Mitigation of greenhouse gas emissions has emerged as a crucial challenge for the
passenger transport system. We introduce an inter-and transdisciplinary scheme for the …

Transformation processes for decarbonization have now reached the heavy-duty mobility
sector. Several studies have analyzed the external costs of conventional powertrains and …

The transport sector is responsible for an important share of pollutant emissions, and urban
mobility systems are facing major challenges, such as congestion and parking needs …

Although sustainability is an important goal in transport policies, the focus is often on
environmental sustainability, mostly ignoring economic and social aspects of sustainability …

Green investment in electric vehicles represents a pivotal shift towards a sustainable future,
promising to revolutionize our transportation systems while significantly reducing …

Battery-electric vehicles (BEVs) are a key technology to decarbonize transport. However,
increased BEV adoption may stress governments' transport budgets as fossil fuel taxes …

Electricity generation in Europe is undergoing a fundamental change. The aim is to increase
sustainability by reducing emissions. Each country has a different electricity mix, and there is …

This chapter provides a comprehensive analysis of the economic and environmental
externalities associated with the use of automated minibuses in public transport, using a …

This chapter examines the environmental impacts of integrating automated minibuses into
public transport systems, focusing on the trade-offs between energy savings and increased …

This paper describes a life-cycle analysis (LCA) performed for urban passenger transport
(cars and urban buses) in United States for the years 2015–2050 in five-year steps. It is …