Scientists solve mystery of golden orb found deep in Gulf of Alaska

Researchers have identified a mysterious golden orb discovered more than two miles underwater in the Gulf of Alaska as the remains of a giant deep-sea anemone. The object, collected during a 2023 NOAA expedition, puzzled experts for over two years until advanced DNA analysis provided the answer. The finding highlights the ongoing mysteries of deep-ocean life.

In 2023, the remotely operated vehicle Deep Discoverer, deployed from NOAA Ship Okeanos Explorer, spotted the unusual golden object at a depth of 3,250 meters in the Gulf of Alaska. The rounded mass, resting on a rock with a small opening, was collected via suction sampler and sent to the Smithsonian National Museum of Natural History for analysis. Initial speculation included possibilities like an egg case or sponge, but it resisted quick identification despite collaboration among experts. | NOAA Fisheries zoologist Allen Collins, director of the National Systematics Laboratory at the Smithsonian, described the challenge: “This was a complex mystery that required morphological, genetic, deep-sea and bioinformatics expertise to solve.” Researchers employed microscopy, revealing fibrous layers with spirocysts typical of Hexacorallia cnidarians, and compared it to a similar 2021 specimen from Schmidt Ocean Institute's R/V Falkor. | Whole-genome sequencing finally confirmed the orb as the base tissue of Relicanthus daphneae, a giant deep-sea anemone, matching known mitochondrial genomes. The structure once anchored the anemone to the seafloor. CAPT William Mowitt, acting director of NOAA Ocean Exploration, noted: “With advanced techniques like DNA sequencing, we are able to solve more and more of them.” | This resolution underscores the deep ocean's unexplored nature, where such enigmas persist amid efforts to map its biodiversity.

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Illustration of a mother-daughter diving duo discovering the record-breaking J-shaped Pavona clavus coral colony on the Great Barrier Reef.
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Mother and daughter discover world's largest coral colony on Great Barrier Reef

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A mother-and-daughter duo of citizen scientists has uncovered the largest known coral colony on Australia's Great Barrier Reef, measuring 111 meters across and covering nearly 4,000 square meters. The J-shaped formation of Pavona clavus was found during a dive as part of the Great Reef Census initiative. Advanced 3D modeling confirmed its size, highlighting the role of community involvement in marine conservation.

An international team of scientists has documented nearly 800 species, many previously unknown, living nearly 4,000 meters below the Pacific Ocean's surface. Their five-year study in the Clarion-Clipperton Zone also tested the environmental impacts of deep-sea mining, finding significant local reductions in animal numbers and diversity. The findings, published in Nature Ecology and Evolution, provide crucial data for regulating future extraction of critical metals.

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Researchers have discovered 24 previously unknown species of deep-sea amphipods in the Clarion-Clipperton Zone of the central Pacific Ocean, including an entirely new superfamily. The findings, detailed in a ZooKeys special issue published on March 24, highlight previously unknown branches of life in one of Earth's least explored ecosystems. The work advances efforts to catalog biodiversity amid growing interest in deep-sea mining.

The Tennessee Aquarium in Chattanooga has opened a new interactive gallery called Scuttlebutt Reef, featuring 11 exhibits on ocean creatures and myths. The space explores rumors about marine life through hands-on displays. Visitors can learn about animals like the peacock mantis shrimp and green moray eel in an immersive environment.

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Researchers have developed a laser technique to examine the contents of Charles Darwin's original specimens from the Galápagos Islands without disturbing the nearly 200-year-old jars. The method, known as Spatially Offset Raman Spectroscopy, reveals the chemical makeup of preservation fluids inside sealed containers. This breakthrough aids museums in preserving delicate collections worldwide.

Astronomers are using advanced telescopes to catalog thousands more objects in the Kuiper Belt, a distant ring of ancient solar system debris beyond Neptune. The Vera C. Rubin Observatory's Legacy Survey of Space and Time, which began operating in 2025, will lead this effort, potentially revealing hidden planets and structures. Experts anticipate discoveries that could clarify the early solar system's history.

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Researchers have identified two massive hot rock formations at the base of Earth's mantle that have influenced the planet's magnetic field for millions of years. Located about 2,900 kilometers beneath Africa and the Pacific Ocean, these structures create uneven heat at the core-mantle boundary. The discovery, based on ancient magnetic data and simulations, reveals variations in magnetic stability over vast timescales.

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