Water Stewardship Information Sources

Resource Name Impacts of mean annual air temperature change on a regional permafrost probability model for the southern Yukon and northern British Columbia, Canada
Unique File Number 76
Information Type applied research
Surface Water
Aquatic Ecosystem
Groundwater
Groundwater & Surface Water
Management for Natural & Industrial Hazards A
Strengths
Limitations only covers north of 59 degrees latitude
Challenges lack of field data for validation
Outstanding Research Questions
Outstanding Research Questions
Information Subtype permafrost
Organization University of Ottawa
Resource Name Bonnaventure, PP and Lewkowicz, AG. 2013. Impacts of mean annual air temperature change on a regional permafrost probability model for the southern Yukon and northern British Columbia, Canada. The Cryosphere 7:935-946.
Resource Purpose Air temperature changes were applied to a regional model of permafrost probability under equilibrium conditions for an area of nearly 0.5 × 106 km2 in the southern Yukon and northwestern British Columbia, Canada. Associated environmental changes, including snow cover and vegetation, were not considered in the modelling. Permafrost extent increases from 58% of the area (present day: 1971-2000) to 76% under a -1 K cooling scenario, whereas warming scenarios decrease the percentage of permafrost area exponentially to 38% (+ 1 K), 24% (+ 2 K), 17% (+ 3 K), 12% (+ 4 K) and 9% (+ 5 K) of the area.
Type of Information article
How does this help decision making?
Program Status complete
NE Coverage Northern BC specific
Drinking Water
Ecosystem
Fish
Groundwater
Public Safety Y
SW Quality
SW Quantity
Link http://www.the-cryosphere.net/7/935/2013/tc-7-935-2013.html
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Contact Email [email protected]