The Accessibility of Public Transportation Stops: Istanbul Case

Dilara ÖZTAŞKIN, Sinan LEVEND
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Abstract

The study emphasizes the importance of creating a sustainable public transportation system that people can use comfortably. This sustainable transportation approach aims to deliver transportation plans focused on people, society and space. Developing public transportation systems that contribute to social equality by appealing to all segments of society and reducing traffic density has become one of the main objectives of transportation plans. Ensuring the accessibility of public transportation stops is a crucial aspect of achieving this objective. In this context, the study examines the accessibility of public transportation stops in Istanbul. For the accessibility measurements of public transportation stops, the study uses the Service Areas Analysis tool in the ArcGIS program's Network Analyst extension, a geographical information system-based software program. The analysis results indicate that approximately 90% of the population can reach the stops of rubber-tyred public transportation types (one of the public transportation types in Istanbul) within a five-minute walking distance. However, the ratio of the population that can reach rail system stations and maritime transportation piers within a five-minute walking distance is only approximately 3%. Accordingly, it can be seen that the Istanbul transportation system depends heavily on the rubber-tyred public transportation system.
公共交通站点的可达性:伊斯坦布尔案例
该研究强调了创造一个人们可以舒适使用的可持续公共交通系统的重要性。这种可持续的交通方式旨在提供以人、社会和空间为中心的交通计划。发展公共交通系统,通过吸引社会各阶层和降低交通密度来促进社会平等,已成为交通规划的主要目标之一。确保公共交通站点的可达性是实现这一目标的一个关键方面。在此背景下,该研究调查了伊斯坦布尔公共交通站点的可达性。对于公共交通站点的可达性测量,该研究使用了ArcGIS程序的网络分析扩展中的服务区域分析工具,这是一个基于地理信息系统的软件程序。分析结果表明,大约90%的人口可以在5分钟步行距离内到达橡胶轮胎公共交通类型(伊斯坦布尔公共交通类型之一)的站点。然而,能够在步行5分钟内到达铁路系统站和海运码头的人口比例仅为约3%。由此可见,伊斯坦布尔的交通系统在很大程度上依赖于橡胶轮胎的公共交通系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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