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Abstract: Current analyses highlight the relatively high contribution of holiday travel to greenhouse gas emissions. One response has been a growing ‘slow travel’ movement. Slow travel is an emerging concept which can be explained as an alternative to air and car travel where people travel to destinations more slowly overland and travel less distance. At first glance, slow travel might seem to preclude much international tourism, however, as an adaptation strategy, slow travel has the potential to reduce tourism’s overall carbon footprint. Data were collected using in-depth interviews with 15 UK participants before and after a holiday to another European country. The analysis explores the discourses used by both slow and non-slow travellers to justify modal choice in relation to climate change. Then, using a social practices model, the paper explores how holiday travel is constrained by both individual agency to act and the structures that exist within the travel and tourism industry. The paper concludes with some recommendations for the development of slow travel as a tourism adaptation strategy for a lower carbon future. [Copyright &y& Elsevier]

In recent years climate change has become a multidisciplinary research topic that addresses the challenges facing transport infrastructure planning, construction and operation. The study of the adaptation of transport systems to new environmental conditions is often based on the interrelated concepts of resilience, vulnerability and criticality. In this paper we assess the criticality of sections of Spain's inland transport network under the effects of changing climate scenarios obtained from a specific climate projection (using the time periods 2010–2020 and 2045–2055). The functionality of the transport system is characterised here in terms of territorial accessibility. The results identify and locate the most critical stretches of the Spanish transport network. In general terms, the most relevant sections in regard to accessibility will not be exposed to the greatest changes in climate variables. Up to 2.8% of the roads and 5.9% of the railways that contribute most significantly to the territorial accessibility of the transport system will undergo the greatest variations between climate scenarios. This paper contributes to this field of research by developing a screening tool that represents a valuable instrument for the infrastructure decision-making process at the strategic level. Action areas for proactive adaptation measures can be identified in order to reduce impacts and costs, while prioritising the maintenance or reconstruction of the most critical stretches in the case of a future climate event. • We assess criticality of sections of transport network under changing climate scenarios. • We combine accessibility of the transport network with exposure to changes in climate. • Most valuable accessibility sections not be exposed to the greatest climate changes. • We locate the most critical transport infrastructure sections in Spain. • We provide a useful screening tool to identify priority action areas for mitigation. [ABSTRACT FROM AUTHOR]