Could a widespread proliferation of ridesharing services mitigate or exacerbate the carbon
footprint of urban passenger transport? Despite having profound policy implications, this …

This paper investigates the environmental benefits of ride-sharing through its CO 2 emission
mitigation potential. Ride-sharing is expected to substantially decrease CO 2 emissions by …

This paper investigates how and to what extent changes in user behavior may mitigate the
environmental benefits of urban ridesharing, a phenomenon commonly referred to as …

Ridesharing has potential to mitigate traffic emissions. To better support policymaking, this
paper endeavors to estimate and analyze emission reductions by large-scale ridesharing …

Since the late 1990s, numerous ridematching programmes have integrated the Internet,
mobile phones, and social networking into their services. Online ridematching systems are …

As urban populations grow, cities need new strategies to maintain a good standard of living
while enhancing services and infrastructure development. A key area for improving city …

It is widely recognized that new vehicle and fuel technologies are necessary but not
sufficient to meet deep greenhouse gas reduction goals in the United States. Demand …

Ridespitting, which enables riders with similar routes to share a ridesourcing trip, is a
promising transportation technology to reduce traffic congestions and air pollutions. This …

As an integral part of the emerging sharing economy, ridesourcing refers to transportation
services that connect community drivers with passengers via mobile devices and …

Ride-sharing has often been cited as a successful method to reduce congestion and green
house gas emissions. This paper examines the patterns of ride-sharing, in Dublin, and …