Italia-Croatia

RESONANCE – Improving Landslide Risk Prevention and Management in Coastal Areas

The RESONANCE project brought together Croatian and Italian scientific, educational and public institutions to improve the understanding, monitoring and mitigation of landslide and erosion risks along the Adriatic coast. By combining advanced field investigations, geophysical methods and digital technologies, the project delivered new tools, maps and guidelines supporting safer and more resilient coastal communities.

Final RESONANCE Steering Committee Meeting

The final RESONANCE Steering Committee meeting confirmed the successful completion of all planned project activities and tasks, with all partners fulfilling their responsibilities. The meeting concluded with appreciation for the successful cooperation and the results achieved throughout the project.

RESONANCE Field Visit to the Conero Regional Park Landslide Area

As part of the RESONANCE Public Event, we visited Conero Regional Park, a landslide-prone coastal area and one of the project’s case-study sites where field investigations were conducted. The visit connected the results of scientific research with direct observation of coastal instability and hydrogeological risks.

Public Event on Climate Change and Hydrogeological Risks Held in Fano

A public event of the RESONANCE project was held on July 7, 2026, at Palazzo San Michele in Fano, focusing on climate change, coastal processes, and hydrogeological risks. Experts from Italy and Croatia presented current knowledge, practical examples, and modern technologies that can support a better understanding and management of risks in coastal areas.

RESONANCE Project Presented at the AIGA National Conference

The RESONANCE project was presented at the AIGA National Conference through a case study on coastal instability in Monte Conero Regional Park, focusing on the Piangrande cliff and Mezzavalle beach. The contribution highlighted how integrated geological, geomechanical, UAV, LiDAR, geomorphological and numerical modelling methods support coastal landslide assessment and sustainable risk management.

RESONANCE Public Event in Fano on Climate and Hydrogeological Risk