Improving Road Safety Around Rail Stations Is Critical for Urban Mobility

Urban railways such as metros, trams, and commuter trains are transforming how people move in cities. They reduce traffic congestion, shorten travel times, and help cut pollution. But while train travel itself is generally safe, the streets around railway stations and crossings often present serious safety risks. A new guide developed by the World Bank Group in partnership with the Global Road Safety Facility (GRSF) and the Korea–World Bank Partnership Facility (KWPF) highlights why improving road safety around rail infrastructure is critical for modern cities.

The guide explains that the biggest dangers linked to rail travel are not always on the trains but in the areas where rail lines meet roads or where passengers enter and exit stations. These busy zones bring together pedestrians, cyclists, buses, cars, and motorcycles, creating complex traffic environments where accidents can occur if infrastructure is poorly designed.

The Hidden Risks Around Railway Stations

Urban rail systems move millions of passengers every day. However, reaching the station is often the most dangerous part of the journey. Many commuters must walk or cycle through crowded streets, cross busy intersections, or navigate poorly maintained sidewalks before boarding a train.

In many cities, especially in developing countries, stations are surrounded by narrow footpaths, weak lighting, and poorly marked pedestrian crossings. At railway crossings, vehicles may queue across tracks due to traffic congestion, while warning systems and barriers may be missing or poorly maintained.

These risks are especially high for vulnerable road users such as pedestrians, cyclists, children, older adults, and people with disabilities. Without safe infrastructure, these groups are often forced to share space with fast-moving vehicles, increasing the chances of serious accidents.

Rapid Urban Growth Adds Pressure

Urbanization is accelerating across the world, and many cities are expanding their rail networks to meet rising mobility needs. While rail systems provide cleaner and more efficient transportation, rapid growth can also create safety challenges if the surrounding infrastructure is not upgraded at the same pace.

In densely populated areas, railway corridors may run through neighborhoods with high pedestrian activity. Informal markets, street vendors, and crowded public spaces around stations can further complicate traffic patterns. In such environments, pedestrians sometimes cross railway tracks informally when proper crossings are not available.

The guide notes that risky behavior, such as ignoring warning signals or attempting to cross tracks before a train arrives, often results from poor infrastructure rather than carelessness. When safe alternatives are not available, people tend to take dangerous shortcuts.

A Smarter Way to Design Safer Stations

To address these challenges, the guide recommends a structured approach to road safety around railway stations and crossings. Safety should be considered from the earliest planning stage of any rail project and continue throughout its design, construction, and operation.

One key concept is the Safe System approach, which recognizes that human mistakes are inevitable. Instead of blaming road users alone, transport systems should be designed to reduce the chances that errors lead to severe injuries or deaths. This means improving infrastructure, controlling vehicle speeds, and creating safer crossing points near stations.

The guide also highlights transit-oriented development, a planning strategy that encourages compact neighborhoods built around public transport hubs. By designing streets that prioritize walking, cycling, and public transport access, cities can reduce traffic conflicts and make station areas safer.

Accessibility is another important factor. Station surroundings should include ramps, tactile paving, safe crossings, and good lighting so that everyone, including people with disabilities, can travel safely and independently.

Practical Solutions That Can Save Lives

Road safety assessments help authorities identify risks and implement targeted improvements around railway stations. These assessments examine how people access stations and evaluate infrastructure along key routes.

Common safety improvements include building better sidewalks, installing pedestrian crossings, improving lighting, creating bicycle lanes, and organizing parking or drop-off areas. Even small changes, such as clearer road markings or better traffic signals, can significantly reduce accidents.

Importantly, many of these measures are relatively low-cost but highly effective. By focusing on the areas where pedestrians interact with traffic, cities can make transit systems safer and more accessible.

Cooperation Is Key to Safer Cities

Improving safety around railway stations requires coordination between multiple institutions. Railway operators often control only the rail infrastructure itself, while local governments manage roads, sidewalks, traffic signals, and public spaces.

Because of this shared responsibility, cooperation between transport authorities, city planners, and road safety experts is essential. Engaging communities and research organizations can also help identify local risks and ensure that solutions reflect how people actually move through station areas.

As cities continue to expand their rail networks, the guide emphasizes that safety must extend beyond the trains themselves. When passengers feel safe walking or cycling to stations, public transport becomes more attractive, helping cities reduce congestion and pollution while building more livable urban environments.