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UZELA & Larval Settlement Modules: Advancing Coral Reef Restoration

Agriculture
Engineering & Physical Sciences
Energy, Earth, & Environmental
Other
College
College of Arts & Sciences
Researchers
Grottoli, Andrea
Dixon, Shannon
Hulver, Ann Marie
Welter, Jacob
Licensing Manager
Panic, Ana
(614) 292-5245
panic.2@osu.edu

T2025-223 Empowering transformative change in marine ecosystems through innovation and collaboration.

The Challenge

Coral reefs, the cornerstone of marine biodiversity and coastal protection, are facing critical decline from climate change, disease, and anthropogenic pressures. Traditional restoration efforts often fall short due to high mortality and slow growth, leaving oceans and communities increasingly vulnerable. There is an urgent need for innovative, scalable solutions to restore ecosystem resilience and protect vital natural resources.

Our Solution

UZELA & Larval Aggregation Modules represent a novel, science-driven approach to advancing reef recovery. UZELA’s submersible light technology attracts zooplankton, delivering essential nourishment to juvenile corals at their most vulnerable stage. Coupled with engineered aggregation modules, this intervention strategically enhances settlement success, growth and survivorship, facilitating swift regeneration and ecological impact.

Impact and Advantages

  • Enhanced Survival: More than doubles coral recruit viability, directly addressing restoration bottlenecks.
  • Accelerated Growth: Delivers up to fourfold increases in coral development.
  • Ecological Integrity: Strengthens biodiversity, supporting the foundational role of reefs in ocean health and food security.
  • Climate Adaptation: Offers scalable resilience against environmental stressors, securing time for broader climate solutions.
  • Evidence-Based: Built on rigorous scientific research and collaborative field validation to ensure transparency and measurable results.

Contact us to learn more about partnership opportunities and advancing coral restoration success.