Abstract Manager

Urban planning often assumes flat landscapes, but some cities face complex topography, posing challenges for pedestrian-friendly design. This study explores strategies for creating walkable neighborhoods on difficult terrains, focusing on the critical concern of walkability on steep slopes.

Maintenance of stairway networks is vital, covering stair-steps, landings, railings, lighting, seating, signage, and access points. Regular safety checks and route maintenance contribute to a well-kept network, providing health opportunities in underserved communities and walkable access to essential services, crucial during events like the Covid-19 pandemic.

Municipal planning frequently lacks a standardized methodology for prioritizing staircase maintenance and improvements, hindering equitable resource distribution. A systematic approach is needed to guide municipal decision-making and align staircase upkeep with broader urban planning goals.

Stairs can deter certain demographics from outdoor walking, emphasizing the need for standardized measures and sampling approaches in their assessment. Cities with public stairways should actively pursue programs and funding for maintenance to ensure continued benefits.

The City of Coquitlam, recognizing the importance of active transportation infrastructure, secured federal funding for a Walkway Planning project in line with its Strategic Transportation Plan. Focused on a Staircase Inventory and Condition Assessment Study, GIS-based spatial datasets were used for citywide evaluation. A Multi-Criteria Evaluation and Prioritization Framework, considering hazard levels, industry best practices, and criteria like connectivity to AT networks, road safety, proximity to generators, and equity, guided final recommendations and priority projects.

This case study showcases Coquitlam's systematic approach to urban planning challenges on steep slopes, leveraging GIS technology for safe active transportation corridors. The findings offer insights for policymakers working on enhancing walkability in areas with challenging topography, underlining the importance of systematic prioritization in staircase maintenance.