A comparison of factors influencing the safety of pedestrians accessing bus stops in countries of differing income levels.

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Centre for Accident Research and Road Safety, Queensland (CARRS-Q), Queensland University of Technology (QUT), Kelvin Grove 4059, Australia. Electronic address:

Published: November 2024

AI Article Synopsis

  • * A systematic review highlighted that pedestrian safety near bus stops is affected by road users' behaviors, bus stop features, and overall traffic conditions, with many pedestrians at risk due to factors like hurrying, poor infrastructure, and heavy traffic.
  • * Data on road crashes is used in high-income countries to pinpoint unsafe bus stops, but this is difficult in LMICs due to unreliable data, prompting a call for future research to find alternative safety measures in these areas.

Article Abstract

Pedestrian fatalities comprise a quarter of all traffic deaths in Low-and-Middle-Income Countries (LMICs). The use of safer modes of transport such as buses can reduce road trauma as well as air pollution and traffic congestion. Although travelling by bus is safer than most other modes, accessing bus stops can be risky for pedestrians. This paper systematically reviews factors contributing to the safety of pedestrians near bus stops in countries of differing income levels. The review included forty-one studies from high (20), upper-middle (13) and lower-middle income countries (8) during the last two decades. The earliest research was conducted in high-income countries (HICs), but research has spread in the last decade. The factors influencing pedestrian safety fell into three groups: (a) characteristics of road users, (b) characteristics of bus stops and (c) characteristics of the road traffic environment. Pedestrians near bus stops are frequently exposed to a high risk of collisions and fatalities due to factors such as unsafe pedestrian behaviours (e.g., hurrying to cross the road), lack of bus stop amenities such as safe footpaths, high traffic speeds and traffic volumes, multiple lanes, and roadside hazards (e.g., parked cars obscuring pedestrians). Road crash statistics are commonly used to identify unsafe bus stops in HICs but the unavailability and unreliability of data have prevented more widespread use in LMICs. Future research is recommended to focus on surrogate safety measures to identify hazardous bus stops for pedestrians.

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Source
http://dx.doi.org/10.1016/j.aap.2024.107725DOI Listing

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