryptosporidium) to drinking water supply intakes and beaches. The EFM groups focuses on the description and understanding of the physical dynamics of water bodies with the aim of developing numerical models for the prediction of the impacts of climate change and human activities on lake circulation.
The Environmental Fluid Mechanics group is led by Dr. Greg Lawrence, Dr. Marc Parlange, and Dr. Bernard Laval, whose combined expertise spans the whole range of analytical, numerical, laboratory, field methods.
The Environmental Fluid Mechanics Research Group at UBC seeks to examine the fundamental role of fluid motions in determining environmental quality. Our research team approaches physical problems of contaminant transport, stratified flows, mixing, turbulence and ice-water interactions. We use a variety of techniques including analytical methods, field experimentation, laboratory simulation and 3D numerical modelling.
For more information visit the following research site: Environmental Fluid Mechanics Research.