Environment and Climate Change Canada · Contribution program
Predicting Weather and Environmental Conditions
To encourage and support international capacity building activities to enable access, understanding and use information on changing weather, water, air quality and climate conditions.
- Total value
- $684K
- Agreements
- 5
- Mar 2026 to Mar 2026
- Median agreement
- $150K
- Typical range
- $100K–$189K
- the middle half of agreements
Federal grants and contributions, agreements starting Jan 2006 to Oct 2026, each counted once at its latest amended value. Source: Treasury Board proactive disclosure, published October 11, 2026.
See every record for this program on the government’s search. How to apply: look up the program on Environment and Climate Change Canada’s website.
Who got it
Organizations with the most funding under this program.
| Recipient | Agreements | Total |
|---|---|---|
| Simon Fraser University | 1 | $200K |
| University of New Brunswick | 1 | $189K |
| World Meteorological Organization | 1 | $150K |
| University of Toronto | 1 | $100K |
| Université du Québec à Rimouski | 1 | $45K |
By year
Agreements by the year they started.
| Year | Agreements | Total |
|---|---|---|
| 2026 | 5 | $684K |
By province
| Province or territory | Agreements | Total |
|---|---|---|
| British Columbia | 1 | $200K |
| New Brunswick | 1 | $189K |
| Outside Canada or not stated | 1 | $150K |
| Ontario | 1 | $100K |
| Quebec | 1 | $45K |
By type of recipient
As the department classified the recipient.
| Recipient type | Agreements | Total |
|---|---|---|
| Academia | 4 | $534K |
| International (non-government) | 1 | $150K |
Latest agreements
| Start | Recipient | What for | Value |
|---|---|---|---|
| Mar 2026 | World Meteorological Organization | Brewer Trust FundContribution | $150,000 |
| Mar 2026 | Université du Québec à Rimouski | Combining sea ice observations in Mittimatalik, Artificial Intelligence (AI) and Sea Ice Models to improve local landfast ice predictionsContribution | $45,000 |
| Mar 2026 | University of Toronto | Data driven approaches to leverage remote sensing observations which are currently rejected by conventional NWEP (Numerical Weather and Environmental Prediction) systems to improve prediction of both Arctic weather and extreme weather eventContribution | $100,000 |
| Mar 2026 | University of New Brunswick | Downscaling global forecasts to model extreme weather events in Atlantic Canada with AI technicsContribution | $189,412 |
| Mar 2026 | Simon Fraser University | Advancing Machine Learning for Arctic Weather Forecasting: Enhancing Community Safety and Climate ResilienceContribution | $200,000 |