At the FutureMed Training School in Chania, doctoral researchers applied the CLIMAAX framework in a hands-on flood risk tutorial, producing key hazard and exposure outputs and learning how reproducible methods support resilience planning.
The CARE-ROPutna project advances flood risk mapping and local engagement to boost climate resilience in Romania’s Putna River Basin.
CLIMAAX4CIRA enhances climate resilience in Portugal’s Aveiro Region through a multi-hazard risk assessment, linking adaptation planning with environmental justice and sustainability.
QCATI advances its second phase, refining climate risk assessments with updated datasets and improved modeling for heatwaves and flood hazards.
The CLIMAAX project helps strengthen climate resilience in Rafina–Pikermi through improved port preparedness, sustainable infrastructure, and climate education for the local community.
A new CLIMAAX-based flood risk assessment identifies Greece’s Kireas River basin as one of the most vulnerable areas in the Municipality of Mantoudi–Limni–Agia Anna, supporting evidence-based planning for stronger local resilience.
Antalya uses CLIMAAX tools to assess heat risks and Urban Heat Islands, engaging local stakeholders to develop practical adaptation actions.
Košice and 45 nearby municipalities assessed local climate risks under the CLIMAAX SCOPE project, revealing growing impacts and the need for coordinated adaptation actions.
In Trnava, Slovakia, the TRACAP project uses advanced risk assessment tools to strengthen climate resilience through stakeholder collaboration and adaptive planning.