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- Coelacanth - Wikipedia
Coelacanths are a part of Sarcopterygii or the lobe-finned fishes, the same clade as the lungfish and tetrapods, and they all possess lobed fins as opposed to rayed fins
- Coelacanth | Description, Habitat, Discovery, Facts | Britannica
Coelacanth, any of the two living lobe-finned bony fishes of the genus Latimeria Order Coelacanthiformes, to which all coelacanths belong, was thought to have died out about 66 million years ago, until a coelacanth was caught in 1938
- Coelacanth | Smithsonian Ocean
The coelacanth is a "passive drift feeder," moving slowly and passively near the substrate where it feeds primarily on cephalopods (cuttlefish, squid, and octopus) and fish
- The Coelacanth, The Gigantic Prehistoric Fish Thats Still Alive Today
An ancient fish once believed to be extinct, the coelacanth is a bottom-feeding creature that lives in the deep sea off the east coast of Africa
- Coelacanth - American Oceans
The coelacanth is a deep-sea fish that lives in caves and crevices, making it vulnerable to habitat degradation caused by human activities such as deep-sea mining and oil drilling
- What is a coelacanth? - BBC Science Focus Magazine
The well-preserved Coelacanth fossil displayed on a limestone slab © Alamy Living deep in the waters around Africa’s Comoro Islands and Indonesia’s Sulawesi, this big,bottom-dweller is unlike any other living fish
- Coelacanth - Description, Habitat, Image, Diet, and Interesting Facts
The Coelacanth (pronounced SEE-la-kanth) is not just any fish; it is a marvel of biological tenacity Belonging to the order Coelacanthiformes, these remarkable animals are the last surviving members of a lineage that thrived during the Devonian period, over 400 million years ago
- 240-Million-Year-Old Coelacanth May Have Used Lungs to Hear Underwater
240-Million-Year-Old Coelacanth May Have Used Lungs to Hear Underwater Learn how fossils and high-resolution imaging revealed that some Triassic fish may have used a lung-like organ to detect sound underwater — and what that suggests about early vertebrate senses
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