• The aim of the project is to recover the culture of puddles and traditional natural pools of the region.

Brussels, 29 November 2024 – In the last three decades, sea levels off the coast of the Canary Islands have risen by almost 4 millimetres per year, a direct consequence of climate change that threatens both marine ecosystems and coastal communities. Faced with this reality, the European project LIFE COSTAdapta proposes an innovative, sustainable and participatory solution that is being developed in San Felipe.

The LIFE COSTAdapta project, with a duration of seven years and a budget of 3,409,864 euros (60% co-financed by the LIFE Programme of the European Union), seeks to design a non-aggressive solution for coastal protection based on the recovery of traditional natural pools and puddles in the Canary Islands. This approach, inspired by local culture, is complemented by the use of innovative materials that increase marine biodiversity and ensure the safety of homes and heritage at risk from rising sea levels.

A solution based on nature and tradition

The intervention, which combines traditional techniques with modern approaches, focuses on soft and sustainable solutions. The proposed structures not only mitigate the effects of coastal erosion, but also favour the regeneration of marine habitats, promoting a balanced coexistence between human activities and the natural environment.

A participatory and inclusive process

LIFE COSTAdapta stands out for integrating the needs of all users in the design of its solutions. Neighbours, surfers, researchers and authorities work together to ensure that the proposals do not alter the unique character of the Canary Islands’ beaches, preserving both their traditional use and their tourist attraction.

Project Impact and Leadership

Coordinated by the Gran Canaria Island Energy Council (CIEGC) and supported by partners such as the Finnova Foundation, the University of Las Palmas de Gran Canaria (ULPGC) and ECOncrete, among others, this project sets a precedent in climate change adaptation in vulnerable coastal areas.