Agri-Tech, Climate Resilience & the New Wave of Canadian Policy
- Policy and Advocacy Team
- Jan 31
- 3 min read
How technology is reshaping the food on our plates and what is at stake as climate pressures intensify.
Canada’s agricultural sector is entering a period of accelerated change, where climate instability, technological innovation, and regulatory modernization are beginning to converge. With farmers reporting record levels of climate-driven challenges and policymakers shifting toward technology-enabled resilience strategies, 2026 is shaping up to be a defining year for the country’s food systems.
In this month’s digest, we explore how federal and provincial governments are using technology to mitigate climate risk, why regulatory updates matter for innovation, and what these shifts signal for the future of Canada’s food systems.
As climate pressure intensifies, both producers and policymakers increasingly turn to technology to stabilize the unpredictable. Between unpredictable growing seasons and rising production costs, farmers across the country are feeling the pressure. In 2024, 76% of Canadian farmers reported impacts from extreme weather, while federal crop-insurance payouts rose from $1.9 billion in 2018 to $5.7 billion in 2023, underscoring the scale of climate-driven losses (Twigg et al., 2025). Farm incomes declined by nearly 26% in the same year, marking the steepest drop since 2018 (Twigg et al.,). These trends illustrate a simple reality: climate change is no longer a future concern; it is directly reshaping Canada’s food system today. As a result, governments are accelerating efforts to integrate innovation and data-driven solutions into agricultural policies (Twigg et al., 2025).
A Growing Hub for Agri-Tech Innovation
British Columbia is emerging as a key testbed for climate-smart agriculture. The BC Agricultural Climate Action Research Network (ACARN) —hosted at UBC— has documented an increasing reliance on digital tools such as climate-monitoring apps, sustainability reporting systems, and remote-sensing technologies to support producer decision-making (ACARN, 2025).
These tools help farmers anticipate environmental risks and demonstrate environmental performance, aligning provincial innovation ecosystems with federal policy priorities.
Equity in the Agri-Tech Transition
Despite the momentum, equitable access to agri-tech remains a pressing concern. Programs such as the Indigenous Food Pathways Program and the B.C. Indigenous Pathfinder Service aims to increase funding, training, and resources for Indigenous communities, who continue to face barriers to participating in agri-food innovation (Agriculture and Agri-Food Canada, 2024).
Ensuring that small producers and Indigenous nations can fully participate in transition will shape whether Canada’s climate-tech policies deliver broad-based benefits.
UBC Connections and Resources
These policy developments directly affect UBC’s research ecosystem and present significant opportunities for students, staff, and faculty.
For Students:
The Centre for Sustainable Food Systems at UBC Farm serves as a living laboratory where students can engage directly with climate-smart agriculture research. The UBC Farm Practicum in Sustainable Agriculture offers hands-on training in organic farming practices, while the Sustainable Agriculture and Environment (SAGE) program prepares students for careers in climate adaptation and food systems innovation. Graduate students can access $10,000 stipends through the Climate Solutions Research Collective’s Solutions Scholars Program, which funds research on climate mitigation and adaptation. Additionally, the Indigenous Land-Based Summer Internship Program at xʷčičəsəm provides opportunities to engage with traditional food knowledge and land stewardship.
For Faculty and Researchers:
UBC researchers have secured over $21.5 million through the NSERC-SSHRC Sustainable Agriculture Research Initiative to study carbon sequestration in agricultural landscapes and methane reduction in livestock. The Faculty of Land and Food Systems’ Climate and Environment Research Fund (CERF) provides internal funding for climate-related research projects. Faculty can also access support through the LFS Research Support office for grant applications to major funding agencies, including NSERC, CIHR, and SSHRC. With BC identified as a key testbed for climate-smart agriculture through the BC Agricultural Climate Action Research Network (ACARN), UBC researchers are well-positioned to contribute to and benefit from federal and provincial agri-tech investments.
Key UBC Resources:
Canada’s agricultural landscape is entering a new phase driven by digital innovation, climate urgency, and shifting regulatory frameworks. As policymakers invest heavily in technology-enabled resilience, the central challenge will be striking a balance between innovation and equity. How Canada navigates this transition will influence not only the future of its food system but also the quality, sustainability, accessibility, and security of the food on our plates.
References:
ACARN. (2025). Digital tools helping farmers build climate resilience. https://www.bcacarn.ca/
Agri Policy & Regulation. (2025). Overview of Canada’s 2025 food regulation changes. https://agfoodnews.com/agri-policy-regulation/canada-food-regulation-updates-2025-overview.html
Agriculture and Agri‑Food Canada. (2024). New funding supports Indigenous food sovereignty, security. https://www.canada.ca/en/agriculture-agri-food/news/2024/11/new-funding-supports-indigenous-food-sovereignty-security.html
Agriculture and Agri‑Food Canada. (2025a). 2025–26 Departmental Plan. https://agriculture.canada.ca/en/department/transparency/departmental-plan/2025-26-departmental-plan
Twigg, M., Cooke, R., & Richardson, O. (2025). Budget 2025: Strengthening Canada’s agri‑food economy. https://www.policymagazine.ca/budget-2025-strengthening-canadas-agri-food-economy/
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