Restoring Marine Ecosystems
Through Advanced Robotics
Protecting kelp forests and marine biodiversity by removing invasive sea urchins across Australia, Europe, and the Americas
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Protecting kelp forests and marine biodiversity by removing invasive sea urchins across Australia, Europe, and the Americas
Sea urchin overpopulation is devastating kelp forests worldwide, destroying critical marine habitats and disrupting entire ocean ecosystems. These underwater forests are among the most productive ecosystems on Earth.
Healthy kelp forests support thousands of species, from tiny invertebrates to large marine mammals. Their restoration is crucial for maintaining oceanic food webs and carbon sequestration.
With coastlines across Australia, Europe, and the Americas affected, the scale of destruction requires innovative, scalable solutions that can operate efficiently across diverse marine environments.
Advanced computer vision and AI algorithms identify sea urchin populations with precision, creating detailed maps of affected areas.
Specialized robotic systems selectively remove invasive sea urchins while preserving native marine life and delicate kelp structures.
Continuous monitoring ensures kelp forest recovery, tracking biodiversity return and maintaining long-term ecosystem health.
Interested in collaborating on marine restoration projects? Whether you're a research institution, environmental organization, or potential investor, we'd love to hear from you at contact[at]aorlab.com.