Abstract

Junctions are places of interaction and hence conflict for all road users. Two thirds of all collisions in built up areas occur at junctions, with pedestrians and cyclists being most at risk.The aim of the research is to investigate the attitudes to change, and likely behaviour at junctions, of all types of road users, were a general and unambiguous duty to ‘give way on turning’ to be introduced in the UK context. Q-methodology was used because it is good at capturing and describing divergent views and also consensus.Q-mode factor analysis was used and revealed five groups with common perspectives, as follows: optimistic experienced drivers, pessimistic regular cyclists, realistic multi-modals, altruistic pedestrians and the pragmatic sustainably mobile. Differences between groups centred on which road user types should be the prime focus of junction improvements, the relative importance of safety and time saving, and the amount of effort required to implement change. There was a strong consensus between the groups that no level of injury and death at road junctions is acceptable, and that regulation changes should be made. Funding for awareness raising, and supporting any regulation change with concomitant design changes to the physical layout of junctions is also important.There is a consistency of opinion across all groups of road users that the lack of alignment between design and regulation, and lack of compliance with the regulations are not acceptable. Each grouping of respondents thought that it is appropriate to make junctions safe for all, and more attractive and convenient for those that are currently the most at risk. There are practical changes that policy makers and practitioners could and should make. Change in regulations could be undertaken, but it would need to be supported by the following: public awareness raising campaigns; infrastructure design changes; funding; and enforcement.

Highlights

  • Walking and cycling, which may be combined with the use of public transport (Gerike et al, 2016), support public health objectives, but can improve the overall quality of life due to their minimal consumption of transport infrastructure space and energy, and minimal production of air pollution and noise

  • Q-mode factor analysis is the process of reducing a set of Q-sorts to a smaller number of composite sorts, called factors

  • These factors are created from groups of similar Q-sorts, which represent the views of individuals who ranked the Qstatements in similar ways

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Summary

Introduction

Walking and cycling, which may be combined with the use of public transport (Gerike et al, 2016), support public health objectives, but can improve the overall quality of life due to their minimal consumption of transport infrastructure space and energy, and minimal production of air pollution and noise. Walking and cycling need to be safe, convenient and practical ways to move around. The public realm may provide separated space for different road users (e.g. a footway for pedestrians to use, or a cycle track for cyclists to use). There are points at which users need to cross each other. Whatever design solutions are employed, all modes have to interact in some way at road junctions.

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