Protect and Regenerate the sea Ecosystem
Support Science Serving Oceans: Your Direct Contribution to Coral Regeneration.
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Our technology
Coral regeneration structures
Our coral regeneration structures will be placed in marine protected areas and will create a safe haven for the marine species that inhabit them.
Constant monitoring
A camera system will be placed near the structure in order to monitor the growth of corals, enhancing customers and researchers involvement.
Web and Mobile applications
The applications will allow users to check statistics on their environmental contribution and view the monitoring webcam in real-time.
Our positive impact
Coral regeneration
Coral regeneration encompasses active techniques to restore damaged coral reefs. This often involves cultivating coral fragments in nurseries under controlled conditions and then transplanting them onto natural reefs, promoting growth, enhancing reef cover, and improving the overall resilience of the marine ecosystem.
Increased Ecosystem Resilience
Regeneration often uses corals resilient to heat and disease, boosting the reef's overall genetic diversity. This enhances the ecosystem's ability to withstand environmental stressors like ocean warming, adapt to changing conditions, and increases the likelihood of long-term survival and function.
Enhanced Marine Biodiversity
Coral regeneration rebuilds complex reef structures, providing essential habitats lost to degradation. This fosters the return of diverse marine life, from fish to invertebrates, increasing species richness and restoring the crucial ecological balance and intricate food webs within these vital ecosystems.
Improved Coastal Protection
Healthy coral reefs act as natural submerged breakwaters, significantly reducing wave energy before it impacts coastlines. Regeneration restores this vital function, protecting coastal communities, infrastructure, and habitats like mangroves from erosion, storm surge, and the increasing threats of sea-level rise.
Coral reefs support marine life, protect coastlines from erosion, and boost tourism economies. Regeneration is essential for preserving this critical ecosystem and the livelihoods it sustains.
Our commitment focuses on creating resilient, self-sustaining coral ecosystems. We employ durable materials and designs, monitor long-term success, engage local communities, and adapt our strategies based on scientific data to ensure the lasting positive impact of our regeneration efforts on marine environments.
We expect to increase coral cover and biodiversity in degraded areas. This leads to healthier marine habitats, enhanced fish populations supporting local fisheries, improved coastal protection from storm surge, and greater resilience of reef ecosystems against climate change impacts.
Platforms are sited in coastal areas where reefs are degraded but conditions favour coral growth. Priority is often given to locations within Marine Protected Areas (MPAs), ensuring enhanced protection and aligning with broader conservation goals to effectively restore marine ecosystem health.
Site selection involves rigorous scientific assessment. We evaluate water quality, sunlight availability, water flow patterns, substrate stability, and the existing biological community. Priority is given to areas with potential for natural recovery but needing intervention to accelerate reef regeneration effectively.