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    Marine biologists rescue 204 turtle eggs from California beaches●Marine Biologists rescue 204 turtle eggs from CA beaches✉newsScienceBiology18 min ago

    Marine biologists have rescued 204 turtle eggs from beaches in California, moving them to safety in an effort to protect the vulnerable nests from threats such as predators, erosion or changing conditions. The operation highlights ongoing conservation work along the state's coastline, where sea turtle populations face growing pressure and researchers are working to give hatchlings the best chance of survival.

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    Loggerhead turtle Ossie returned to ocean off Tybee Island●Loggerhead turtle Ossie released off Tybee Island after three years of care✉newsEnvironmentOceans11 min ago

    Ossie, a loggerhead sea turtle, has been released back into the Atlantic off Tybee Island, Georgia, after three years of rehabilitation care. The release marks the end of a long recovery for the turtle, which had been unable to return to the wild until now. Rescue and aquarium teams typically nurse injured or sick sea turtles for months or years before deeming them strong enough to survive on their own.

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    Marine biologists relocate sea turtle eggs from California beaches●✉newsScienceBiology18 min ago

    Marine biologists are moving sea turtle eggs from beaches in California. The relocation, reported by WSVN, is aimed at protecting the nests, though details on how many eggs are involved, which turtle species, and what prompted the operation have not been provided. Relocating turtle nests is a common conservation practice used to shield eggs from threats such as erosion, predators, or changing beach conditions.

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    Boston's robotic sea turtle dodged obstacles while tracking real fish●In 2026, Boston’s sea-turtle robot avoided obstacles 91% of the time while tracking real fish, pointing t✉newsTechnologyRobotics23 min ago

    A sea-turtle robot developed in Boston avoided obstacles 91% of the time in 2026 tests while simultaneously tracking live fish, researchers reported. The result suggests biomimetic underwater robots are becoming capable of navigating cluttered, dynamic ocean environments alongside marine life, with potential uses in ecological monitoring and ocean research.