RePortFlows · (Re)Connecting Maritime Ecosystems: Geospatial Mapping of the ‘Spaces of Flows’ in Port-City Regions

(Re)Connecting Maritime Ecosystems: Geospatial Mapping of the ‘Spaces of Flows’ in Port-City Regions

European port cities have historically served as critical gateways connecting international maritime trade with regional economies, shaping not only the physical landscapes but also the socio-economic dynamics of urban and regional development. Today, however, port-city-regions across Europe face unprecedented challenges driven by multiple interconnected crises—climate change, disruptions in global supply chains, economic uncertainty, technological transformation, and rapid urban growth. These challenges have significant implications for sustainability, regional development, governance structures, and urban quality of life. In this complex context, the RePortFlows project aimed to comprehensively investigate and map the evolving spatial relationships, logistical dynamics, and governance interactions occurring within and around major European port-city-regions. The project specifically focused on two important case studies—Rotterdam in the Netherlands and Genoa in Italy—representing two major European maritime hubs with distinct governance and spatial planning contexts. To address these challenges, RePortFlows pursued three main objectives: First, to create a multidisciplinary theoretical and methodological framework clarifying the concept of ‘port-city-region’ in Europe, exploring patterns of urban growth, maritime logistics, and institutional governance. This foundational objective addressed the need for clearer conceptualization and better understanding of how ports interact spatially, economically, and politically with their surrounding regions. Second, to employ advanced geospatial mapping and visualization methods to investigate and understand the complex dynamics of port-related flows—such as cargo, passengers, and knowledge—within these port-city-regions. This objective tackled the significant need for robust, data-driven insights to inform policymakers, urban planners, and stakeholders about the spatial impacts of maritime logistics on urban development. Third, to formulate actionable policy recommendations aimed at integrating port operations more sustainably into urban and regional planning processes. Given the ongoing environmental and socio-economic pressures facing port cities, this objective sought to provide policymakers and stakeholders with effective strategies for enhancing sustainability, fostering economic resilience, and ensuring socially inclusive growth in maritime regions. Social sciences and humanities disciplines played a central role throughout RePortFlows, particularly through urban studies, geography, economics, sociology, and governance studies. These disciplines enabled a comprehensive understanding of the complex interplay between global maritime dynamics and local urban contexts. For instance, the project critically explored governance structures and institutional frameworks that shape spatial policies and urban planning decisions, emphasizing human and social dimensions such as quality of life, equitable urban development, and stakeholder engagement. Through its innovative conceptual approach and robust empirical analyses, the RePortFlows project directly aligns with strategic European policy priorities, notably the European Green Deal and sustainable urban development goals. Its findings offer practical guidance to local and regional authorities, port administrators, urban planners, policymakers, and community stakeholders on managing port-city-region development sustainably and inclusively. Ultimately, RePortFlows contributes to Europe’s broader ambition of fostering resilient, sustainable, and socially cohesive urban and regional environments, demonstrating how ports can serve as catalysts for innovative economic growth, environmental sustainability, and social well-being in the face of global challenges.

Текст от CORDIS, на английски · Данни: CORDIS, © Европейски съюз