Bus stop network catchment analysis of integrated feeder service for public bus transit system – a case study of Ahmedabad City

M. I. Balya, Rakesh Kumar, P. Gundaliya
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Abstract

In developing countries, public transit buses can play a primary role to improve accessibility if they integrated with feeder services. This paper highlights the network catchment analysis of integrated feeder service to the bus stops of BRTS corridor of Ahmedabad city. The revealed preference and stated preference survey is used to collect data for application in SPSS and GIS for spatial catchment analysis. The distance decay curve results demonstrate that percentage of trips is declining with increasing miles from home to the transit bus stops. An average exiting catchment area observed as 940, while the proposed catchment area found as 1998 m for both BRT and non-BRT users and this distance is spatially represented by GIS buffering technique. The improved methodology of this case study can apply as a base for the planning of integrated feeder service bus stops catchment of same-sized metropolitan cities.
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公共交通系统综合接驳服务的公交站点网络集水分析——以艾哈迈达巴德市为例
在发展中国家,公共交通巴士如果与支线服务相结合,可以在改善可达性方面发挥主要作用。本文重点研究了艾哈迈达巴德市BRTS走廊公交车站综合接驳服务的网络集水分析。揭示的偏好和陈述的偏好调查是用来收集数据应用于SPSS和GIS的空间汇水分析。距离衰减曲线结果表明,出行百分比随着从家到公交站点里程的增加而下降。现有的平均集水区面积为940米,而BRT和非BRT用户的建议集水区面积为1998米,该距离在空间上由GIS缓冲技术表示。本案例研究的改进方法可作为同规模大城市综合接驳巴士站集水区规划的依据。
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来源期刊
World Review of Intermodal Transportation Research
World Review of Intermodal Transportation Research Social Sciences-Geography, Planning and Development
CiteScore
1.70
自引率
0.00%
发文量
7
期刊介绍: There is an increasing demand for transportation solutions that are responsive, safe, sustainable, smart and cost-efficient. This has resulted in increased emphasis on responsive intermodal transportation systems. WRITR provides an international forum for the critical evaluation and dissemination of research and development in all areas related to intermodal transportation. Research disseminated via WRITR has significant impact on both theory and practice, and is of value to academics, practitioners and policy makers in this field. Topics covered include: -International trade and transportation -Infrastructure, network design and optimisation -Design, planning and control of transportation systems -Intermodal, intelligent and sustainable transportation solutions -Transportation modes (air, rail, road, sea, pipe) -Transportation cost/benefit analysis -Railroad, terminal and port development -Port/terminal operations and management -Warehousing and inventory management -Transportation regulations, standards and security -Environmental impact, liability and insurance -Risk analysis and management -Information technology and decision support systems -Strategic alliances and relationship management -Government involvement and incentives
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