The anthropogenic impact on marine ecosystems is becoming increasingly significant, leading to an urgent need to adopt innovative measures to preserve biodiversity and mitigate environmental changes, such as sea-level rise. The proposed project involves the creation of an advanced marine barrier made from mineral-enriched materials, including stone powder, to promote biodiversity growth and protect coastlines. This structure will function both as a substrate for marine flora and fauna and as a breakwater to reduce erosion. Through parametric design, the barrier will feature optimized porosity to host marine species and will allow for accurate monitoring of biological regrowth. The use of additive manufacturing will enable efficient and sustainable production, adaptable to the specific requirements of the installation site. A distinctive element of the project is the multifunctionality of the barrier, which will include cavities for wine storage. This process will enhance the wine’s organoleptic properties and promote Made in Italy, as well as encourage tourism and underwater excursions, adding cultural value to the environmental intervention. The project also предусматривает the installation of an advanced monitoring system using sensors to detect biodiversity growth and the movements of marine species. These data will be essential for evaluating the effectiveness of the barriers and for implementing design modifications based on real feedback, ensuring that the intervention is both sustainable and effective in the long term. Through an innovative convergence of technology, ecology, and culture, the project aims to serve both as a solution to environmental threats and as a promoter of biodiversity. This initiative stands as a model of how design solutions can go hand in hand with environmental conservation and the enhancement of cultural resources.

Ecoseareef: Design per la salvaguardia della biodiversità / Gabriele Pontillo, Irene Fiesoli, Eleonora D’Ascenzi, Denise de Spirito, Claudio Catalano. - STAMPA. - (2025), pp. 280-283.

Ecoseareef: Design per la salvaguardia della biodiversità

Gabriele Pontillo
;
Irene Fiesoli;Eleonora D’Ascenzi;Denise de Spirito;Claudio Catalano
2025

Abstract

The anthropogenic impact on marine ecosystems is becoming increasingly significant, leading to an urgent need to adopt innovative measures to preserve biodiversity and mitigate environmental changes, such as sea-level rise. The proposed project involves the creation of an advanced marine barrier made from mineral-enriched materials, including stone powder, to promote biodiversity growth and protect coastlines. This structure will function both as a substrate for marine flora and fauna and as a breakwater to reduce erosion. Through parametric design, the barrier will feature optimized porosity to host marine species and will allow for accurate monitoring of biological regrowth. The use of additive manufacturing will enable efficient and sustainable production, adaptable to the specific requirements of the installation site. A distinctive element of the project is the multifunctionality of the barrier, which will include cavities for wine storage. This process will enhance the wine’s organoleptic properties and promote Made in Italy, as well as encourage tourism and underwater excursions, adding cultural value to the environmental intervention. The project also предусматривает the installation of an advanced monitoring system using sensors to detect biodiversity growth and the movements of marine species. These data will be essential for evaluating the effectiveness of the barriers and for implementing design modifications based on real feedback, ensuring that the intervention is both sustainable and effective in the long term. Through an innovative convergence of technology, ecology, and culture, the project aims to serve both as a solution to environmental threats and as a promoter of biodiversity. This initiative stands as a model of how design solutions can go hand in hand with environmental conservation and the enhancement of cultural resources.
2025
9791223270288
design for survival
280
283
Gabriele Pontillo; Irene Fiesoli; Eleonora D’Ascenzi; Denise de Spirito; Claudio Catalano
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1475113
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