To identify and select biologically inspired model species with morphologies that maximize surface complexity and ecological functionality.
To design and fabricate a series of 3D-printed reef prototypes that replicate these structures while ensuring mechanical stability and durability in marine conditions.
To experimentally evaluate colonization dynamics under controlled conditions, focusing on parameters such as biofilm formation, chlorophyll-a concentration, and species succession.
To identify colonizing organisms and correlate their development with environmental variables including temperature, salinity, pH, and satellite-derived indicators such as Sea Surface Temperature (SST).
To develop a non-invasive monitoring system capable of estimating colonization rates using image analysis and remote sensing data.
To identify suitable coastal deployment sites and develop scalable production methods using eco-friendly materials, ensuring that the proposed solution can be applied in real-world conditions.