Urban mobility refers to travel in urban environments and is essential to human activities. Improving urban mobility can result in reduced emissions and congestion levels and improved living standards for city residents.
Trip Creation: Urban residents take several types of trips on a daily basis, with commuter trips being most prevalent.
The automobile
Urban mobility is essential to both individual lives and community well-being, and can play an essential part in creating attractive cities for businesses and residents alike. But meeting demand with infrastructure and networks alone is only half the battle; equally crucial is cultivating an appreciation of mobility among residents while shifting them away from personal automobiles towards collective, sustainable forms of transport.
Urban mobility patterns must evolve to reduce air pollution, congestion and social inequality. Instead of expanding car-centric infrastructure, cities should invest in sustainable urban mobility solutions that prioritize active transport, public transit and climate resilience for liveable communities that promote resilience and wellness.
Automobiles have become an indispensable form of urban transportation. People use them to get between different areas in a city and to access suburban destinations – contributing to urban sprawl, increased dependence on automobiles, and high levels of road traffic in many cities around the world. People without access to an automobile face mobility restrictions in central locations where public transit services are limited while ownership costs of an automobile can be high.
Public transport
Transport systems are integral components of urban mobility, enabling people to access jobs, education, public services and leisure activities. Transport systems play an integral part in shaping patterns of urban growth and development and the layout of cities. A high-quality transport system is efficient, affordable, equitable and climate friendly – helping fulfil people’s mobility needs without jeopardizing other human and ecological values.
The World Bank is working on this issue with various partners, such as cities and private industry. As global population levels increase, so too does demand for fast and sustainable transportation solutions. Establishing quality public transit systems offering flexibility to passengers while decreasing car ownership may lead to less congestion in cities, reduced pollution levels and an impactful contribution towards meeting climate targets.
Walking
Walking is a sustainable mobility mode that reduces carbon emissions, promotes public health, and offers convenient access to urban amenities. But the quality and accessibility of walking environments varies drastically; an ideal walking environment includes safe paths with facilities like trees, sidewalks, benches etc.
Walking is often overlooked when planning urban cities of the global South, as walkability policies tend to focus on CBDs and strategic corridors rather than informal settlements that rely heavily on walking for transportation. This overlooks how many city dwellers rely on walking as their primary mode of travel.
As such, it is imperative that research be conducted with these communities to better understand their needs and priorities for walking infrastructure. One method of conducting this analysis is through conducting a pedestrian audit – this involves exploring walking routes while recording various physical elements such as signage, paved surfaces, low-hanging branches, shade and barriers along the route – while monitoring any interventions’ effects on walking activity.
Cycling
Cycling plays an essential part in urban transport planning. Its value lies in encouraging active travel, helping reduce sedentary lifestyles that contribute to obesity and cardiovascular disease, as well as helping decrease congestion and improve air quality.
Cities around the world are increasingly embracing cycling integration into mass transit systems, forging powerful synergies. Cities such as Bogota, Curitiba and Mexico City demonstrate this model can expand public transit reach while giving commuters greater flexibility (such as adjusting trip routes based on service availability) and covering first/last miles to/from transit stations.
Cycling infrastructure such as pathways, bike lanes and cycle tracks encourage more people to adopt this sustainable form of transport for short trips, with electric bikes being especially effective at making cycling attractive and accessible to those less inclined to ride a regular bicycle.