Developing strategies for wildfire and forest management that minimize climate impact and strengthen BC’s bioeconomy.
Exploring decarbonized energy system pathways and electrification options for BC and Alberta.
Converting carbon dioxide into permanent rock beneath the Earth’s ocean floor: a potential global-scale negative emissions technology.
The built environment is a complex intertwined multi-scale system of cities, towns and neighbourhoods whose energy performance and emissions are shaped by factors such as land use, building design, infrastructure and the behaviour of its inhabitants.
Supporting the contribution of BC’s forest sector to climate change mitigation while maximizing economic value and addressing adaptation.
Helping British Columbia prepare for the movement of people due to climate change.
This project aims to lay the groundwork for helping British Columbia prepare for the movement of people to and within the province, due to climate change displacement.
Investigating big-picture technology pathways for reducing BC’s transport GHG emissions alongside social readiness and market support for changing transportation systems.
Developing the first online, open-access and tool to support climate–adapted conservation planning across BC's natural and protected areas.
Enhancing the climate change resilience of kelp forest ecosystems and the coastal communities who rely on kelp for commercial, food, social, and ceremonial purposes.
Adaptive Mitigation: A Framework for Assessing Climate Change Solutions in Urban Multifamily Buildings
Designing a framework that integrates climate change mitigation and adaptation strategies for urban multifamily residential buildings, to minimize risks, optimize benefits and improve liveability.