Tom Arnold Scholarship Winner

By Pierre Junior Sanon | Major: Environmental Studies | York University

Parking is frequently addressed as a logistical matter, with attention to availability, pricing, and enforcement. Yet in many urban contexts, parking infrastructure occupies a significant portion of land, up to 30 percent in some cities (ZIPDO Education Reports, 2025). This scale underscores the embeddedness of parking in land-use planning, transportation systems, and the governance of public space. In Canadian municipalities, parking policies influence development patterns, mobility choices, and environmental outcomes. My academic background in environmental management and urban planning has shaped my perspective on parking as an integrated component of urban systems rather than a standalone service.

My research examines how cities manage land, infrastructure, and transportation in response to demographic growth, environmental constraints, and evolving mobility demands. In this context, parking significantly shapes urban circulation and spatial form. Recent policy shifts reflect this interdependence. For instance, a CBRE Canada report notes that several transit-oriented development zones in British Columbia have removed municipal off-street parking requirements for multifamily housing near transit. These reforms aim to facilitate higher-density development and align with public transportation. The spatial distribution and quantity of parking are thus directly linked to the land-use-transportation nexus central to urban planning.

Research and practice consistently affirm that parking availability influences travel decisions, including the choice between driving and alternative modes (Yu et al., 2024). Strategic parking policies can optimize existing infrastructure and reduce the need for additional facilities (Litman et al., 2024). Tools such as shared parking, context-sensitive supply, and demand-responsive management are increasingly used to align parking provision with broader mobility goals (Parking management2018). Pricing mechanisms, particularly demand-responsive fees, serve as policy levers to manage usage by reflecting real-time demand. Sakib et al. (2025) show that peak-period congestion in urban parking facilities contributes to delays, fuel consumption, and emissions, while incentives for off-peak use can mitigate these effects.

From an environmental perspective, parking infrastructure contributes to urban challenges. Large, paved surfaces exacerbate stormwater runoff, disrupt local microclimates, and reinforce car dependency (Government of Canada, Statistics Canada, 2025). An oversupply of parking is associated with increased emissions and sprawling development patterns (Young et al., 2016). While parking is not the sole driver of environmental impacts, integrated policies that connect parking with transit, active transportation, and land-use planning can support sustainability objectives.

Regulatory instruments such as zoning bylaws, minimum parking standards, and pricing policies shape development intensity, land allocation, and project viability (Fraser Institute, 2018). Understanding these mechanisms enables planners to evaluate whether current frameworks align with contemporary urban priorities. As cities revisit parking regulations considering shifting mobility trends, political negotiations become more pronounced. Developers often advocate for regulatory flexibility, while residents may raise concerns about congestion or spillover effects (Mason et al., 2025). Recognizing these dynamics enhances policy evaluation and implementation.

Data-driven management is increasingly central to parking governance. Metrics on occupancy, duration, and demand inform adaptive strategies. Evidence from demand-based pricing initiatives shows that dynamic pricing can influence user behaviour, including reducing average parking durations (Intelligent Transportation, 2024). Real-time data supports responsive adjustments during peak-demand periods, such as public events, thereby enabling more efficient traffic and pricing management. Training in spatial analysis and systems thinking facilitates the translation of such data into actionable policy and operational decisions.

Equity and accessibility are also key considerations. Parking policies can produce uneven outcomes, particularly in areas with limited transit access (Pitsiava-Latinopoulou, 2012). Integrating equity into parking strategies promotes inclusive mobility while maintaining system functionality. A socially responsive approach encourages policies that balance efficiency with fair access to services.

These issues are particularly salient in Canada, where urban areas face pressures from population growth, climate imperatives, and changing transportation preferences. Parking intersects with land use, mobility, and environmental policy, making it a domain ripe for interdisciplinary engagement. Students trained in urban and environmental disciplines are well-positioned to contribute to the development of adaptive parking systems.

