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Funded projects - sixth competition
Round Six - CFCAS projects awarded
December 2005 - January 2006
|
University |
PI |
Project Title |
CFCAS Funding |
|
Alberta |
Reuter, G |
Modelling and Forecasting Convective Storms and Rainfall |
$300,000 over 3 years |
|
Alberta |
Sutherland, B |
Improving Weather and Climate Prediction with Better
Internal Wave Models |
$266,280 over 3 years |
|
Dalhousie |
Duck, T |
A Three-dimensional Investigation of Transboundary Aerosol
Transport |
$158,500 over 3 years |
|
Laval |
Pienitz, R |
The New Quebec Crater Lake Project |
$376,000 over 3 years |
|
McGill |
Fabry, F |
Development and testing of a new meteorological instrument
for storm research and prediction: The mesoscale radiometer |
$274,438 over 3 years |
|
McGill |
Yau, P |
Modelling the Tropical Tropopause Layer |
$300,000 over 3 years |
|
Memorial |
Demirov, E |
Response of the Labrador Sea environment to global climate
changes: modeling, diagnose and predictability |
$191,975 over 3 years |
|
Ottawa |
Lewkowicz, A |
Impact of climate change on mountain permafrost, northwest
Canada |
$290,860 over 3 years |
|
Sherbrooke |
O'Neill, N |
CALIPSO analysis and validation; application to model
evaluation |
$279,381 over 3 years |
|
Toronto |
Abbatt, J |
Black Carbon Particulates: Rates and Effects of Atmospheric
Chemical Processing |
$144,000 over 3 years |
|
Toronto |
Chen, J |
Nested Global Inversion for North America Carbon Sinks and
Sources with 13CO2 Isotope Constraint |
$298,000 over 3 years |
|
Toronto |
Moore, K |
The Canadian Contribution to GFDex (The Greenland Flow
Distortion Experiment) |
$296,000 over 3 years |
|
Toronto |
Jones, D |
Improved understanding of air quality in the Canadian Arctic
using integrated satellite and surface observations |
$250,010 over 3 years |
|
Toronto |
Shepherd, T |
Energy and momentum consistency in subgridscale
parameterization for climate models |
$207,000 over 3 years |
|
UBC |
Bertram, A |
Improving the Understanding of Mixed-Phase and Ice Clouds
with Emphasis on the Arctic Region and Cubic Ice in the Upper Troposphere |
$287,200 over 3 years |
|
UBC |
Black, A |
Impact of mountain pine beetle on the carbon balance of
lodgepole pine stands in western Canada |
$299,900 over 2 years |
|
York |
Taylor, P |
High Resolution Wind Energy Resource Prediction |
$229,000 over 3 years |
|
York |
Whiteway, J |
Effects of Convection on Humidity and Ozone (ECHO) |
$234,250 over 3 years |
|
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