Mysterious 'Golden Orb' Identified as Rare Deep-Sea Anemone Remains
A 'Golden Orb' on the Ocean Floor Came From a Mysterious Animal
Wired
Image: Wired
A recent study has identified a mysterious golden orb found on the ocean floor as the organic remains of Relicanthus daphneae, a rare deep-sea anemone. This species, which can grow up to 30 centimeters in diameter and lives at depths of 1,600 to 4,000 meters, has puzzled scientists due to its unique biology and classification challenges.
- 01The orb was initially thought to be of extraterrestrial origin but is now linked to the giant anemone Relicanthus daphneae.
- 02Initial examinations revealed spirocytes, ruling out the orb as an egg or biofilm.
- 03DNA sequencing showed a 99.9% match to Relicanthus daphneae, yet the remains did not match known structures of this species.
- 04Researchers discovered that the anemone produces a multi-laminated, golden cuticle that detaches as it moves.
- 05More than 80% of the ocean remains unmapped and unexplored, highlighting the mysteries of deep-sea biodiversity.
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A recent study has clarified the origin of a mysterious golden orb found on the ocean floor, ruling out extraterrestrial theories. Researchers have identified it as the organic remains of Relicanthus daphneae, a rare deep-sea anemone that can reach 30 centimeters in diameter and resides at depths of 1,600 to 4,000 meters. This species has long puzzled scientists due to its unique biology, which does not conform to typical anemone or coral classifications. The study revealed that the orb contained spirocytes—specialized cells unique to cnidarians—eliminating initial thoughts that it was an egg or biofilm. Further DNA analysis indicated a 99.9% match to the anemone, but the remains did not correspond to any known structures of the species. By revisiting earlier specimens, researchers found fragments of a golden cuticle produced by the anemone, which detaches as it moves along the ocean floor. This finding emphasizes the unresolved biodiversity of deep-sea organisms, with over 80% of the ocean still unmapped and unexplored.
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