Telecommuting Impacts on Travel Behavior and Mobility Patterns
Summary
Telecommuting, or the substitution of home-based work for traditional office attendance, has fundamentally reshaped travel demand and mobility patterns worldwide. Advances in information and communications technology have enabled employees to reduce or eliminate daily commutes, yielding potential energy and congestion savings but also giving rise to behavioural rebound effects. These include increases in non-work travel, longer residential relocations paired with extended commuting distances on office days, and shifts in peak-hour transport dynamics. The COVID-19 pandemic accelerated telecommuting adoption, producing lasting changes in public transport ridership, air travel, and urban land-use decisions. While reduced commuting can lower emissions and infrastructure strain, research highlights the complexity of net impacts: home energy consumption may rise, and leisure or shopping trips can offset commute savings. Understanding these interconnections is essential for transport planners and policymakers aiming to integrate telecommuting into sustainable mobility strategies.
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Telecommuting Impacts on Travel Behavior and Mobility Patterns publication trend
The graph below shows the total number of articles in telecommuting impacts on travel behavior and mobility patterns across all publications each year (not limited to Nature Index journals).
Technical terms
Telecommuting: Working remotely using digital communication technologies in place of commuting to a central workplace.
Rebound effect: The phenomenon whereby expected energy or travel savings from efficiency measures are partly or wholly offset by behavioural responses, such as increased non-work travel.
Non-work travel: Journeys undertaken for purposes other than commuting, including shopping, leisure and social visits.
Flextime: A flexible working arrangement allowing employees to vary start and end times of their workday, often combined with telecommuting.
Information and Communications Technology (ICT): Digital tools and infrastructures that facilitate remote working, virtual meetings and teleconferencing, underpinning telecommuting practices.
References
- Forecasting macro-energy demand accounting for time-use and telework. Energy Strategy Reviews (2024).
- A systematic review of the energy and climate impacts of teleworking. Environmental Research Letters (2020).
- Teleworking during COVID-19 in the Netherlands: Understanding behaviour, attitudes, and future intentions of train travellers. Transportation Research Part A Policy and Practice (2022).
- The impact of telecommuting on residential relocation and residential preferences: A latent class modelling approach. Journal of Transport and Land Use (2010).
- Work flexibly, travel less? The impact of telework and flextime on mobility behavior in Switzerland. Journal of Transport Geography (2022).
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