Better Transport

Better Transport
Name	Better Transport
Type	Advocacy and planning initiative
Founded	20th century
Headquarters	Various cities
Key people	Urban planners, transport engineers, policy analysts
Area served	Global
Focus	Sustainable mobility, multimodal transport, public transit, active travel

Better Transport is a concept and movement advocating for improved mobility systems that prioritize accessibility, efficiency, equity, and sustainability. It intersects with urban design, civil engineering, public health, and environmental policy to reshape how people and goods move across cities, regions, and nations. Stakeholders include municipal authorities, transit agencies, research institutes, and non-governmental organizations collaborating on projects ranging from bus rapid transit corridors to bicycle networks.

Overview

Better Transport encompasses planning frameworks, infrastructure investment strategies, and service models aimed at enhancing transit networks such as streetcar systems, commuter rail, and rapid bus services. Prominent institutions involved in this space include International Association of Public Transport, World Resources Institute, Institute for Transportation and Development Policy, and regional bodies like Metropolitan Transportation Authority (New York) and Transport for London. Implementation often requires coordination among agencies such as Federal Transit Administration, European Investment Bank, and city planning departments in metropolises like Tokyo, Paris, New York City, London, and São Paulo.

History and Development

The evolution of Better Transport traces through milestones in infrastructure and policy: the expansion of tramways in the 19th century, the rise of highway networks in the 20th century exemplified by the Interstate Highway System, and the late-20th-century return to transit-oriented development influenced by works from scholars at Massachusetts Institute of Technology and practitioners in cities like Curitiba and Copenhagen. Landmark projects and events that shaped contemporary approaches include the postwar reconstruction of Rotterdam, the development of the Hong Kong Mass Transit Railway, and the introduction of congestion pricing in London and Singapore. Technological inflection points—such as the commercialization of electric traction, the proliferation of diesel buses, and the advent of integrated fare systems used by agencies like Transport for Greater Manchester—have informed modern strategies.

Modes and Technologies

Better Transport covers a spectrum of modes: high-capacity systems like metro networks, regional rail services, and intercity high-speed rail; intermediate options like light rail and bus rapid transit; and active modes such as cycling and walking networks. Technologies include electrification of fleets as seen in projects by BYD and Siemens Mobility, digital passenger information systems pioneered by companies like Thales Group and Cubic Transportation Systems, and mobility-as-a-service platforms developed by firms linked to Uber and MaaS Global. Innovations in signaling (e.g., CBTC), fare media (e.g., Oyster card, Octopus card), and vehicle design (e.g., low-floor trams by Alstom) are central.

Policy and Governance

Governance models for Better Transport vary: centralized authorities exemplified by Transport for London, regional agencies like Metropolitan Transportation Authority (New York), and public–private partnerships typified by concession schemes used in Hong Kong and parts of Japan. Policy instruments include investment programs like those funded by the European Union Cohesion Policy, regulatory frameworks such as emissions standards set by European Environment Agency-influenced law, and subsidy arrangements administered by finance ministries in countries including Germany and Canada. Planning approaches draw on methodologies from Urban Planning schools at institutions like University College London and Delft University of Technology.

Environmental and Social Impacts

Improvements associated with Better Transport aim to reduce greenhouse gas emissions addressed in reports by Intergovernmental Panel on Climate Change, improve air quality monitored by the World Health Organization, and lower noise pollution studied in contexts like Los Angeles and Beijing. Social outcomes include enhanced access to employment nodes such as central business districts in Chicago and Mumbai, mobility justice analyses promoted by organizations like Transport Equity Network, and public health benefits documented in research from Harvard T.H. Chan School of Public Health on active travel.

Economic Implications

Investments in Better Transport generate effects observed in case studies like the value uplift around stations on the Crossrail project and agglomeration economies described in studies of Shenzhen and Seoul. Funding mechanisms include dedicated taxes such as those used for the Metropolitan Transportation Authority (New York), land value capture instruments applied in projects in Hong Kong and Tokyo, and multilateral loans from institutions including the World Bank and Asian Development Bank. Cost–benefit analyses often reference methodologies from OECD and International Monetary Fund guidance.

Implementation and Case Studies

Notable implementations demonstrating principles of Better Transport include the integrated bus and BRT networks in Curitiba, the cycling infrastructure and modal shift policies in Copenhagen, the transit-oriented redevelopment tied to Hong Kong Mass Transit Railway's property model, and the congestion charging scheme in London. Emerging pilots include electric bus fleets deployed in Bogotá and Shenzhen, demand-responsive services trialed by agencies in Seattle and Singapore, and mobility-as-a-service trials in regions coordinated with research centers at KTH Royal Institute of Technology and Technical University of Munich.

Category:Transport planning