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非停车场,而是公园:公园和地铁站联合对出行行为的影响。

Not Parking Lots but Parks: A Joint Association of Parks and Transit Stations with Travel Behavior.

机构信息

Department of Landscape Architecture and Environmental Planning, Utah State University, 4005 Old Main Hill, FAV 258, Logan, UT 84322-4005, USA.

College of Architecture + Planning, University of Utah, Salt Lake City, UT 84112, USA.

出版信息

Int J Environ Res Public Health. 2019 Feb 14;16(4):547. doi: 10.3390/ijerph16040547.

Abstract

Urban design literature says that public open space in a station area could promote walking and other types of physical activity, enhance place attractiveness, and increase property values. In the context of station areas, however, there is a lack of empirical studies on the relationship between the presence of parks and sustainable travel behavior, which is one of the primary goals of transit-oriented developments (TODs). This study examined the impact of park provision on transit users' mode choice in three U.S. regions: Atlanta (GA), Boston (MA), and Portland (OR). This study utilized multilevel multinomial logistic regression to account for hierarchical data structures-trips nested within station areas-and multiple travel modes-automobiles, transit, and walking. After controlling for the built environment and trip attributes, this study showed that when there was a park, people were more likely to walk or take transit to access or egress a transit station. A transit station having a park nearby may provide a more pleasant first-mile/last-mile travel experience. This paper demonstrated that station areas need to incorporate more public space, an overlooked element in current TOD plans.

摘要

城市设计文献表明,车站区域的公共开放空间可以促进步行和其他类型的体育活动,增强场所吸引力,并提高房地产价值。然而,在车站区域的背景下,关于公园的存在与可持续出行行为之间的关系的实证研究还很缺乏,而这是面向公共交通的开发(TOD)的主要目标之一。本研究考察了公园配置对美国三个地区(亚特兰大(GA)、波士顿(MA)和波特兰(OR))的公交使用者出行模式选择的影响。本研究采用多层次多项逻辑回归来解释层次数据结构——嵌套在车站区域内的出行,以及多种出行模式——汽车、公交和步行。在控制了建成环境和出行属性后,本研究表明,当有公园时,人们更有可能步行或乘坐公交去或离开公交站。一个附近有公园的公交站可能会提供更愉快的首末站出行体验。本文表明,车站区域需要融入更多的公共空间,而这是当前 TOD 规划中被忽视的一个要素。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/16ed/6406602/d3c5e5848c89/ijerph-16-00547-g001.jpg

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