透视图(图形)
运输工程
区域科学
环境规划
地理
计算机科学
工程类
人工智能
作者
Xuan Feng,Ning Jia,Xiaohan Su,Matthew D. Adams,Yongqi Deng,Shuai Ling
标识
DOI:10.1016/j.tra.2025.104579
摘要
The concept of a 15-minute city proposes that residents should have access to all basic services within a short walking distance from their homes. However, most previous studies have focused on macro-level urban planning or land use configurations, while fine-grained, community-level evaluations that integrate actual travel constraints such as road network structures and the spatial distribution of service facilities remain underdeveloped. To explore the current state of the 15-minute city’s implementation at the community level and identify potential improvements, this study takes City of Toronto as an empirical case, and incorporates road network-based isochrones into an improved two-step floating catchment area model to calculate the spatial distribution of accessibility. A geographically weighted regression (GWR) model is used to analyze the impact of road network structure and the number of facilities on accessibility. The analysis results indicate that current urban infrastructure cannot meet the travel demands of the 15-minute city, particularly for walking. In the case of other “x-minute cities,” extending the travel time threshold is associated with improved accessibility in certain urban areas, but these benefits are limited to regions around service hubs, while accessibility in other areas tends to show a decrease in accessibility. This study offers recommendations for improving the 15-minute accessibility. Namely, if policymakers aim to encourage more residents to meet their daily needs within a 15-minute radius, a targeted increase in the number of facilities in specific areas is necessary. This is particularly crucial for pedestrians in suburban areas, where adding more facilities is essential to enhance accessibility. Lastly, in areas where facilities are lacking, the benefits of solely promoting walkable communities are limited to the urban environment, and encouraging cycling could be a more effective strategy.
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