The Orient-East-Med Corridor is a key north-south transport corridor for Europe. Over its length of more than 2500 km, it connects the seaports of northern Germany with the Danube ports and Greek seaports. Seven capitals of EU member states are directly interlinked by the Corridor. At present however, it has genuine shortcomings in several aspects. The international working group Spatial and Transport Development in European Corridors: Example Corridor 22, Hamburg-Athens (2015-2018) trace the conditions for large scale, corridor oriented spatial and transport development in Europe and in particular along the Orient-East-Med Corridor. The contributions in the anthology also focus on the importance of transnational initiatives in Europe and on territorial effects of transport policies. These topics are illustrated by analyses of current transport initiatives and urban developments at the most important nodes along the Corridor, so called Hot-Spots. During the work process, the authors asked themselves, if and how a strategy for the Corridor can take effect for an integrated spatial and transport development between Hamburg and Athens. The common answer is clear: A strategy for the Orient-East-Med Corridor allows the organization of a more balanced flow of goods throughout Europe in the long run. In the southeast section, enormous land reserves in the close vicinity of railway stations can be activated for urban development. Strengthening the Corridors infrastructure thus has a huge potential to trigger spatial development and ultimately contribute to territorial and social cohesion throughout Europe.

Based on the work of Poly5, or the Mediterranean Corridor, mega-transport infrastructure project, this ground-breaking reference explains how and why traditional top-down government-defined transport planning policies are failing, due to their tendency to eschew acknowledgement of profoundly multifarious local and regional issues. The authors use cognitive reports from the Mediterranean Corridor experience as a learning platform, unpacking the tangled sources of the challenges faced to find firm ground from which to embark upon future projects. They propose the replacement of the current fragmented and unbalanced implementation efforts across various territories with a bottom-up, holistic, inclusive approach in which individual territories and regions have buy-in from the outset, a chance to bring their strengths to bear on the broader infrastructural planning, an ongoing communication channel to report and tackle difficulties and clear, strategic directives to drive sustainable future growth of environmentally desirable and practical mega-transport systems.

When in 1989 the authors started research on infrastructure, they did not foresee that this would lead to a long-term involvement in this area. Our beginning happened to coincide with the publication of David Aschauer's article on public capital and productivity, which induced a large flow of publications in this field. Infrastructure has indeed been a hot topic in policy and research during the past decade. It is surprising, however, that the number of monographs on spatial and economic impacts of infrastructure has remained very limited. The aim of this book is to contribute to the literature in a consolidated way. A distinguishing feature of our book is that we analyze infrastructure impacts using various methods (both modelling and non-modelling) at a variety of spatial levels (from local to international). Other special features are that we make ample use of 'accessibility' as a bridge concept between the areas of infrastructure and the economy. Finally, we not only treat transport infrastructure projects as given, as is the usual approach in infrastructure impact research, but we also analyze the factors influencing infrastructure supply. We have adopted a mainly non-technical approach throughout most of the book. This means that it can also be used by readers without a strong back ground in statistics, modelling or micro-economics.

The challenge of growth in transport, especially in freight transport, and scarce resources in money, landscape and local opposition against new infrastructure investment require new solutions from transport policy. This book deals with these issues taking as an example the transport corridor Rotterdam-Genoa, one of the most heavily used in Europe. In 2010 the INTERREG project Code24 with partners from five European countries started with the aim to develop a transnational strategy to strengthen and to develop the corridor. The main objective was to accelerate and jointly develop the transport capacity of the entire corridor by ensuring optimal economic benefits and spatial integration while reducing negative impacts on the environment at local and regional level. These issues are highlighted in the book from an interdisciplinary perspective, taking into account spatial, economic, environmental and political aspects.

Regional development is attracting the attention of policy makers and scientists again, as regions, urban centers and rural areas, experience substantial pressures, particularly in Europe, as a consequence of globalization and geopolitical changes which lead to changes in spatial structures and dynamics. This book is based on the contributions of Greek regional science research presented at the 2006 Congress of the European Regional Science Association at Volos, Greece. The contributions selected to be presented in this book address these changes offering a fresh look into regional development. They provide an overview of regional development concerns from Greek regional scientists but the issues discussed pervade Greek particularities and stimulate thinking about regional science, regional development and regional policy in the early twenty-first century.

This report describes evaluation methods for transport infrastructure investments to ensure that scarce resources are allocated in a way that maximises their net return to society.

This open access publication examines the impact of connected and automated vehicles on the European city and the conditions that can enable this technology to make a positive contribution to urban development. The authors argue for two theses that have thus far received little attention in scientific discourse: as connected and automated vehicles will not be ready for use in all parts of the city for a long time, previously assumed effects – from traffic safety to traffic performance as well as spatial effects – will need to be re-evaluated. To ensure this technology has a positive impact on the mobility of the future, transport and settlement policy regulations must be adapted and further developed. Established territorial, institutional and organizational boundaries must be investigated and challenged quickly. Despite – or, indeed, because of – the many uncertainties, we find ourselves at the beginning of a new design phase, not only in terms of technology development, but also regarding politics, urban planning, administration and civil society.