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This study aims to explore the propensity of university students to use different sustainable transport modes, taking into account individual and specific trip characteristics, as well as students’ psychological traits (i.e. attitudes).

Using the transport mode preferences of 827 students who responded to a travel survey, a two-step analysis is conducted. The first step examines the effects of individual characteristics, travel experience and origin or destination features on students’ stated preferences (i.e. self-selected values assigned to personal attitudes). The second step analyses students’ travel mode choices, given their intrinsic mobility attitudes.

The results suggest that informing students about environmental issues increases their propensity to use sustainable mobility, leading to an average decrease in private transport usage of 5.8 per cent. Interestingly, improving the public transport service and promoting sustainable transport mobility have different impacts on individual campus areas. For campuses located in the city centre and in the historical hamlet, improvements in public transport are found to decrease solo driving by 3.3 per cent and 5.3 per cent, respectively. In suburban areas, this value increases to 9.5 per cent.

This work makes two contributions to the literature. First, it focuses on an unexplored setting, namely, that of a multi-campus university, with districts located in three different areas. This is used to explain how students are influenced by their travel experience and the cultural framework in which they are embedded. Second, the two-step analysis leads to a deeper understanding of the differences between attitudes and “intrinsic attitudes”, and their relative influence on the preferred alternative.

Sustainable transport is often defined according to energy efficiency and environmental impacts. With global approval during Habitat III, however, a set of Sustainable Development Goals have become the focus for human development until 2030, underlining the relevance of health, equity and other social issues.

These goals raise the challenge of achieving significant progress towards ‘transport justice’ in diverse societies and contexts. While exclusion occurs for different reasons, discrimination, based on cultural roles, combines with sexual harassment and other mobility barriers to limit women’s mobility. This makes gender an area of particular interest and potential insight for considering equity within sustainability and its social components.

Using data from Metropolitan Santiago to ground a conceptual exploration, this chapter examines the equity implications of women’s travel patterns and sustainable transport. Key findings underline the importance of considering non-work trip purposes and achieving better land-use combinations to accommodate care-oriented trips. Moreover, barriers linked to unsafe public transport environments limit women’s mobility and, therefore, their participation. Women account for a disproportionately high number of walking trips, a situation that can be interpreted as ‘greater sustainability’ in terms of energy use and emissions, but suggests significant inequalities in access. Environmental and economic sustainability gains may be achieved at a high social cost, unless specific measures are taken.

As the tourism industry recovers from the devastating effects of the global pandemic, meeting the targets of the Sustainable Development Goals (SDGs) remains to be a global “deadline” where tourism is seen as a major contributor. While disruptions to business-as-usual practices such as COVID-19 present unprecedented challenges, they can also provide opportunities for strategic innovation to change behavior toward sustainable tourism experiences. Active transport for low-carbon tourism such as walking or cycling tours have risen in popularity in recent years, and especially postpandemic, as they provide opportunities for a more personalized experience while health and safety protocols can still be implemented. They also present health benefits for the individuals while contributing to environmental sustainability and climate mitigation strategies of the tourism industry. This book chapter presents cases of various forms of tourism activities that use active transport, focusing on walking tours and cycling tours. Various companies offering tours under these modes are discussed and presented. These two modes promote authentic cultural and heritage tourism experiences through the local experts that provide the services.

Malta has long been a tourist destination with visitors totaling 2.6 million in 2018. A 2013 survey by the Malta Tourism Authority found that 22% of tourists opted for a rental car during their stay, whereas 76% chose public transport to meet their travel needs. In recent years, the modernization of the bus fleet, improved information provision, and the introduction of a ferry service in the Valletta harbors, have contributed to the increased appeal of public transport. However, the increase in independent tourists might give rise to an increase in the rentals of individual cars. This is a concern given Malta’s high car ownership, and its ever-increasing congestion problem. As part of the CIVITAS DESTINATIONS Project, focused on tourist sustainable mobility, the University of Malta developed a Tourist Mobility smartphone application: MyMaltaPlan. The app enables tourists to plan trips and schedule itineraries between touristic sites. The app, which was launched in the summer of 2019, aims to encourage a shift toward greener travel behavior. A survey was conducted with tourists to understand current tourist travel behavior, and tourists’ use of smartphone or web applications for trip planning. The vast majority of visitors own a smartphone and use it on holiday to plan, access, or book transport. To test the app’s functionalities, a focus group was held with a group of volunteers who shared their experiences in a group discussion. Participants appreciated the automatically created itinerary but noted that to truly promote sustainable mobility, the app should be able to provide the full picture of available alternatives.

This chapter addresses the economic assessment of health benefits of active transport and presents most recent valuation studies with an overview of progresses made towards the inclusion of health benefits in the cost-benefit analysis (CBA) of active transport.

It is built upon the contracted study for the World Health Organization (WHO) on the economic appraisal of health benefits of walking and cycling investments at the city of Viana do Castelo, the former pilot study in Portugal for evaluating the health benefits of non-motorized transport using the WHO Health Economic Assessment Tool (HEAT). The relative risk values adopted in the HEAT for walking refer to adult population of the age group 20–74 years and the assessment focus in on average physical activity/regular behaviour of groups of pedestrians and all-cause mortality health impacts. During the case study, it was developed and implemented a mobility survey which aimed to collect behavioural data before and after a street intervention in the historic centre.

Most recent appraisal guidance of walking and cycling and health impact modelling studies reviewed confirm that further research is expected before a more comprehensive appraisal procedure can be adopted in Europe, able to integrate physical activity effects along with other health risks such as those related to road traffic injuries and exposure to air pollution.

