Transportation is affected by weather and extreme weather events, and there is evidence
that heatwaves, heavy precipitation, storms, wildfires, and floods increasingly affect transport …

Shared mobility, including bike-sharing, shared e-scooter, and ride-hailing, could improve
transportation sustainability when substituting private car use and integrating with public …

This study examines the spatio-temporal effects of the COVID-19 pandemic on shared e-
scooter usage by leveraging two years (2019 and 2020) of daily shared micromobility data …

The proliferation of shared electric scooters (E-scooters) has brought convenience to urban
transportation but has also introduced challenges such as disorderly parking and an …

Shared micro-mobility services are increasingly becoming popular in many cities. These
services can help shape sustainable cities and reduce car dependency. To unlock their full …

Shared e-scooters are expected to improve urban mobility accessibility while reducing
negative effects of transport. However, with many recent studies on usage patterns and user …

The term 'micromobility'refers to the suite of lightweight personal transport devices–either
human-powered or electric–which operate at low speeds (typically under 25 km/h) and …

Our understanding of non-linear and time varying effects on shared e-scooter ridership
dynamics is limited. Consequently, both operators and city councils supporting shared e …

E-scooter vibrations are a problem recently studied. Theoretical models based on dynamic
simulations and also real measurements have confirmed the high impact of e-scooter …

Accurate shared micromobility demand predictions are essential for transportation planning
and management. Although deep learning methods provide robust mechanisms to tackle …