Dr. Nathan Harlow

Bicycle Infrastructure Boom: SFU Study Highlights Rise of Canada's Bike Network

Canada's Cycling Networks Expand Rapidly, But Equity Lags Behind

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Canada's urban landscapes are transforming as cities prioritize sustainable transportation, with a notable surge in cycling infrastructure capturing national attention. Researchers at Simon Fraser University (SFU) have spotlighted this evolution through a comprehensive analysis, revealing substantial expansions that promise healthier, greener communities. Yet, the growth raises critical questions about accessibility and equity, underscoring the need for inclusive planning.

This momentum aligns with broader public health and environmental goals, where active transportation like cycling reduces reliance on cars, cuts emissions, and boosts physical activity. As Canadian cities adapt to post-pandemic mobility shifts and climate imperatives, the SFU findings offer a timely benchmark for policymakers, urban planners, and residents alike.

🔄 Decoding the SFU Research on Cycling Network Expansion

The landmark study, "Mapping change in cycling infrastructure across Canada: What, where and for whom?", published in the Canadian Journal of Public Health in December 2025, provides the first nationwide assessment of changes from 2022 to 2024. Led by Meghan Winters, a professor in SFU's Faculty of Health Sciences, the research draws on open-source OpenStreetMap (OSM) data classified via the Canadian Bikeway Comfort and Safety (Can-BICS) system. This tool categorizes infrastructure into high, medium, and low comfort-safety levels based on features like separation from traffic, surface quality, and connectivity.

Winters and her team emphasize that while raw kilometers matter, quality and distribution determine real-world impact. "Total distance is one metric, but it's not the only consideration—it's important to look at the type of infrastructure and who benefits from access," Winters noted. The study builds on SFU's earlier work, including the 2022 Canada-wide cycling map, advancing tools for evidence-based urban development.

For those pursuing careers in public health or transportation research, projects like this exemplify opportunities in academia. Explore research jobs to contribute to similar impactful studies.

National Growth Snapshot: Impressive Gains Nationwide

Between 2022 and 2024, Canada's cycling infrastructure ballooned by 15.3%, from 23,502 kilometers to 27,098 kilometers—an addition equivalent to the Toronto-Edmonton distance. This boom reflects federal and municipal commitments, including active transportation funding under Canada's National Active Transportation Strategy.

Breakdown by type reveals priorities:

  • Multi-use paths (medium comfort, off-road or buffered): +2,725 km (75.8% increase)
  • Painted bike lanes (low comfort, road-adjacent): +492 km (5.8% increase)
  • Bike-only paths and cycle tracks (high comfort): +49 km (46.7% increase)

Small- and medium-sized cities led proportional growth, signaling grassroots momentum beyond major metros. Statistics Canada complements this with its Cycling Network Database, covering 18,700 km across 75 municipalities as of 2025, validating the upward trajectory.Interactive map showing changes in Canada's cycling infrastructure from 2022 to 2024 based on SFU study

City Spotlights: Leaders in Infrastructure Buildout

Edmonton emerged as a frontrunner, adding significant kilometers amid its Urban Active Transportation Plan. Calgary followed, leveraging oil-to-green transitions with buffered lanes in high-traffic corridors. Toronto, despite political debates over bike lanes, expanded networks supporting 6.9 million bike-share rides in 2024—a doubling since 2020.

Montreal stands out for equity-focused expansion via the Réseau Express Vélo (REV), a 191 km high-speed network extending into suburbs. This contrasts with Vancouver's plateau: extensive pre-existing paths but minimal new additions, highlighting varying municipal paces.

Smaller cities like Victoria (18.7% active transport mode share) and Halifax (12.3%) demonstrate how targeted investments yield high usage, informing scalable models. For urban planners eyeing Canada, check Canadian higher ed opportunities.

Infrastructure Types: From Painted Lines to Protected Paths

Can-BICS defines high-comfort options like physically separated cycle tracks and bike-only paths as safest, ideal for all ages. Medium-comfort multi-use paths, popular in new builds, accommodate pedestrians and cyclists off-road. Low-comfort painted lanes, while cheaper, offer limited protection against vehicles.

The study's data shows a welcome shift toward higher-quality builds, though painted lanes still dominate volume. Step-by-step planning involves OSM tagging, Can-BICS algorithms, ground-truthing via imagery, and validation with city GIS teams—ensuring accuracy for policy.

