This research investigates genetic resistance in pine trees that survive mountain pine beetle attacks. By identifying protective genes and testing them in fast-growing model plants, it reveals how trees defend themselves. The findings support breeding more resilient forests, helping address large-scale ecological damage and ensuring the future sustainability of Western Canada’s forests.

This research enhances canola productivity by reintroducing genetic diversity from related crops like cabbage and broccoli. Using embryo culture and genome-wide association studies, it identifies beneficial genetic traits that improve yield. The work addresses limitations caused by narrow breeding, supporting agricultural resilience and safeguarding a major sector of Canada’s economy.

This research improves phosphorus use efficiency in canola by identifying plant traits that unlock soil-bound nutrients. By screening varieties and targeting genetic markers, it aims to breed crops that reduce fertilizer dependence, lower costs, and minimise environmental impact, contributing to more sustainable and resilient agricultural systems.