Technology Transfer

• The compression test, rutschblock test and deep tap test have been adopted into Canada's Observation Guidelines and Recording Standards for Weather, Snowpack and Avalanches. 
• Annual presentations of results and techniques at Canadian Avalanche Association Spring Conference, avalanche safety courses and training seminars.  Recent outreach and seminars  
• Annual reports to supporters. 
• Publications in Avalanche.ca - The Journal of Canada's Avalanche Community, Avalanche Review, Proceedings of the International Snow Science Workshop and scientific journals. 

Research Topics 2004 - 2009

 

• Practical modelling of solar radiation and warming effects on snowpack stability over terrain.
• Spatial variability of stability on the slope scale.
• Using a digital penetrometer to quickly profile the snowpack and identify weak layers.
• Fracture initiation and propagation in weak snowpack layers.
• Developing GIS algorithms for identifying avalanche terrain.
• Evidence-based decision support schemes for recreation in avalanche terrain.
• Formation and evolution of faceted crystals that form near wet layers and crusts.
• Forecasting changes in the strength and stability of weak layers from snowpack properties and meteorological variables.
• Correlation of shear frame, rutschblock and compression tests results with the frequency of skier triggering on the slope scale and with avalanche danger on the drainage and regional scale.
• Computer assisted avalanche forecasting using snowpack properties, weather and previous avalanche activity.

Field studies are conducted at Rogers Pass in the Selkirk Mountains with the cooperation of the Parks Canada avalanche control program and HeliCat Canada members, in the Cariboo and Monashee Ranges near Blue River, BC with the cooperation of Mike Wiegele Helicopter Skiing, and in the North Purcells with the cooperation of Kicking Horse Mountain Resort.