IJERPH, Vol. 20, Pages 2476: Navigating Neighbourhood Opposition and Climate Change: Feasibility and Acceptability of a Play Street Pilot in Sydney, Australia (International Journal of Environmental Research and Public Health)

Background: Play Streets are community-led initiatives that provide opportunities for outdoor play and recreation when parks or other facilities may not be easily accessible. This pragmatic evaluation aims to determine the feasibility and acceptability of a pilot Play Street in Inner West Sydney. Methods: We used a post-only mixed methods design. Brief intercept surveys with pilot Play Street visitors assessed their reasons for attending the event and perceptions thereof. Semi-structured interviews explored stakeholders’ experiences related to planning and implementing Play Streets. Results: Approximately 60 adults and children attended the pilot Play Street. The majority of survey respondents (n = 32) were female, aged 35–54, lived in the Play Street’s postcode, and visited in groups consisting of adults and children. Overall respondents rated the pilot positively in enjoyment (100%), safety (97%), and organisation (81%), although there were significant differences between certain demographic subgroups in the perception of organisation and the children’s enjoyment of the pilot Play Street. Stakeholder interviews (n = 2) highlighted the importance of community consultation and reaching compromises, noting concerns about safety and insurance costs, and emphasised the role of Council as a facilitator to help residents take ownership of Play Streets. Delays due to community concerns, poor air quality arising from bushfires, heavy rain on the event day, and COVID-19 lockdowns hindered pilot Play Street implementation and evaluation. Conclusion: This pilot demonstrated that Play Streets are a feasible and acceptable way to use streets as outdoor recreation spaces in Sydney’s Inner West. The evaluation highlights two elements for future sustainability: managing neighbourhood opposition and adapting to climate change.