![]() ![]() In the wild, these secretive creatures come in a range of natural colors, which can include shades of olive, brown, and black. What colors are axolotls in real life?Īxolotls are a species of salamander that are native to Mexico. As with other mutant colors, the blue coloration is not always consistent from axolotl to axolotl–they can range from a deep navy blue to a muted turquoise or green-blue.īlue axolotls can be even harder to find than other color mutations as they are not a common occurrence in the wild. The blue pigmentation is the result of a mutation in the axolotl’s gene coding, so these blue axolotls are not as common as their traditionally green counterparts.īlue axolotls will typically appear a greyish-bluish hue–a beautiful variation from the usual green variety. Yes, axolotls can be blue! The axolotl is known for its unique leaf-green coloration, but they can actually naturally occur in various colors, including blue. Other rare colors in axolotls are platinum, a silvery-white with black eyes leucistic, which is a paler version of the wild type and marble, which is a combination of albino and leucistic, resulting in a spotted, pale pink or white body. These albinos don’t have any pigment, so they appear solid white with pinkish eyes, and they usually don’t survive in the wild due to their lack of camouflage in the water. White axolotls, often called albino, are the result of a genetic mutation and are extremely rare. Unfortunately, due to human activity, the wild population of these fish is dwindling and they are currently listed as Critically Endangered. The blue Axolotls are a relatively recent occurrence – their coloration was first observed in the early 1930s and has since become a very popular product for pet owners. This mutation has also caused changes in the Axolotl’s physical appearance – they have elongated heads, feathery gills, and fins, instead of the standard legs that other salamanders have. The Axolotl’s striking blue hue is the result of changes in the tyrosinase enzyme, which regulates the melanin pigmentation in Axolotls. Unlike other salamanders, Axolotls have a specialized ability to remain in their larval state into adulthood, instead of undergoing the changes that lead to terrestrial maturity. The scientific name for the species is Ambystoma Mexicanum, which is a type of salamander that inhabits the lakes of Central Mexico.
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