Equity Gaps: Who Is Left Behind?

Despite gains, growth favors privileged areas: downtown cores for commuters, bypassing neighborhoods with higher children, seniors, or lower incomes. Areas with greater walkability or density saw slower expansion, exacerbating divides. Winters observes, "Things are improving, but not everyone is feeling those improvements."

Spatial analysis linked infrastructure changes to census data, revealing underserved suburbs where everyday trips—to schools or groceries—dominate. Montreal's REV counters this by prioritizing connectivity, a model for others. Addressing equity demands neighborhood audits and inclusive budgeting.Read the full SFU study for detailed metrics.

Health and Economic Ripple Effects

Cycling infrastructure yields multifaceted benefits. SFU's IBIMS project in Victoria, Kelowna, and Halifax quantified health gains: reduced obesity, better mental health, and lower healthcare costs. A 2021 PLOS One analysis estimated millions in savings from increased active travel.

Economically, bike-friendly cities attract tourism and retail; Edmonton's counts rose 15% from 2022-2024, boosting local economies. Environmentally, mode shifts cut emissions—vital as Canada targets net-zero. Public health researchers drive these insights; see academic career advice.

Cyclists enjoying new multi-use paths in a Canadian city park, illustrating health benefits of expanded bike infrastructure

Overcoming Challenges: Winter, Funding, and Politics

Canada's harsh winters pose maintenance hurdles; cities like Guelph debate snow-clearing budgets. Funding competes with roads, while political pushback—seen in Toronto—slows progress. Equity requires anti-displacement measures amid gentrification risks.

  • Prioritize winter-rated paths
  • Secure stable grants via federal programs
  • Engage communities for buy-in

Solutions include public-private partnerships and data-driven advocacy, as SFU demonstrates.SFU News release

Future Outlook: Toward Inclusive Networks

Prospects are bright with StatsCan expansions and provincial plans. Recommendations: neighborhood connectivity, all-ages designs, and equity audits. Montreal's $564M decade-long pledge signals commitment, potentially inspiring nationwide replication.

For researchers, this field offers growth; SFU exemplifies interdisciplinary impact. Job seekers, visit higher ed jobs, rate my professor, and career advice.

As Canada pedals forward, balancing growth with fairness will define success, fostering vibrant, sustainable cities for all.

a bicycle parked on the side of a road next to a lake

Photo by Suzanne Rushton on Unsplash

Frequently Asked Questions

🚲What does the SFU study say about Canada's bike infrastructure growth?

The study reports a 15.3% increase to 27,098 km from 2022-2024, with 3,596 km added, mainly multi-use paths.

🏙️Which cities added the most new cycling infrastructure?

Edmonton, Calgary, and Toronto led in absolute kilometers, while small-medium cities showed largest proportional gains.

📊What is Can-BICS and how was it used?

Canadian Bikeway Comfort and Safety classifies paths as high/medium/low comfort using OpenStreetMap data for national mapping.

⚖️Why are equity issues highlighted in the study?

Growth favors downtowns over areas with children/seniors, limiting access for everyday trips in underserved neighborhoods.

🛤️What types of bike infrastructure grew most?

Multi-use paths surged 75.8% (+2,725 km), followed by painted lanes (+492 km) and high-comfort paths (+49 km).

🇨🇦How does Montreal's REV address equity?

The 191 km Réseau Express Vélo extends high-quality paths to suburbs, improving neighborhood connectivity unlike core-focused builds.

❤️What health benefits come from these investments?

SFU's IBIMS shows reduced disease risks and healthcare savings; active transport mode shares hit 18.7% in Victoria.

❄️What challenges hinder winter cycling in Canada?

Snow maintenance, funding debates, and politics slow progress; solutions include dedicated budgets like Guelph's reversals.

👩‍🏫Who led the SFU bicycle study?

Meghan Winters, SFU Health Sciences professor, led the team; explore professor reviews or faculty jobs.

🔮What's next for Canada's bike networks?

Focus on inclusive, neighborhood-level expansions with equity audits, inspired by Montreal's $564M pledge.

🔬How can researchers contribute to cycling studies?

Join projects like SFU's via research jobs; skills in GIS, public health key for urban mobility research.
DNH

Dr. Nathan Harlow

Contributing writer for AcademicJobs, specializing in higher education trends, faculty development, and academic career guidance. Passionate about advancing excellence in teaching and research.