Can Axolotls Live on Land?

Imagine a cute animal that looks like a mix between a fish and a lizard, with frilly gills and a smile that never goes away. The axolotl is a very cool animal. But let’s pose a question: can these strange animals, usually found in water, live on land? In this piece, we’ll learn more about axolotls and find out if they can live on land or if they have to stay in the water. Get ready for an adventure with our friends who can swim!

Can axolotls live on land?

Axolotls are amphibians, which means they can live both in water and on land. But some amphibians, like frogs and toads, change by a process of metamorphosis to a fully land-based lifestyle. Axolotls, on the other hand, have special features that make it harder for them to live on land.

Axolotls aquatic adaptations

Axolotls live in the watery environments of Mexico’s old lakes, where they do well. They have bodies made for living in the water. These animals are long and thin, with webbed feet and feathery gills that help them get air from the water. They can also grow back lost limbs and even parts of their innards , which is a very impressive ability.

Challenges on land for the axolotl

Axolotls have to use their gills to breathe, which makes it hard for them to live on land. Instead of getting lungs during metamorphosis like frogs do, axolotls keep their gills as adults. Axolotls can’t get enough oxygen from the air with these gills, so they can’t stay out of the water for long amounts of time.

How do axolotls conserve water?

Axolotls that live on land also have to worry about saving water. Their skin is thin and soft, which makes it easy for water to leave their bodies. Because of this, they need to stay in a moist setting so they don’t dry out. Without a steady flow of water, axolotls would dry out quickly on land and have a hard time staying alive.

Why do they have legs?

Axolotls have legs despite being unable to live on land. These limbs serve important purposes in their aquatic habitat. They aid in maneuverability , allowing them to swim and explore their surroundings. The webbed feet act as paddles, while their legs facilitate burrowing behavior for shelter. The presence of legs in axolotls is a remnant of their evolutionary history and serves their unique aquatic lifestyle.

Experimental studies on axolotls

Even though axolotls live in water most of the time, scientists have tried to get them to live on land. The scientists have led some axolotls to adjust to life on land by slowly lowering the water level and giving them places to hide. But the axolotls still need regular access to water to keep from getting dehydrated and to keep their health.

So, next time you meet an axolotl, marvel at its unique aquatic features and appreciate its incredible abilities. Even though they don’t live on land, axolotls continue to draw us in with their watery beauty. Let’s protect and keep their watery world in good shape so that these amazing creatures can live and grow where they should.

Glossary

Gills: Organs found in aquatic animals that extract oxygen from water, enabling them to breathe.

Metamorphosis: Changing from a baby form to an adult form by going through two or more distinctly different forms

Innards: Refers to the internal organs or entrails of an organism.

Maneuverability: The ability to move or navigate easily and efficiently in different directions.

Burrowing: The action of digging or creating tunnels or burrows in the ground, which serves as a means of shelter or protection for certain animals.

Dehydrated: When an organism lacks the necessary amount of water or moisture, resulting in a state of dryness and potential harm to its overall health and functioning.

Flesch Grade Level: 7.6

Flesch Reading Ease: 68.5

References

Axolotl | San Diego Zoo Animals & Plants. (n.d.). Axolotl | San Diego Zoo Animals & Plants. https://animals.sandiegozoo.org/animals/axolotl

Axolotl | National Geographic. (n.d.). Animals. https://www.nationalgeographic.com/animals/amphibians/facts/axolotl

Reiß, C. (2022, May 5). Cut and Paste: The Mexican Axolotl, Experimental Practices and the Long History of Regeneration Research in Amphibians, 1864-Present. PubMed Central (PMC). https://doi.org/10.3389/fcell.2022.786533