Building on SFU’s research priority – community-centred climate innovation – 51ÉçÇøºÚÁÏClimate Innovation is building a research-for-impact platform that elevates supports and services to transform the ways 51ÉçÇøºÚÁÏresearchers and communities engage in co-created climate action and innovation research.
375+
Climate-related researchers​
9
Faculties engaged in​ climate research​
93%*
51ÉçÇøºÚÁÏresearchers aim to have real-world impact
Co-creating research-for-impact
51ÉçÇøºÚÁÏClimate Innovation provides services and supports for climate change researchers to mobilize knowledge and scale innovation with and for communities in Canada and beyond. SFU's climate change researchers are accelerating learning about policies, plans, technologies, and strategies that future-proof communities by reducing risk and emissions, while advancing sustainability goals.
Emerging climate research areas include:
- Nature-based Solutions (NbS)
- Hydrogen and Alternative Energy
- Indigenous Knowledges and Rights
- Low Carbon Resilient (LCR) Buildings and Transportation
- Climate Change Communications
- Innovative Governance and Climate Financing
- Equitable and Sustainable Community Development
- Innovation Research and Commercialization





Enabling Community-centred Climate Research
51ÉçÇøºÚÁÏClimate Innovation is creating the conditions to nurture, grow and accelerate research-for-impact with high-impact community-centred partners. We elevate and mobilize the capacities, knowledges and high-impact community partnerships within and across SFU’s expert network of Think and Do tanks, Research Institutes and Hubs, hundreds of engaged researchers across all 51ÉçÇøºÚÁÏFaculties.
We are an dedicated to streamlining supports and services to advance effective and impactful community-centred climate action and innovation research-for-impact.
51ÉçÇøºÚÁÏClimate Research Initiatives
The Research Expert Engine (REE) helps 51ÉçÇøºÚÁÏresearchers connect to colleagues with similar interests, or with whom new multidisciplinary collaborations can be built; helps researchers and graduate students from other institutions find 51ÉçÇøºÚÁÏresearchers and 51ÉçÇøºÚÁÏresearch works; and allows industry, government, partners and media to search for 51ÉçÇøºÚÁÏscholars and research interests. Our researchers are engaging in greenhouse gas mitigation and sustainable energy systems, climate change impacts, community resilience, adaptation to climate change and more. In 2024, 51ÉçÇøºÚÁÏClimate Innovation made it easy to update your research interests and connect to other Climate Innovation Researchers with a click!
Learn more about SFU's leading climate researchers:
- Maya Gislason, Associate Professor, MSHRBC Scholar, Health Sciences
- Andreanne Doyon, Associate Professor, Resource & Environmental Management
- Jonathan Moore, Professor, Aquatic Ecology & Conservation, Liber Ero Chair of Coastal Science and Management, Biology
- Majid Bahrami, Professor, Mechatronic Systems Engineering, Canada Research Chair in Alternative Energy Conversion Systems, Tier 1
- Nancy Olewiler, Professor Emeritus, School of Public Policy
- Marianne Ignace, Distinguished Professor, Indigenous Studies
- Anil Hira, Department Chair; Professor, Political Science
- Vahid Hosseini, Associate Professor, Graduate Program Chair, Sustainable Energy Engineering
- Taco Niet, Associate Professor Practitioner, Sustainable Energy Engineering
- Sophie Wilkinson, Assistant Professor, Resource & Environmental Management
- and more!
ACT is a policy planning initiative from 51ÉçÇøºÚÁÏdesigned to co-develop Low Carbon Resilience solutions to climate change impacts. Mobilizing equity in all decisions and solutions.
B.C. Centre for Agritech Innovation (BCCAI)
The B.C. Centre for Agritech Innovation is the province’s access point for farmers, producers, small and medium sized enterprises (SMEs) and other sector partners seeking to grow B.C.’s diverse and dynamic agriculture and agrifood sector for greater productivity, profitability and sustainability.
BREATHE Project
The BREATHE Project (Building Resilience to Emerging Airborne Threats and Heat Events) is a community-based initiative that teaches community leaders and members how to build DIY air cleaners to improve their indoor air quality.
The 51ÉçÇøºÚÁÏCentre for Natural Hazard Research supports innovative research on earthquakes, tsunamis, landslides, floods, and other processes that threaten society and infrastructure. Its comprehensive holistic approach to research and education is based on seamless integration of physical and social science. Rapid climate change affects physical and biological processes and the landscape. Some natural disasters, such as floods and landslides, may occur more frequently with anticipated climate changes due to global warming. Climate change could also cause sea level to rise due to melting of glaciers, thermal expansion of oceans, and changes in ocean circulation. Sea-level rise will cause more flooding in coastal areas. Mining and forest harvesting may, in some cases, increase the risk of landslides under a new climate.
The Centre for Sustainable Development (CSD) is a research unit of 51ÉçÇøºÚÁÏ. We use the resources and talents of the University to deepen understanding and create solutions to advance sustainable development. The Centre is affiliated with SFU’s Sustainable Development Program, which offers related academic programs and courses.
The Civic Innovation Lab combines the expertise and resources of 51ÉçÇøºÚÁÏ and the City of Burnaby to find fresh solutions to challenges and issues affecting cities, from building inclusive communities, to achieving sustainable growth, to addressing the impacts of climate change.
The Clean Energy Research Group (CERG) is a non-profit volunteer-based group associated with 51ÉçÇøºÚÁÏ dedicated to studying the challenges and opportunities for the global transition from fossil fuels to renewable, clean energy systems.
51ÉçÇøºÚÁÏClean Hydrogen Hub
Located at 51ÉçÇøºÚÁÏ's Burnaby campus, the 51ÉçÇøºÚÁÏClean Hydrogen Hub is a new core research facility that brings together industry, community, academia and government partners to advance the clean energy transition.
