Development and application of a geospatial index of urban playability for young children. Journal Article uri icon

Overview

abstract

  • Playing outdoors supports young children's physical, cognitive and social-emotional health and development. However, urban environments may limit children's outdoor play. We developed an evidence-based index to evaluate neighbourhood supportiveness for young children's outdoor free play, and applied it across 35 Canadian cities. From an evidence-based, theoretical framework for neighbourhood playability among children, 2-6 years, we identified five major domains influencing outdoor free play: spaces for play, social, traffic/pedestrian and natural environments, and child-relevant destinations. We selected indicators for each domain from open-source geospatial, satellite and census data, and weighted indicators based on findings from a survey of experts. We applied the index at the postal code level, and examined associations between playability, population density and material advantage/disadvantage. We found wide variation (52-77 %) in neighbourhood playability within the same city. However, average playability differences between cities was relatively small (≤ 20 %). Higher density areas had higher traffic/pedestrian and child-relevant destination scores, but lower social and natural environment scores, while space for play showed no relationship with density (persons/km2). Within study cities, 39 % of young children lived in neighbourhoods where at least one domain averaged at or below the 10th percentile score. For a majority of cities (20/35), materially disadvantaged neighbourhoods had lower playability scores. Across Canadian cities, children's access to playable neighbourhoods varies widely. The playability index enables small area-level assessment of supportiveness, barriers and facilitators to young children's outdoor play. The theoretical framework and methodological approach may be adapted to develop indices of playability across diverse urban contexts.

publication date

  • March 1, 2026

Date in CU Experts

  • February 4, 2026 9:31 AM

Full Author List

  • Gemmell E; Cavenaugh A; Brussoni M; Guhn M; Andrade-Rivas F; Imon I; Brauer M

author count

  • 7

published in

Other Profiles

International Standard Serial Number (ISSN)

  • 0264-2751

Additional Document Info

start page

  • 106642

volume

  • 170