Grants and Contributions

The purpose of this program is to increase Canadians' access to flood hazard information and maps in order to make informed decision-making related to flood mitigation, land use planning and prevent costly impacts of flood.

The objective of this Project is to support predevelopment activities of clean electricity infrastructure to help deploy battery energy storage systems (BESS).

The objective of this Project is to support predevelopment activities of clean electricity infrastructure to help deploy battery energy storage systems (BESS).

The objective of this Project is to support predevelopment activities of clean electricity infrastructure to help deploy battery energy storage systems (BESS).

This project assists Canadian carriers to implement improvements to their fleet to lower fuel costs and reduce greenhouse gas emissions.

This project assists Canadian carriers to implement improvements to their fleet to lower fuel costs and reduce greenhouse gas emissions.

The Project's primary goal is to explore and demonstrate fluorine-free ionic polymers as replacements for perfluorinated sulfonic acid polymer (PFSA) in catalyst coated membranes (CCMs) of electrochemical energy conversion devices, leveraging accelerated materials discovery methods. This initiative is crucial in light of the impending prohibition of PFSA as a 'forever chemical', harmful to the environment. A longer-term aim is to develop a materials discovery method for CCMs that are not only fluorine?free but also free of precious metal-based electrocatalysts. Key outputs include feasibility studies and workplans for developing platforms to optimize fabrication conditions of fluorine-free electrocatalyst layers and handling systems for preparing and characterizing CCMs. Outcomes involve establishing a community of practice through workshops, laying groundwork for MAP modules integration into existing MAP ecosystems, and fostering industry interactions. This will significantly facilitate the commercialization of fluorine-free polymers and membranes for electrochemical energy conversion devices.

Seeds are the primary source of plant-based protein, and a comprehensive understanding of the spatiotemporal developmental and metabolic pathways at the cellular level is essential for unraveling the fundamental mechanisms that can enhance plant-based protein crops. Metabolomics analysis holds immense promise and advantages compared to conventional methods. It often serves as the foundation for understanding the biochemical intricacies within cells. This research aims to create a high-resolution spatiotemporal atlas of the transcriptome, chromatin accessibility, and the metabolome for canola and pea, during seed development and in vitro embryogenesis, all at the cellular level. Furthermore, this multi-omics data will be integrated with pan?omics platforms and systems biology approaches. Additionally, an atlas focused on seed development under heat stress conditions will be generated. This dataset will serve as a foundational resource, enabling the prediction of complex seed component traits and the elucidation of regulatory networks for enhancing crop yield and seed quality.

This project consists of developing language assessment modules in family law. These assessments would be offered from Kortojura’s online platform.

This project entails producing and sharing online 10 podcasts through which simple, useful and relevant legal information will be offered to vulnerable francophone women experiencing situations of domestic violence.