Elsevier / A GCM / Washington / D.C. / Copenhagen / /
Company
D. N.A. / Igg / Amazon / McFarlane N.A. / G. J. N. A. / /
Continent
Antarctica / /
Country
Russia / Greenland / Netherlands / Australia / China / Denmark / / /
Event
Environmental Issue / /
Facility
University of Victoria / Trent University / /
IndustryTerm
model-simulated energy / variable velocity flowrouting algorithm / process energy / moisture processing / surface energy / variable velocity flow routing algorithm / energy / /
NaturalFeature
Mackenzie River / Lake Eyre / West Greenland glaciers / Greenland glaciers / Yukon / Amur / Mackenzie / Lake Eyre River / /
Organization
Trent University / Peterborough / Canadian Climate Centre / Danish Polar Center / American Geophysical Union / University of Victoria / Meteorological Service of Canada / Canadian Centre for Climate Modelling and Analysis / Canadian Center for Climate Modelling and Analysis / G.J. Boer Canadian Centre for Climate Modelling and Analysis / /
Person
Mackenzie Ob Volga Danube Yukon / R. Laprise / Murray Zambezi Lena / Lena Amur Nile Mississippi Columbia / Murray Parana / Mackenzie Brahamaputra Yangtze Columbia Nile / /
Position
spectral atmospheric general circulation model / Atmos / /
Product
Vizio L32 Television / /
ProvinceOrState
Peterborough / Mississippi / New York / Ontario / /
PublishedMedium
Climate Dynamics / /
Region
northern North America / west China / southern South America / West Greenland / Central America / central Africa / /
An Analysis Of Simulated Runoff And Surface Moisture Fluxes In The CCCma Coupled Atmosphere Land Surface Hydrological Model V.K. Arora and G.J. Boer Canadian Centre for Climate Modelling and Analysis, Meteorological Serv