The health benefits assessment of walking investments helped local decision-makers to progress towards sustainable mobility options in the city. Making the population aware of the potential health benefits of regular walking can encourage more people to uptake active transport as part of their daily activities.

This study provides a useful review of the health benefits of active transport with a comprehensive analysis of valuation studies, presenting value-added information. It then reports a former assessment of the health effects of active transport in the Portuguese context (case study) using the state-of-the-art economic analysis tool (HEAT) of the World Health Organization which is believed to contribute to a paradigm shift in the transport policy and appraisal practice given the need of shaping future cities (and their citizens) for health through more investments in active transport.

Purpose – This chapter reflects on the role of cycling in India, Sub-Saharan Africa and Latin America, discusses and compares explanatory factors of cycling behaviour and provides three methods of spatial analysis that can feed into local transport policy and planning.

Approach – The chapter compares important relevant contextual issues and challenges and presents examples of ongoing research on three continents.

Findings – The findings are in the first instance methodological in nature. Methods have been developed to assess the effect of barriers on access by bicycle, to quantify the avoided carbon emission associated with cycling and to help plan a demand-based cycling network.

Practical implications – Three different spatial analysis methods are presented: the planning of new bicycle infrastructure, the evaluation of existing cycling in terms of avoided carbon emission and the role of the physical environment in levels of cycling accessibility. The methods can be easily replicated and integrated into transport policy and planning at the local level.

Social implications – Effective cycling-inclusive planning in developing countries is expected to lead to higher levels of cycling that positively affect people's welfare, health and the environment.

Value of chapter – The chapter affirms that a thorough understanding of physical, social, economic and cultural factors of the developing city context are important in effective cycling-inclusive planning. It provides three relatively simple and replicable methods that are considered particularly appropriate for data scarce developing cities.

Unplanned urban mobility causes negative effects on the population and the environment. This study aims to understand how higher education institutions (HEIs) are managing the transportation issues related to their activities and how they are implementing actions towards more sustainable practices in this regard.

A systematic review and bibliometric analysis were performed using the Proknow-C method, and the bibliographic portfolio was evaluated to answer guiding questions about distribution of articles over the years and around the world, the most relevant and frequent topics, the travel behavior of university life and the main methodologies used. The meta-analysis was modeled using a programming language in R to execute Bibliometrix package.

Sharing systems, active transport, public transport, urban planning, car parking management and travel behavior are the most relevant topics related to sustainable mobility in HEIs. Different strategies to reduce car use are adopted, and the geographic location of the university and the availability of housing and shopping services in close proximity directly influence travel patterns. As a result, seven guidelines and strategic actions associated were proposed to promote the engagement of institutions in the development of sustainable transport and guide future studies about new solutions to promote sustainable university commutes.

This paper presents a new perspective by performing a critical literature review based on the experiences reported by several isolated studies on the subject. Initiatives of sustainable transport guidelines can be used by academics, urban planners, higher education administrators and other stakeholders to make universities more environmentally friendly, inclusive and accessible.

Modelling has been a mainstay of conventional planning support tools (PSTs) since the 1960s and is instrumental in transport and land use planning decision-making. Numerous studies have been conducted to model the potential impacts of emerging vehicle automation and sharing technologies. A systematic review of recent modelling studies of autonomous and shared vehicles in the research literature examines the extent of their contribution to ‘smart’ mobility knowledge. The findings suggest a limited knowledge base from which to support future planning. PSTs that can offer more pluralistic, discursive, and transparent methods in order to understand and proactively shape a transition to a planned urban future are also needed.

The relationship between transport and tourism is very complex to analyze due to mutual causality. Nonetheless, it is worthwhile investigating it, especially paying attention to sustainable mobility, due to the need to minimize the externalities of transport, which can otherwise reduce the attractiveness of a tourism destination. To this aim, after a brief overview of different analytical frameworks, this chapter focuses on transport at destination and sustainable mobility options, such as local public transport (PT) and active modes (walking and cycling). In particular, it provides some insights from the literature about both tourists’ mobility patterns — by taking into account both psychological aspects of tourism experience and the localization of the amenities — and specific modal choices, more focused on the impact of transport on the environment. It then concludes by presenting short summaries of each chapter of the book, in order to provide an overview of the investigated topics, which are dealing with both geographical (islands, coastal areas, natural areas) and management/administration (technical solutions, PT provision, transport demand) issues.

The chapter was prompted by the trend towards providing public health messaging through social marketing. The purpose is to understand the determinants of walking within a city in terms of framing policy to promote greater physical activity (PA). This is demonstrated through the context of Sydney, New South Wales (NSW), Australia. The chapter provides a literature review and showcases a case-study. Descriptive statistics are presented on how far Sydneysiders walk using Household Travel Survey data and how this might be changed if short motorised trips are converted to walking. Modelling walking time follows to see if there are policy levers that could be used to increase walking time. Over 78% of Sydney’s population do not meet the recommended PA target of 30 minutes per day. Converting short motorised to walking provides marginal improvement. Walking to access activities contributes more to total walking time than walking to/from public transport. Modelling suggests potential policy levers to increase PA. Targeting driving licence holders, households without cars and promoting walkable environments are found most effective. Promoting undertaking more activities on foot is likely to be more successful than promoting walking for short trips. The chapter provides an overview of PA around the world and an empirical case study of walking in Sydney, NSW, Australia. In turn this provides an evidence base for more successful targeting of social marketing messaging for public health.