Hydrology and Glaciology


Several faculty conduct research in the broad areas of hydrology, glaciology and snow science. Hydrologic research focuses on the flow of water through the landscape and on physical water quality (suspended sediment and water temperature). Process studies at the plot, hillslope and small catchment scales are complemented by statistical analyses of hydrologic variables at the large catchment and regional scales. Glaciological research focuses on snow processes, avalanche dynamics, and hazard assessment; snow accumulation, melt and runoff; and glacier mass balance. Much of the research examines the effects of land use, particularly forest harvesting, and of climatic variability and change. Current projects include studies of the hydrology and thermal regime of headwater streams and their responses to forest harvesting with different riparian management strategies; avalanche prediction for heli-skiing operations and highways maintenance; interactions between snow avalanches and forest practices; climate-glacier-streamflow relations in the Southern Coast Mountains; scaling runoff processes from plots to catchments; and regional studies of snowpack, streamflow and water temperature variations.

Faculty working on Hydrology and Glaciology


My research covers a wide range of topics in geomorphology and hydrology such as landscape evolution, the interaction between hill-slopes and channels, channel stability and morphology, river sediment transport and sediment yield, stream ecology, in-channel wood dynamics, and modeling fine sediments and their interactions with stream physical and biological characteristics.

Associate Professor
Canada Research Chair in Landscapes of Climate Change

I work at the intersection of climate science, glaciology, geomorphology and human adaptation and resilience . My research focuses on the formation of glaciated landscapes and landscape response to climate change, from the temperate regions of BC, the Andes and the Himalayas to the polar regions of Greenland and Antarctica. My team and I integrate field observations, spatial analysis, numerical modeling and theory to quantify the impacts of climate change on glaciers and landscapes and the people who live among them.

Professor Emeritus

Snow and avalanche mechanics, avalanche dynamics and engineering, avalanche prediction and forecasting.


My research focuses on the influence of climate variability and change, in conjunction with forest and glacier dynamics, on hydrological processes and the patterns of streamflow and water quality. I work closely with practitioners, government agencies and utilities to integrate the best available science into environmental monitoring, management and policy.