Edmonton / Wallingford / Regina / Washington / D.C. / Calgary / Saskatoon / /
Company
Valeo / Kendall / IAHS Press / /
Country
Canada / United Kingdom / / /
Event
Natural Disaster / /
Facility
University of Calgary Biogeoscience Institute / University of Saskatchewan / /
IndustryTerm
internal energy states / atmospheric model products / energy equation / energy flux / large energy inputs / ridgetop site / observation site / oil sand development regions / sparse meteorological observation network / energy balance snowmelt calculations / radiation energy inputs / internal energy deficits / sublimation algorithm / energy / daily energy balance snowmelt module / field technology / energy balance snowmelt module / energy balance / energy balances / algebra algorithms / internal energy / energy-budget snowmelt model / physically-based algorithms / energy fluxes / cumulative energy inputs / terrain wind flow algorithm / /
NaturalFeature
forest HRU / Rocky Mountains / Forest SWE / Bow River / Athabasca River / Kananaskis Valley / Alpine / Marmot Creek / Rocky Mountain / Hudson Bay / Arctic Ocean / /
Organization
Centre for Hydrology Internal Report / University of Calgary Biogeoscience Institute and the Nakiska Ski Resort / Centre for Hydrology / International Association of Hydrological Sciences Publication / U.S. National Academy of Science / University of Saskatchewan / /
Person
Matt MacDonald / James MacDonald / Mike Solohub / Richard Essery / Anne Sabourin / Chad Ellis / /
Position
Canada Research Chair / Albedo model for shallow prairie snow covers / representative / Cold Regions Hydrological Model / CRHM / /
ProvinceOrState
Alberta / Saskatchewan / Newfoundland / /
PublishedMedium
Journal of Climate / Journal of Geophysical Research / /
MODELLING ALPINE SNOW HYDROLOGY IN THE CANADIAN ROCKY MOUNTAINS John Pomeroy1, Matt MacDonald 1, Chris DeBeer1 and Tom Brown2 ABSTRACT Field and modelling studies at Marmot Creek Research Basin in the Canadian Rocky Moun