为什么天津2007年骑车比2017年开车快

J. Zacharias, Q. Sheng
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引用次数: 5

摘要

天津道路环境的改变旨在加快交通系统的速度,并将骑自行车的人转移到地铁、公共汽车和汽车上。随着现代化的公交车队,地铁系统得到了极大的扩展。还推出了基于应用程序的出租车服务。2007年,前往中部地区的游客被拦截,以确定他们旅行的起点和旅行方式。2007年最节省时间的出行是骑自行车(61%)。这些旅行于2017年通过出租车和地铁重新制定,因为在物理上已经不可能复制大多数原始的自行车旅行。距离超过5公里的出租车旅行比骑自行车快一些,但总的来说,2007年这些旅行中,出租车的旅行时间比骑自行车的旅行时间长。道路变化的网络分析解释了为什么长途旅行变得更高效,而短途旅行变得更低效。单独乘坐地铁比其他两种方式要长得多,但基于应用程序的自行车和地铁的结合将使这种出行方式变得最有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Why Cycling in 2007 Was Faster than Being Driven in 2017 in Tianjin
Changes in the road environment of Tianjin were intended to speed up the traffic system and shift bicyclists to the metro, bus and car. The metro system was greatly expanded, along with a modernized bus fleet. App-based taxi services were also introduced. In 2007, travellers to the central area were intercepted to determine the starting point of their trip and their travel mode. The most time-efficient trips in 2007 were by bicycle (61%). These trips were re-enacted in 2017 using taxi and metro as it was no longer physically possible to replicate most of the original bicycle trips. Trips greater than 5 km in distance were somewhat faster by taxi than they were by bicycle, but overall, travel time by taxi was greater than by the bicycle for those same trips in 2007. A network analysis of road changes provides explanation why longer trips became more efficient while short trips became less efficient. Travel by metro alone was much longer than the other two methods, but the combination of app-based bicycles and metro would render this travel method the most efficient.
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