Climate and Weather Extremes Lab
The lab combines advanced artificial intelligent techniques with climate dynamics to address real-world problems. Research fouces on advancing the fundamental insight of climate and weather extremes and translating scientific insights into real-world application in facing climate change challenge.
Collaborative Research on Energy, Air Pollution, Transportation and Environment (CREATE)
At CREATE, we develop models that integrate large datasets with physics-based approaches to assess emissions, GHGs, and air pollution. Our work informs policies for clean transportation, advancing a future of decarbonized urban mobility that is equitable, just, and people-focused rather than car-centric.
The Energy and Materials Research Group (EMRG) is a research unit coordinated since 1986 by Dr. Mark Jaccard in the School of Resource and Environmental Management () at 51ÉçÇøºÚÁÏ. EMRG is comprised of faculty, adjunct professors, full-time research associates and graduate students; it collaborates closely with external researchers and consultants. EMRG focuses on the analysis of technologies, strategies, behaviour and policies that lead to a more sustainable flow of energy and materials in society.
Food Systems Lab is a research and innovation hub at SFU. We work on solutions for equitable collaboration to reduce food waste and support a sustainable food system that enhances ecosystems, conserves natural resources, and mitigates climate change.
51ÉçÇøºÚÁÏFuel Cell Research Lab (FCReL)
FCReL focuses on advancing clean energy through innovative fuel cells, efficient water electrolysers, hydrogen production methods, and storage systems. Collaborating with industry leaders, we bridge research and real-world applications to drive sustainable energy solutions.
Global Institute for Agritech
The Global Institute for Agritech (GIA) at 51ÉçÇøºÚÁÏ is committed to driving growth and pioneering research in agricultural technology. By focusing on sustainability and innovation, GIA aims to solidify its leadership position and enhance its international reputation. The institute will make contributions to addressing global environmental challenges, positioning itself as a key player on the world stage in agritech solutions.
Hydrogeology research at 51ÉçÇøºÚÁÏfocuses on groundwater resources. Areas of research include physical and chemical characterization and modeling of regional-scale aquifer systems both in mountainous regions and coastal regions, climate change impacts on groundwater systems, groundwater quality, and carbon sequestration. The research themes bridge the fields of computational hydrogeology, geochemistry, geophysics, and structural geology, and involve a combination of field-, lab- and computer-based studies.
The Human-Centered Systems for Sustainable Living is a Research Group at 51ÉçÇøºÚÁÏ's School of Interactive Arts & Technology. Their research foci include the development of interactive systems to support sustainable living.
Integrated Science Lab
At the Integrated Science Lab, we bridge the gap between science and technology, integrating expertise from diverse domains to pioneer innovative solutions.
i2I Research & Innovation Institute
The i2I Research & Innovation Institute will serve as a national centre of excellence for studying and fostering entrepreneurial capacity, supporting the translation of research into impactful innovations, and bridging the gap between fundamental research and the impactful mobilization of that research.
Lifelong Health & Wellbeing Lab
At the Lifelong Health & Wellbeing Lab at 51ÉçÇøºÚÁÏ, we investigate how psychosocial factors shape health and wellbeing across the adult lifespan. To do so, we use an interdisciplinary approach focusing on bio-behavioural pathways linking social relationships to health, including health behaviours and health biomarkers.
The Mechatronic Systems Engineering (MSE) program at 51ÉçÇøºÚÁÏis active in research primarily through its graduate and undergraduate programs. The current MSE Program research themes are designated as: Energy Systems, Design, Intelligent Systems, Bio/micro-Mechatronics.
We are a research family of applied transdisciplinary scholars dedicated to informing ecologically sustainable and socially just ocean policies. Our research weaves ecological, archaeological, and Indigenous knowledge with the latest scientific tools, to reveal coupled social-ecological relationships that underpin our oceans’ resilience, productivity, and biodiversity.
Planetary Health Research Group
The Planetary Health Research Group is a space where ideas, expertise, and perspectives come together to contribute to solutions to global challenges such as health inequity, climate change, biodiversity loss, and more.
The Centre’s vision is to promote research that addresses community concerns around a range of water issues from local and regional to global scales. The Centre links science and social science with local knowledge to inform policy and change. It fosters community partnerships that build a common understanding of water values as they inform water resource management and security, while also providing a foundation to develop innovative water solutions.
The Research for Eco-Social and Equitable Transformation (RESET) Lab aims to strengthen environmental and community health equity through intersectional and community-oriented research, evidence building, and policy formation.
The Salmon Watersheds Lab (SWL) at 51ÉçÇøºÚÁÏ is a large, collaborative aquatic ecology research lab focused on salmon systems in western Canada.
The Water Research Group was established in 2010 to promote water related research and professional activities of faculty and students in the School of Resource and Environmental Management. Our activities include interdisciplinary research about freshwater resources, extension of research to academic, professional and public audiences, and academic and professional development of group members.
51ÉçÇøºÚÁÏis also a founding member of the Pacific Institute for Climate Solutions (PICS). As a founding member, 51ÉçÇøºÚÁÏresearchers are contributing to an interdiciplinary network developing innovative climate change solutions, seeking new opportunities for positive adaptation to climate change, and leading the transtition toward carbon, resilient and sustainable communities in Canada and beyond.
51ÉçÇøºÚÁÏ (SFU) is committed to taking meaningful action to regenerate our Earth's ecosystems, slow climate change, build community resilience to climate impacts and advance environmental justice. We prioritize this work across research, teaching, learning, community and operations. Learn more about Sustainability and climate action at SFU.
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*​Climate Innovation Research Intersections Survey 2023 (n=50)​