As the sector evolves, involving emerging professionals can help integrate planning, environmental, and operational insights. Through my academic work, I aim to support the development of parking strategies embedded within broader mobility frameworks, thereby advancing accessibility, efficiency, and sustainability in Canadian cities.

My name is Pierre Junior Sanon. I currently serve as a Protected Areas Junior Analyst with the Canadian Wildlife Service at Environment and Climate Change Canada. In addition to this role, I have volunteered with Canada Eco-Action, contributing to community-focused environmental engagement and outreach initiatives.

Alongside this work, I am a fourth-year Environmental Studies student at York University, specializing in sustainable environmental management and urban planning. My academic research examines land-use policy, environmental conservation, GIS, and urban sustainability in Canadian cities, with particular attention to the relationship between infrastructure, mobility patterns, and environmental conditions. I focus on data-informed planning, equitable transportation policy, and the integration of infrastructure systems with climate objectives. Through this combination of professional and academic experience, I aim to contribute to sustainable and resilient urban development in Canada.

Statement of Thanks

I am deeply grateful to the Canadian Parking Association’s Tom Arnold Scholarship in Parking Advancement at York University for supporting students engaged in the study of parking and urban mobility. This award recognizes academic commitment while encouraging continued exploration of parking’s role within sustainable urban systems. Your generosity strengthens my academic pursuits and motivates me to advance integrated approaches to planning, mobility, and environmental policy in Canada. Thank you for supporting students and contributing to the ongoing development of the field.

References

ZIPDO Education Reports 2025.Parking Industry Statistics: (2025, May 30). ZipDo. https://zipdo.co/parking-industry-statistics/

Yu, A., & Higgins, C. D. (2024). Travel behaviour and the 15-min City: Access intensity, sufficiency, and non-work car use in Toronto. Travel Behaviour and Society, 36, 100786. https://doi.org/10.1016/j.tbs.2024.100786

Sakib, N., Bakibillah, A. S., Kamal, M. A. & Yamada, K. (2025). Incentive-Based Peak Demand Regulation with Intelligent Parking Management for Enhanced Sustainability. Sustainability 17(20). https://doi.org/10.3390/su17209093

Government of Canada, Statistics Canada. (2025, July 14). Ecosystem accounting for large urban areas in Canada. https://www150.statcan.gc.ca/n1/pub/16-001-m/16-001-m2025003-eng.htm

Parking management (2018, November 28). , Strategies for More efficient use of parking resources.TDM Encyclopedia. Retrieved February 3, 2026, from https://vtpi.org/tdm/tdm28.htm

Fraser Institute. (2018, September 26). It’s time for Canadian cities to eliminate minimum parking requirements. https://www.fraserinstitute.org/commentary/its-time-canadian-cities-eliminate-minimum-parking-requirements

Pitsiava-Latinopoulou, M. (2012). Selection and/or peer review under responsibility of the Programme Committee of the Transport Research Arena 2012. In Procedia – Social and Behavioral Sciences (Vol. 48, pp. 897–906). Elsevier Ltd.

Young, M., Tanguay, G. A., & Ugo Lachapelle. (2016). Transportation costs and urban sprawl in Canadian metropolitan areas. In Research in Transportation Economics [Journal-article]. http://dx.doi.org/10.1016/j.retrec.2016.05.011

Litman, T. & Victoria Transport Policy Institute. (2024). Parking Management: Strategies, evaluation and planning [Report]. https://www.vtpi.org/park_man.pdf

Mason, J. & Yanocha, D. (March 6, 2025). Reforming Parking Doesn’t Require Cities to Reinvent the Wheel. Institute for Transportation and Development Policy. https://itdp.org/2025/03/07/reforming-parking-doesnt-require-cities-to-reinvent-the-wheel-stmagazine-36/

Intelligent Transportation (January 26, 2024). Demand-Based Pricing Strategy in Los Angeles Parking Management System Led to a 37 Percent Reduction in Parking Duration for Downtown LA. https://www.itskrs.its.dot.gov/2024-b01821