Urban mobility refers to the movement of both people and goods through urban areas. It plays an integral role in making cities accessible, sustainable and healthy places.
The initial major disruption was created by the personal automobile, giving individuals more freedom and initiating a culture of car ownership which still continues today. Unfortunately, however, this car-first approach has created several issues, such as congestion and pollution.
1. Cleaner Air
Air pollution affects our health, wellbeing and ability to thrive in urban settings. Cities around the globe experience dense concentrations of motorised pollution – particulates, lead, carbon dioxide and nitrogen oxides which pose risks to human health and harm natural ecosystems.
Rapid urbanisation and shifting economic trends are placing unprecedented strain on cities’ transport systems. To meet rising demand, cities typically turn to expanding car-centric infrastructure to meet increasing demands; but this solution only serves to further increase congestion and emissions levels.
Sustainable strategies that prioritize public transit, walking networks, shared mobility and technology-enabled solutions offer a path toward cleaner air. Allowing people to select their ideal mode of travel through multimodal journeys as standard is achieved with integrated public transport platforms and Mobility-as-a-Service platforms that facilitate seamless route planning, booking and payment across various modes. It’s the only way forward towards cleaner air in future!
2. More Space
Urban mobility serves an essential social and economic function, essential for living healthy in cities. Unfortunately, current ineffective mobility systems cause unnecessary strain to people by increasing stress and tension; increasing chances of disease while simultaneously diminishing quality of life.
Cities will need to find creative ways to increase active travel and public transportation while simultaneously reducing their carbon emissions. Innovative mobility solutions, such as smart parking and transport hubs, promote environmentally-friendly forms of transport while simultaneously encouraging sustainable mobility behaviors.
Furthermore, space used for parking and traffic congestion can be freed up and transformed into multifunctional public areas, improving urban structure and quality of life. One way this is achieved is with superblocks; an urban planning concept designed to calm traffic in residential districts while reclaiming streets for pedestrians and cyclists. By doing so, quality urban space will increase while public health will benefit from reduced air pollution, noise levels and stress levels.
3. More Jobs
Cities around the world are experiencing unprecedented urban expansion, necessitating climate-responsive mobility systems to meet rising travel demand. Unfortunately, cities’ traditional approach to meeting this increased travel demand consists of expanding car-centric infrastructure – something which increases congestion and fuels urban sprawl.
However, increasing the modal share of sustainable modes can help break this cycle. Achieve this goal requires taking an approach focused on people that prioritizes walking and public transit as well as improving micromobility for first- and last-mile trips.
Cities can achieve this by implementing quick wins – low cost initiatives that require minimal interference, can be implemented quickly, and are low-cost in terms of cost and interference – such as bus priority lanes and pop-up bike routes. Quick wins like these can reduce traveler time stuck in traffic and demonstrate sustainable travel options are viable alternatives; city officials should balance “push” measures such as raising private transport prices with “pull” measures like increasing public transit capacity or service quality to maximize impactful results.
4. A More Productive Economy
Effective urban mobility planning allows us to reduce traffic congestion and air pollution, making cities safer and more productive while improving quality of life for residents. Commuters also enjoy reduced time spent stuck in traffic which also benefits their employers.
Urban mobility solutions such as electric scooters and buses can reduce carbon emissions in the atmosphere, helping combat climate change while leaving a clean environment for future generations to enjoy.
In order to make cities more efficient, we must reimagine their function. The traditional approach to urban mobility – expanding infrastructure to accommodate an ever-increasing car population – fuels sprawl and car dependency while contributing to traffic congestion and environmental degradation. Instead, compact development, public transit systems and active transportation should all work seamlessly together so that anyone can easily and safely reach their destinations.