Knowledge Agora



Regenerative Economy Challenge

Challenge:    Urban Mobility and Walkable Cities



     Urban mobility and walkable cities are essential for creating sustainable, accessible, and healthy urban environments. Walkable cities prioritize pedestrians by designing neighborhoods where essential services, jobs, and recreational areas are within easy walking distance, reducing the need for car travel. Urban mobility strategies, including efficient public transit systems, bike lanes, and pedestrian-friendly infrastructure, make it easier for people to choose sustainable transportation options over personal vehicles. By reducing car dependency, walkable cities help lower greenhouse gas emissions, air pollution, and noise, contributing to a cleaner and healthier urban atmosphere.
Accessible public transportation, such as buses, trams, and metro systems, allows residents to move easily across the city, providing alternatives to driving and alleviating traffic congestion. Safe, wide sidewalks, crosswalks, and traffic-calming measures, like reduced speed limits, prioritize pedestrian safety and encourage walking as a primary mode of transport. Green spaces, pocket parks, and tree-lined streets create pleasant and shaded walking environments, which encourage people to spend more time outdoors and stay active. Mixed-use zoning, where residential, commercial, and office spaces are integrated, supports walkability by bringing essential amenities closer to where people live and work.
Bicycle infrastructure, including dedicated bike lanes, bike-sharing programs, and secure parking, promotes cycling as a sustainable, accessible mobility option. Urban mobility plans also address accessibility, ensuring that all residents, including those with disabilities, can navigate the city comfortably. Community engagement and input are vital for effective urban mobility projects, as local residents help shape solutions that best meet their needs. Walkable, well-connected cities promote social interaction, improve public health, and support local businesses by increasing foot traffic, creating vibrant and resilient urban communities. Ultimately, urban mobility and walkable city initiatives lead to more sustainable, inclusive cities where people can move freely, safely, and efficiently.

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Aricles describing Urban Mobility and Walkable Cities

ID Score Article
63600 0.619 Barbarossa, L The Post Pandemic City: Challenges and Opportunities for a Non-Motorized Urban Environment. An Overview of Italian Cases Sustainability, 12, 17
41216 0.611 Pellicelli, G; Caselli, B; Garau, C; Torrisi, V; Rossetti, S Sustainable Mobility and Accessibility to Essential Services. An Assessment of the San Benedetto Neighbourhood in Cagliari (Italy)
44218 0.61 Rosi, M; Strmsek, L; Dragan, D; Rosi, B Walkable Neighbourhoods In Smart Cities
73803 0.606 Lanzini, P; Stocchetti, A From techno-centrism to socio-centrism: The evolution of principles for urban sustainable mobility International Journal Of Sustainable Transportation, 15, 11
45313 0.603 Visvizi, A; Abdel-Razek, SA; Wosiek, R; Malik, R Conceptualizing Walking and Walkability in the Smart City through a Model Composite w2 Smart City Utility Index Energies, 14, 23
75270 0.582 Lyons, G Getting smart about urban mobility - Aligning the paradigms of smart and sustainable
1113 0.582 Franco, S Circular economy in urban areas: evidence from global cities Tema-Journal Of Land Use Mobility And Environment, 16, 1
43327 0.581 Aguilar, JFA; Mendes, L Smart Urban Mobility: Conceptual analysis for proposal model
33863 0.581 de Souza, JVR; de Mello, AM; Marx, R When Is an Innovative Urban Mobility Business Model Sustainable? A Literature Review and Analysis Sustainability, 11, 6
40079 0.58 Recasens-Alsina, M Challenges for sustainable urban mobility in Barcelona Ciudad Y Territorio-Estudios Territoriales-Cytet, 52, 204
42121 0.574 Pozoukidou, G; Angelidou, M Urban Planning in the 15-Minute City: Revisited under Sustainable and Smart City Developments until 2030 Smart Cities, 5, 4
73392 0.573 Mehaffy, MW UN-Sustainable Urbanism: The Challenge of "Lock-In" Sustainability, 16, 17
37381 0.572 Wathne, MW; Haarstad, H The smart city as mobile policy: Insights on contemporary urbanism
64921 0.571 Balletto, G; Ladu, M; Milesi, A; Camerin, F; Borruso, G Walkable City and Military Enclaves: Analysis and Decision-Making Approach to Support the Proximity Connection in Urban Regeneration Sustainability, 14.0, 1
44074 0.562 Derlukiewicz, N; Szalata, L; Mankowska, D Scaling Up Innovation - Exemplary Initiatives for Sustainable Development in European Smart Cities with a Focus on Smart Mobility European Journal Of Sustainable Development, 12, 3
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