Tampa St. Petersburg, FL, July 25, 2026 —

Researchers at the University of Miami have initiated the second phase of their innovative hybrid reef project, deploying new structures aimed at bolstering Miami’s coastline against the impacts of hurricanes. The initiative features advanced “SEAHIVE” structures, engineered to function as artificial reefs that can significantly dissipate wave energy.

These SEAHIVE structures are constructed using 3D-printed concrete. Following their installation, they are seeded with hybrid corals. The project specifically utilizes fast-growing and heat-resistant coral varieties, chosen for their potential to thrive in changing ocean conditions and to contribute to the reef’s ecological development. The dual-purpose design of the SEAHIVE structures is intended to serve both as a physical barrier against storm surges and as a substrate for coral growth, thereby enhancing marine habitats.

The primary objective of this phase of the project is to enhance coastal resilience. According to the project’s design, the SEAHIVE structures are expected to reduce wave energy by as much as 98%. This significant reduction in wave intensity can lead to decreased coastal erosion and provide greater protection for shorelines and infrastructure during severe weather events, including hurricanes.

The University of Miami’s hybrid reef project represents a forward-thinking approach to coastal defense, integrating cutting-edge technology with ecological restoration principles. The success of this second phase could offer a scalable model for other coastal communities facing similar environmental challenges.



Story summarized from the original created by By Alex Harris, Miami Herald (TNS) on www.tampabay.com, see more information here.

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