The A-AAGORA project, coordinated by Ana Lillebø, a CESAM/DBIO researcher, participated in the European Ocean Days 2026, in Brussels, where it held its final General Assembly. The meeting highlighted the main results achieved and the goal of scaling up innovative local solutions for broader, long-lasting implementation in coastal ecosystem restoration.
One of the central topics was policy impact, emphasising the need to integrate innovative solutions into governance systems and to strengthen the role of European initiatives as innovation ecosystems.
On the social dimension, the importance of living labs was highlighted as collaborative spaces that promote participatory approaches. These enabled the involvement of communities, schools, and other local actors, raising awareness and facilitating the adaptation of solutions to different contexts.
From an environmental perspective, blueprints were presented as accessible guides to support the implementation of restoration solutions, with a strong participatory component and a focus on replication.
The economic analysis showed that many of these solutions generate significant long-term public benefits but often require public support. Their viability also depends on factors such as institutional frameworks, policy alignment, and appropriate financing models.
Finally, the next steps were presented. The project is finalising a range of resources, including digital platforms, a MOOC, serious games, and a Spring School. Results will continue to be showcased at international events throughout 2026. The event concluded with a celebration of the achievements and a shared commitment to further expand the project’s impact.
The following day, at the 4th Mission Ocean and Waters Forum, A-AAGORA once again had an exhibition space, shared with the CLIMAREST and BlueActionAA projects, where results, publications, policy briefs, games, videos, and various informational materials were presented, fostering direct engagement with the public and promoting the dissemination of the work developed.
