January 17, 2021Call Cycle II, Year of Polar Prediction (YOPP) This project targets improved understanding of how fog works in the northern…- January 17, 2021Call Cycle II, Year of Polar Prediction (YOPP) The project brings together a multi-disciplinary and multi-sectoral team of social and…
- January 17, 2021Call Cycle II, Year of Polar Prediction (YOPP) The objective of this project is to develop improved operational products and…
- January 17, 2021Call Cycle II, Year of Polar Prediction (YOPP) Canada does not have sufficient maritime resources (i.e. ice-capable research vessels) to…
- January 17, 2021Call Cycle II, Bridging the Gap/KTEE CO2 emissions caused by human activities have increased CO2 concentrations in the atmosphere and…
- January 17, 2021Call Cycle II, Bridging the Gap/KTEE There is an urgent need for flexible and economic monitoring of whales and vessels…
- January 17, 2021Call Cycle II, Bridging the Gap/KTEE Changes of sea ice conditions and the world’s hunger for natural resources are leading…
- January 17, 2021Call Cycle II, Bridging the Gap/KTEE This project builds on MEOPAR initial project (IP1.1) entitled “A Relocatable Coupled Atmosphere-Ocean Prediction…
- January 17, 2021Call Cycle II, Bridging the Gap/KTEE This project will transfer new capabilities for forecasting seasonal storm activity, developed in MEOPAR’s…
- January 17, 2021Call Cycle II, Bridging the Gap/KTEE The Integrated Coastal Acidification Project (I-CAP2) conceptual framework provides a means of structuring and…
![[DEV] MEOPAR](https://meopar.siteprev.dev/wp-content/uploads/meopar-logo.svg){kind=logo}
