Unveiling the Future: Bioproducts Institute Collaborates with Apple on Groundbreaking White Paper
At UBC Forestry, a groundbreaking collaboration between the Bioproducts Institute (BPI) and Apple has resulted in a comprehensive white paper exploring the future of sustainable materials and bioproducts.
Research Publications: April 2024
Discover the cutting-edge research shaping the future of forestry!
Research Publications: March 2024
Discover the cutting-edge research shaping the future of forestry!
Research Publications: February 2024
Discover the cutting-edge research shaping the future of forestry!
The Kantelberg Trials: Exploring New Frontiers in Forestry
“Discover the future of sustainable forestry with The Kantelberg Trials led by experts Dr. Suzanne Simard and Dr. Dominik Roeser. Explore how selective logging and cutting-edge equipment are revolutionizing forest management, addressing biodiversity and carbon deficits while diversifying forests.
Protecting Líl̓wat Food Sovereignty
Post-doctoral fellow, Tonya Smith discusses her research on the impact of tourism on Líl̓wat First Nation’s traditional territory.
UBC Forestry and SFU researchers receive $1.25M to study cumulative effects on B.C. salmon
Salmon researchers from British Columbia are embarking on a three-year study to understand and help mitigate the cumulative threats affecting the vulnerable species in the province’s watersheds.
Fighting Fire with Food
Project led by Gitanyow Nation in collaboration with UBC researchers explores how cultural burning and planting practices protect against catastrophic wildfire.
Exploring the Arctic’s Climate Crisis through Virtual Reality
“Qikiqtaruk: Arctic at Risk” is a ground-breaking virtual reality project by Professor Isla Myers-Smith offering an immersive journey to an island in Canada’s Arctic, exploring the impacts of climate change.
This UBC Professor is Spinning the Stuff of Electric Dreams
Dr. Yasmine Abdin and her team at UBC have developed a groundbreaking process that transforms bitumen into carbon fibers, bringing us closer to lightweight electric cars. This innovative, low-cost method enhances battery performance, extends driving range, and improves passenger safety.