Abstract

The disorderly and disrupted movement of passengers within train stations are key concerns in rail transport, especially where there are increasing numbers of passengers, coupled with often out-dated, adapted station spaces. With careful planning and design, different characteristics of lighting can be employed to address problems relating to the movement and behaviour of passengers in railway environments. This study aims to offer an approach to identify new concepts for lighting-based interventions to influence passenger movement behaviours within train stations. Behaviourally orientated lighting literature was reviewed, providing the knowledge base to inform a series of engagement activities with transport stakeholders and lighting technologists, to understand problematic behaviours and how these might be resolved through targeted lighting design. In combining findings from the literature with insights from rail and transport-related industry stakeholders and lighting specialists, a number of potential opportunities for novel applications of lighting have been identified. Six scenarios are developed that illustrate these opportunities for potential lighting-based interventions to influence train passenger movement and behaviour. These scenarios can be used to inform the direction of further research and consideration of how different lighting characteristics can affect rail passenger behaviours.

Highlights

  • Lighting is an important factor in the design of any space occupied or accessible to people

  • This study aims to offer an approach to identifying new concepts for lighting-based interventions, to influence passenger movement behaviours within train stations

  • Conclusions from the literature The relationship between light and behavioural effect is complex,[30] with research in the area sometimes being contradictory and inconclusive, making it difficult to generalise to wider contexts

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Summary

Introduction

Lighting is an important factor in the design of any space occupied or accessible to people. Health and safety related concerns are relevant, from the potentially harmful effects of flicker (e.g. generalised malaise to more serious epileptic seizures2), through to its contributory role in slips, trips and falls, for the elderly who may suffer with reduced vision.[3] Such performance and health and safety related drivers are themselves supported by a number of lighting standards and guidelines (e.g. 4,5). These offer minimum or recommended lighting levels, primarily illuminance and luminance values, for performing a particular task or activity in a particular environment (often indoor). Ecological validity and generalisation of this research area to real-world contexts is challenged

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