Drawing the map: The creation and regulation of geographic constraints on shared bikes and e-scooters in San Francisco, CA

IF 1.6 4区 工程技术 Q4 TRANSPORTATION Journal of Transport and Land Use Pub Date : 2021-02-01 DOI:10.5198/JTLU.2021.1816
M. Moran
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引用次数: 15

Abstract

A prominent question in transportation planning is how cities should regulate emerging modes, such as shared bikes and e-scooters. This pertains to a range of attributes, including pricing, use of the public right of way, number of vehicles in a fleet, and vehicle speeds. However, less attention has been paid to the way private operators spatially constrain access to their fleets, such as via the use of virtual geographic boundaries (hereafter “geofences”), or how municipalities have regulated these features. San Francisco, given it is home to a number of these schemes, presents a compelling case for studying geofences, and how regulators have sought to influence them to further public policy goals, including spatial equity. This study analyzes each bike and e-scooter geofence in San Francisco longitudinally from 2017 to 2019 via manual digitization of all geofences. This reveals high levels of overlap in the city’s dense northeast quadrant, with limited to no coverage in western neighborhoods. Each operator’s geofence expanded over this period, filling in gaps in the northeast quadrant and expanding outward in each direction. Review of permit guidelines and applications submitted by operators indicate that San Francisco’s regulations for geofences have been limited and inconsistent, which may have contributed to the concentration of services in one section of the city, as well as disconnected geofence “islands.” Together, these observations demonstrate that if broad geofence coverage (i.e., spatial equity) is an explicit municipal goal, such an aim must prominently feature into the regulatory process. This is particularly important given that operators, if left with freedom over geofence design, are likely to emphasize only a city’s densest areas, especially if tight caps are set on the allowed number of vehicles. Finally, this case also exemplifies that geofences are not drawn in a vacuum but instead relate to other permit conditions as well as pressure from community organizations.
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绘制地图:加利福尼亚州旧金山共享自行车和电动自行车地理限制的创建和监管
交通规划中的一个突出问题是,城市应该如何监管共享单车和电动自行车等新兴模式。这涉及一系列属性,包括定价、公共通行权的使用、车队中的车辆数量和车辆速度。然而,私人运营商在空间上限制其车队访问的方式,例如通过使用虚拟地理边界(以下简称“地理围栏”),或市政当局如何监管这些特征,却没有得到太多关注。鉴于旧金山是许多此类计划的所在地,它为研究地理围栏以及监管机构如何试图影响地理围栏以实现包括空间公平在内的公共政策目标提供了一个令人信服的案例。这项研究通过对旧金山所有地理围栏的手动数字化,对2017年至2019年的每辆自行车和电动自行车地理围栏进行了纵向分析。这表明,该市人口稠密的东北象限存在高度重叠,西部社区几乎没有覆盖范围。在此期间,每个运营商的地理围栏都扩大了,填补了东北象限的空白,并向各个方向向外扩展。对运营商提交的许可证指南和申请的审查表明,旧金山对地理围栏的规定有限且不一致,这可能导致服务集中在城市的一个地区,以及地理围栏“岛屿”的断开,这些观察结果表明,如果广泛的地理围栏覆盖(即空间公平)是一个明确的市政目标,那么这一目标必须在监管过程中占有突出地位。这一点尤为重要,因为运营商如果可以自由地进行地理围栏设计,可能只会强调城市最密集的区域,尤其是如果对允许的车辆数量设置了严格的上限。最后,这个案例也表明,地理围栏不是在真空中绘制的,而是与其他许可条件以及社区组织的压力有关。
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来源期刊
CiteScore
3.40
自引率
5.30%
发文量
34
审稿时长
30 weeks
期刊介绍: The Journal of Transport and Land Usepublishes original interdisciplinary papers on the interaction of transport and land use. Domains include: engineering, planning, modeling, behavior, economics, geography, regional science, sociology, architecture and design, network science, and complex systems. Papers reporting innovative methodologies, original data, and new empirical findings are especially encouraged.
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