
Oct 1, 2024
Open Ocean Robotics recently partnered with Stony Brook University, University of Waterloo, McLane Research Laboratories, and the Shinnecock Indian Nation on a mission to help restore the Shinnecock Bay ecosystem. Using our autonomous DataXplorerâ„¢ uncrewed surface vessel (USV), we gathered vital data on marine species in the bay, all while operating with zero greenhouse gas emissions and ensuring no harm to the environment.
The DataXplorerâ„¢ was equipped with McLane's RoCSIâ„¢ eDNA sampler to collect genetic material naturally shed by marine organisms. This non-invasive method allowed researchers to monitor species without disrupting their habitats—unlike traditional trawling, which can damage fragile ecosystems. Our USV accessed shallow and remote waters that crewed vessels can't reach, providing unique insights into these hard-to-study areas.Â
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This mission is a key part of efforts to help Shinnecock Bay recover from the harmful brown and red tides of the 1980s, which caused severe damage to local marine life. The DataXplorerâ„¢ will continue collecting and preserving samples in the coming weeks, contributing to the restoration of this crucial ecological region—all while maintaining a completely emission-free operation.Â
Open Ocean Robotics' work on this mission was recently highlighted in Ocean News and Technology magazine’s October-November 2024 issue. The feature showcases how our cutting-edge DataXplorer™ USV and innovative data collection methods are helping to restore Shinnecock Bay’s ecosystem. Check out the feature in the image below and you can read more about this mission from StoneyBrook University here.