Publication | Open Access
Transportation technologies, sharing economy, and teleactivities: Implications for built environment and travel
160
Citations
176
References
2021
Year
EngineeringSmart CityCommunicationTransportation TechnologiesSustainable MobilityMicromobilityVehicle MilesEconomicsPublic PolicyPublic TransportationApp CitiesUrban TransportationUrban PlanningTransportation GeographyIndividual MobilityPublic TransportUrban EconomicsBusinessSharing EconomyUrban MobilityMultimodal Travel BehaviorTechnologyMobility ServiceTransportation Systems
The paper reviews how teleactivities, the sharing economy, and emerging transportation technologies—components of an “App City”—may influence travel behavior and the built environment. The authors conduct a literature review of these technologies to assess their impact on travel behavior and built‑environment outcomes. The review finds that teleactivities can both replace and create trips, telework and teleconferencing lower overall travel, accommodation sharing boosts long‑distance trips, bikesharing promotes active travel and cuts car use, carsharing reduces private car ownership, ridesourcing raises vehicle miles, e‑scooter sharing, ridesharing, and MaaS have context‑dependent effects, private autonomous vehicles and urban air mobility increase total travel while autonomous buses reduce car use, and these shifts drive new transport systems and land‑use changes in App Cities.
This paper reviews how teleactivities, the sharing economy, and emerging transportation technologies – components of what we could call the “App City” – may influence travel behavior and the built environment. Findings suggest that teleactivities may substitute some trips but generate others. Telework and teleconferencing may reduce total travel. Findings on the sharing economy suggest that accommodation sharing increases long-distance travel; bikesharing is conducive to more active travel and lower car use; carsharing may reduce private car use and ownership; ridesourcing (ridehailing) may increase vehicle miles traveled; while the implications of e-scooter sharing, ridesharing, and Mobility as a Service are context-dependent. Findings on emerging transportation technologies suggest that private autonomous vehicles and urban air mobility may increase total travel, whereas autonomous buses may lead to reduced car use. Implications of App Cities for the built environment include new transport systems and land use changes due to behavioral changes.
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