Department of Economics, Universidad Católica del Norte, Antofagasta, Chile.
Department of Transportation and Logistics Engineering, Pontificia Universidad Católica de Chile, Santiago, Chile.
J Urban Health. 2023 Aug;100(4):725-744. doi: 10.1007/s11524-023-00749-4. Epub 2023 Aug 10.
Urban sustainability and sustainable mobility have become the central focus of sustainable development initiatives. The city of 15 models seeks to ensure that urban development is sustainable. This paper evaluates the current state of mobility and the use of sustainable transport in the specific context of the city of Antofagasta, which, due to its characteristics of urban expansion and its mining activity, has been considered an international reference case. In particular, we study how the current urban structure shapes the city's travel patterns and identify opportunities for public policy actions to focus their investment and urban intervention efforts on the essential aspects that make it possible to achieve 15- or 20-min territories. The results reveal the need for urban development initiatives to focus on improving the supply of goods and services in areas with low installed capacity, promoting the culture of micro-neighbourhoods, and encouraging cycling. In particular, only 10% of trips, for all purposes and all modes of transport, are completed in less than 15 min. And about 58% of trips, for all purposes and all modes, are completed in less than 30 min. In the marginal effects of the multinomial logit model, a one-unit increase in travel time increases the probability of choosing to travel by public transport by 63% and decreases the probability of walking by 41%.
城市可持续性和可持续机动性已成为可持续发展计划的核心关注点。15 个模式城市旨在确保城市发展的可持续性。本文评估了特定背景下安托法加斯塔市的流动性和可持续交通使用的现状,该市由于其城市扩张和采矿业的特点,已被视为国际参考案例。特别是,我们研究了当前的城市结构如何塑造城市的出行模式,并确定了公共政策行动的机会,以便将其投资和城市干预工作集中在实现 15 分钟或 20 分钟区域的基本方面上。研究结果表明,城市发展计划需要注重改善低安装能力地区的商品和服务供应,促进微邻里文化,并鼓励骑自行车出行。实际上,所有目的和所有交通方式的出行中,只有 10%在 15 分钟以内完成,而所有目的和所有交通方式的出行中,只有 58%在 30 分钟以内完成。在多项逻辑回归模型的边际效应中,出行时间增加一个单位,选择乘坐公共交通工具的概率增加 63%,步行的概率减少 41%。