LIVING WITH WATER AT THE TIME OF MULTI-RISK CONDITIONS

Organizers

Paolo De Martino, University IUAV of Venice & TU Delft
Denis Maragno, University IUAV of Venice

Contributors

Carola Hein, TU Delft
Bruna Vendemmia, DiARC
Carlo Federico Dall’Omo, University IUAV of Venice
Elena Ferraioli, University IUAV of Venice
Alankrita Sarkar, Deltametropolis & TU Delft

The interconnected risks faced by water cities—such as river basins, deltas, lagoons and coastal landscapes—require integrated approaches that transcend traditional planning methods and administrative boundaries. These areas, marked by ecological fragility and social vulnerability, are emblematic of the need for multi-risk and multi-scale adaptation strategies. Accelerating climate change exacerbates existing geological, hydrological, and environmental hazards, while anthropogenic pressures amplify the challenges, creating additional layers of complex to deal with risks. Despite decades of effort, the reliance on outdated planning frameworks and insufficient localized knowledge has hindered policymakers from effectively addressing these risks. This gap has led to unsustainable urban growth, escalating social inequalities, and intensifying environmental threats. A rethinking of urban metabolism and governance models is essential to foster circular development and future resilient scenarios. This contribution proposes a transformative methodology, developed within the PNRR-financed MIRACLE project, which integrates multi-risk analysis, vulnerability mapping, and scenario development into experimental urban laboratories. By leveraging tools such as community engagement, gaming, and artificial intelligence (AI), these laboratories foster collaboration among diverse stakeholders to co-design adaptive strategies. We invite contributions that address the complexities of multi-risk conditions, focusing on innovative frameworks that integrate spatial, social, and technological solutions. How can water cities adapt to evolving hydrological risks while promoting inclusivity and ecological balance? Contributions may explore methodologies, case studies, or governance models to advance knowledge and practice in multi-risk planning.

Key words: N/A