The future of U.S. transport energy requirements and emissions is uncertain. Transport policy research hasexplored a number of scenarios to better understand the future characteristics of U.S. light-duty vehicles.Deterministic scenario analysis is, however, unable to identify the impact of...

Transport policy research seeks to predict and substantially reduce the future transport-related greenhouse gasemissions and fuel consumption to prevent negative climate change impacts and protect the environment.However, making such predictions is made difficult due to the uncertainties...

The future of US transport energy requirements and emissions is uncertain. Transport policy research has explored a number of scenarios to better understand the future characteristics of US light-duty vehicles. Deterministic scenario analysis is, however, unable to identify the impact of...

This study presents a methodology to develop scenarios of evolution from 2010 to 2050, for energy consumption and emissions (CO2, HC, CO, NOx, PM) of the road transportation sector (light-duty and heavy-duty vehicles). The methodology is applied to Portugal and results are analyzed in a...

Hydrogen fuel cell (FC) vehicles are receiving increasing attention as a potential powerful technology to reduce the transportation sector's dependence on petroleum and substantially decrease emissions of greenhouse gases (GHGs) at the same time. This paper projects energy use and GHG emissions...