Urban mobility is particularly affected by technology development. This research focuses on
the mobility system of cities in the foreseeable future–that is, until the 2030s. A systematic …

The Delphi technique is a suitable methodology for structuring group communication to
answer current and prospective research questions within several rounds. The method is …

Urban mobility is facing an increased long-term uncertainty and complexity generated by
accelerated technological development. These challenges require radical advancement in …

Participatory visioning in transport scenario building can be particularly useful to anticipate
and examine unexpected outcomes over long-term future timelines, providing broad …

Transport is an important part of society, and its future is influenced by a number of
developments, such as of technology, environmental regulations and societal behaviour …

During the last decades, many cities across the globe have gone through a transition
process, moving from traditional industrial economic activities to knowledge-based ones, for …

Abstract Intermodal, door-to-door (D2D) travel is gaining momentum for airlines, airports,
and feeder traffic providers. At the same time, competition is increasing; having a better …

Scenario planning methods tend to work at an aggregate level and to consider
homogeneous populations, thus levelling the variable effects of future developments on …

In recent years, scenarios have been increasingly used as a tool for helping decision
makers deal with uncertainty, assess risks, enhance policy performance, expand creativity …

Developing scenarios for future sustainable transport solutions is challenging as there are
many uncertainties to consider. One method used is the Delphi method. The purpose of this …