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Mimic octopus showing typical pattern. The mimic octopus was first discovered off the coast of Sulawesi, Indonesia in 1998 on the bottom of a muddy river mouth. [5] [6] It has since been found to inhabit the Indo-Pacific, ranging from the Red Sea and Gulf of Oman in the west to New Caledonia in the east, and Gulf of Thailand and the Philippines in the north to the Great Barrier Reef in south.
Mimic Octopi can imitate a variety of marine animals, including lion fish, flatfish, sea snakes, and jellyfish. It can also rapidly change its body shape, texture, and color to match its surroundings.
Although color changes appear to rely primarily on vision input, there is evidence that skin cells, specifically chromatophores, can detect light and adjust to light conditions independently of the eyes. [7] Cuttlefish including Sepia prashadi; Octopus including mimic octopus and giant Pacific octopus
Wunderpus photogenicus, the wunderpus octopus, is a small-bodied species of octopus with distinct white and rusty brown coloration. [2] 'Wunderpus' from German "wunder" meaning 'marvel or wonder'. [3] Due to the appearance and behavior of the wunderpus, it is frequently confused with its close relative, the mimic octopus.
An octopus in the Maldives put on a spectacular show for a diving instructor recently when it modeled its ability to change color to match its environment.Pablo Dutto, a diving instructor living ...
The video reveals the octopus's white tentacles gradually unfurling from their rocky hiding place. As if performing a magical transformation, the creature swiftly changes color, adopting a vibrant ...
Octopuses can replace lost limbs. [117] Some octopuses, such as the mimic octopus, can combine their highly flexible bodies with their colour-changing ability to mimic other, more dangerous animals, such as lionfish, sea snakes, and eels. [118] [119]
As such, jetting octopuses can turn pale because the brain is unable to achieve both controlling elongation and controlling the chromatophores. [40] Most octopuses mimic select structures in their field of view rather than becoming a composite color of their full background. [41]