Urban mobility is a key issue for cities worldwide. Its growth has led to growing concerns about sustainable economic development, environment, and health. It also leads to congestion and pollution that can harm people’s lives.
Fortunately, there are several ways to improve urban mobility. These include embracing transit-oriented development, investing in green public transport, and prioritizing electric vehicles and shared mobility services.
Accessibility
Urban mobility planning involves making it easy for people to travel through a city by car, bus, train, or walking. It improves quality of life and reduces congestion. It also helps people get to work, school, and shops. In addition, it helps businesses grow and creates jobs for local residents. Effective urban mobility planning reduces air pollution, and minimizes the need for road maintenance. It also increases efficiency and reduces travel costs for citizens.
A growing number of researchers and policymakers are recognizing the importance of accessibility in urban and transport planning. In fact, many have called for a shift from the focus on mobility to one on accessibility (Banister 2011; Vasconcellos 2020). This paradigm shift would change the focus of policies from increasing traffic speeds and capacity to prioritizing accessible modes of transport. It would also help to integrate land use and transport planning processes. It would also set minimum data requirements for mobility patterns to measure progress in accessibility.
Environmental impact
Urban mobility issues are intertwined with climate change, air quality, and socioeconomic opportunity. In the Global South, on-demand ride apps are booming, megacities are expanding, and local vehicle manufacturing is taking off – setting up potentially long-lasting habits that exacerbate traffic congestion and pollution.
A sustainable urban mobility plan would offer efficient transportation options without increasing costs or travel times. This would help cities reduce carbon emissions, increase economic opportunities for inhabitants, and improve overall user experience.
As such, it’s important to assess the impact of new public transport systems on urban mobility using different methods, like decision support tools, policy measures, energy efficiency initiatives, or performance indicators. To assess the impact of a specific project, it’s best to compare data from before and after implementation. This way, you can see how the system influences traffic, air quality, and commuting with private vehicles from the outskirts neighbourhood. The results can be used to improve future projects.
Economic impact
In urban areas, traffic congestion causes a lot of noise pollution and wastes a significant amount of time. It also leads to a reduction in the quality of life, especially for people living near the roads. This is because noise pollution can cause health problems, such as stress and tension.
A shift to sustainable mobility can reduce traffic congestion and air and noise pollution in cities. This will also save energy. For instance, electric cars emit less carbon dioxide than traditional fuel vehicles.
Furthermore, a move to sustainable mobility can improve public transport services and increase passenger flows. This can help reduce costs, which make up a tenth of the municipal budget in some cities. It can also lead to more efficient fares. This can help alleviate the financial burden on residents, allowing them to save money and time. This will improve their economic situation and promote social inclusion. PTOLEMUS provides a unique set of services to enable urban mobility services to take advantage of this opportunity.
Social impact
Urban mobility performs essential social and economic functions, including providing access to work and services. It can also impact the quality of life and health conditions of residents. Unequal access to mobility can reinforce socioeconomic disparities and limit opportunities for jobs, education, healthcare, and public services.
Traffic congestion creates air and noise pollution, affecting the health of people who live in cities. Urban mobility planning can help reduce these effects by optimizing roads, reducing car use, and introducing electric vehicles or shared micromobility.
These technologies can also improve working conditions by reducing commuting times and travel stress, which increases productivity. They can also contribute to a greener economy by decreasing carbon emissions. Finally, they can improve road safety by identifying accident hotspots and reducing the number of traffic accidents. They can also decrease the number of resources needed by law enforcement agencies to respond to traffic incidents. Moreover, they can encourage the development of new jobs in the public transport and electromobility sectors.