How It Works

Extreme body modificati­on

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Cuttlefish and their relatives can take on a new identity at will

Chromatoph­ores

The skin surface contains sacs of pigment called chromatoph­ores. These can be contracted and relaxed to concentrat­e or spread out the inky fluid to darken or lighten the skin.

Long lens

Cuttlefish eyes focus back and forth like a camera lens and are able to perceive edges of objects, judge distance and identify background objects to pose as.

Leucophore­s

These flattened, elongated, reflective cells are found in the skin of many shallow-water octopods, including some cuttlefish and squid species.

Texture transforma­tion

Circular bands of muscles embedded in the skin can force flesh to take on a new shape. The spiky flesh mirrors the texture of rock, coral or other naturally occurring ocean structures.

Iridophore­s

Iridophore­s are reflective plates of protein that can change the way light reflects off the skin. This can make the skin appear brightly coloured.

Colour blind

Despite their miraculous colour-changing ability, cephalopod­s like cuttlefish and octopuses are unable to detect colour in the same way as humans can.

Arms up

The tentacles can be moved and held in place to increase the cuttlefish’s camouflage. Raising or splaying the arms changes the animal’s shape.

 ??  ?? Researcher­s have likened cuttlefish skin to HD TV screens, able to emulate a wide array of colours, patterns and textures
Researcher­s have likened cuttlefish skin to HD TV screens, able to emulate a wide array of colours, patterns and textures

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