Financial sustainability versus social equity: Design and performance of a hybrid city bus system

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2023-01-01 DOI:10.1016/j.jpubtr.2023.100044
Jihao Deng , Peng Chen , Xiaohong Chen , Tianhao Li , Quan Yuan
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引用次数: 2

Abstract

Many city bus systems have gone through crises--dropping ridership and unsustained finance--across countries over the past decades. Previous studies revealed that despite the soaring public subsidies on traditional bus services, the quality of bus services was unimproved and the responses to demand changes remained sluggish. A large number of bus users were, consequently, shifted to other transport modes, leading to a steady ridership decline which further worsens transit agencies’ financial condition. To deal with the dilemma, we integrate market-based customized bus services (MCBSs) into the traditional bus systems and propose a hybrid city bus model. Using data from Shanghai, China, we found that the MCBS had effectively responded to changing demand and achieved substantial ridership growth, maintained a healthy financial status, and provided social benefits to the transportation system. The success of MCBSs in Shanghai proves that the public transit system still has great potential and could be demand-responsive and financially sustainable at the same time. In the meantime, MCBSs have significantly helped improve transport equity in suburban areas. The hybrid city bus model can serve as a reference for different cities to reorganize their bus systems and regain the popularity, vitality, and social equity of bus services.

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财政可持续性与社会公平:混合动力城市公交系统的设计与性能
在过去的几十年里,各国的许多城市公交系统都经历了危机——乘客量下降和资金不稳定。先前的研究显示,尽管传统公交服务的公共补贴飙升,但公交服务的质量并没有得到改善,对需求变化的反应仍然迟缓。因此,大量公交用户转向了其他交通方式,导致乘客量稳步下降,这进一步恶化了公交机构的财务状况。为了解决这一困境,我们将基于市场的定制公交服务(MCBS)与传统公交系统相结合,提出了一种混合型城市公交模型。利用来自中国上海的数据,我们发现MCBS有效地应对了不断变化的需求,实现了乘客量的大幅增长,保持了健康的财务状况,并为交通系统提供了社会效益。MCBS在上海的成功证明了公共交通系统仍然具有巨大的潜力,同时可以满足需求并在财务上可持续。与此同时,MCBS极大地帮助改善了郊区的交通公平。混合型城市公交模式可以作为不同城市重组公交系统的参考,重新获得公交服务的知名度、活力和社会公平性。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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