Urban mobility refers to a collection of technologies, operational approaches, and policies designed to create liveable urban centres. Urban mobility seeks to reduce traffic congestion, pollution, noise pollution, stress levels associated with transport systems as well as any negative side-effects they might cause.
Multimodal transport platforms that combine taxis, ridehailing services, buses, trains, cars or bikes into one app for an integrated transit experience are increasingly popular among travellers.
Megacities
Megacities have quickly emerged as one of the primary drivers for global development in developing nations. Comprising cities with 10 million or more inhabitants, megacities represent immense economic opportunity but also present serious obstacles to progress.
These challenges range from poverty and crime to environmental pollution and transport chaos, housing, water supply and sanitation issues – and in megacities with poor regions where trunk systems do not reach, informal settlements and slums often form.
An effective urban mobility strategy requires significant efforts from municipality authorities to become orchestrators of their transport ecosystems. They must reimagine themselves and coordinate both public and private transport operators, create an easy digital interface to share data among all players in the mobility ecosystem, and give consumers a seamless travel experience – otherwise urban mobility will continue to decline further; this can be quite a difficult challenge given that most private companies refuse to collaborate with municipalities on fairness and transparency terms.
Suburban Cities
Urbanization is an international trend, impacting most parts of the globe. But this phenomenon brings with it numerous issues related to environmental health and mobility that need to be considered when making decisions related to urban planning and design.
Suburbanization, the process by which people move from city centers into its suburbs, remains one of the fundamental issues. While some argue whether neighborhoods with same city addresses qualify as suburbs, others argue they must be defined based on proximity.
Suburban areas’ low population densities make it challenging for them to support high-quality fixed-route public transit services, which can lead to social isolation for carless and car-lite households.
Suburban residents have less access to collective travel options that could reduce congestion and protect the environment, necessitating a complete overhaul of peri-urban mobility in order to provide seamless mobility to all residents. Luckily, several trends are emerging to change this reality such as vehicle electrification and autonomous driving systems which will have profound effects on urban mobility.
Developing Cities
As developing cities undergo rapid population and economic expansion, their needs are changing quickly. Just like teenagers do, developing cities need an adequate diet of infrastructure, services and policies in order to prosper healthily.
Urban mobility systems play an essential role in supporting sustainable and equitable development in the Global South. WRI is involved in several initiatives designed to increase quality of life through improved mobility solutions – whether that means encouraging electromobility use, making traffic safer or revamping connectivity networks.
This project’s goal is to foster a shared understanding on the steps needed to direct public-private investment towards more sustainable and inclusive urban mobility in cities. This involves gathering together city governments, private sector mobility operators and NGOs through dedicated working groups and in-person dialogues; furthermore assessing trends within the mobility industry ranging from vehicle electrification and autonomy up until 2030 – in detail via systematic literature reviews (SLRs) as well as four scenarios which describe its future evolution until 2030.
Transit-Oriented Cities
Cities that prioritize development and land use around high quality public transit networks tend to provide residents with a superior quality of life. Such cities typically boast of better neighbourhoods, reduced infrastructure costs, and lower carbon emissions compared with cities dominated by cars for mobility purposes. Also known as TOD design trend, TOD homes, jobs, schools, shops and amenities all located close together around rail or bus stations while lower density areas extend out from its center.
Integrated mobility systems help cities reduce tailpipe emissions of carbon dioxide, nitrogen oxides and fine airborne particulates; this improves residents’ health by decreasing respiratory diseases and cardiovascular issues related to urban air pollution.
Changes to urban transportation modes (walking, cycling, mass public transit and private vehicles) have the power to significantly decrease traffic congestion while simultaneously improving road user safety and creating inclusive economic growth, social cohesion and creating a more sustainable city for future generations.