So-called “new mobility” innovations could transform transportation systems, including the
deployment of shared, electric, and automated vehicles. However, researchers are still …

This paper synthesizes insights from 19 peer-reviewed articles published in this Special
Issue on the roles of users in electric, shared and automated mobility. While many …

Emerging technologies and services stand poised to transform the transportation system,
with large implications for energy use and mobility. The degree and speed of these impacts …

The “automobility system” encompasses the prevalence of the privately-owned car in
industrialized societies. We apply automobility theory in a novel approach, by investigating …

Understanding how new technologies such as on-demand ride hailing and vehicle
automation may affect travel behavior is important to craft better policy. This study uses a …

The recent growth of new mobility services such as car-sharing (ZipCar, Car2Go) and ride-
hailing (Uber, Lyft) has interesting implications for new vehicle technologies. We explore the …

Since the introduction of private ride-hailing services (eg, Uber, Lyft) in 2011 and 2012, the
US transportation ecosystem has seen a wave of significant investment in mobility services …

Mobility affords a range of benefits, but there are environmental, social and economic
problems associated with current transport systems. Innovations to address these issues …

The transportation landscape is witnessing profound changes due to technological
advancements, necessitating proactive policy responses to harness innovation and avert …

Shared mobility services have experienced significant growth in adoption since the
introduction of Uber, a ride-hailing service, in 2010. Although business models to support …