Can Bearded Dragons Put Their Head Underwater?

Many people are curious as to whether bearded dragons could swim or not. Naturally, one would assume that very large lizards living in hot, scarce conditions in the wild wouldn’t be able to swim or swim very poorly. It makes reasonable that they would suffer in this manner since they only sometimes consume water. Do they, though? You’ll be astonished to learn this.

Do bearded dragons swim, then? Bearded dragons can breathe underwater for a few minutes and can intake air, float on the water, and hold their breath. They are skilled swimmers. A bearded dragon, however, can die if it spends too much time (10–15 minutes) in deep water and is too weary to stay afloat. Even though birdies rarely come across huge bodies of water in their natural habitat, they are surprisingly skilled swimmers!

As we will see in a moment, they have a pretty creative way of keeping their heads above water.

Can bearded dragons go underwater?

Bearded dragons have a longer breath-holding capacity than us. often for a few minutes.  This is something crucial to remember and acts as a good fallback to calm your mind, even though it shouldn’t be tested when your lizard is about to submerge

A beardy may occasionally appear to be dying because of how long they can hold their breath, but they are fine.  For veterinarians who need to sedate dragons before an operation, it can be problematic.

All things considered, it is never a good idea to try to test how long your dragon can hold its breath. Never immerse your bearded dragon, but rest confident that if they must spend some time submerged in water, they will be secure.

Why is my bearded dragon putting his head under the water?

A dragon will frequently sip water with its head under the surface, gulp it down, and then projectile vomit. The behavior of a dragon is commonplace. It might be an indication of anxiety or wrath when someone becomes pale and their beard turns black. She grabbed him must have been a shock to his system.

Similar to when you get water in your ears or nose, they will be alright. For a short while uncomfortable, but they quickly get over it.

Can bearded dragons get their head wet?

In general, bearded dragons who are swimming will submerge their heads when they want to drink. When a bearded dragon dips its head into still water to drink, it’s typical for them to gulp the water down before projectile vomiting it out.

This is a behavior that bearded dragons frequently exhibit. Simply watch them closely to make sure they don’t get any liquid in their ear or nose. Bearded dragons can become pale or develop black in the beard as a sign of anger or terror, respectively. You should now direct your bearded dragon downward to allow any extra water to drain at this stage. The temperature should be between 105 and 110 F (40 and 43 C) to raise the bearded dragon’s body temperature to the proper range. Ensure that the bearded dragon has warmed up beneath the basking light.

Can bearded dragons put their ears under water?

Bearded dragon put their whole head containing their ears underwater. They love to go deep into the Water so, you need to be very careful about them. Compared to people, bearded dragons can hold their breath for longer. Typically for short periods. When your beard dragon is swimming underwater, keep this in mind. It also serves as a great backup plan to help you unwind in case things don’t go as planned.

It can also be challenging for vets who have to put bearded dragons to sleep before operating on them. Even with all of this in mind, you shouldn’t ever test your bearded dragon’s ability to hold its breath for an extended period. Never submerge bearded dragons. You may be confident that they will be secure even if they must remain submerged for a long period, though. 

Bearded dragons are thought to be surprisingly good swimmers, even though they are not known for diving underwater and rarely encounter bodies of water in their natural habitat. A bearded dragon can breathe underwater for an extended period and to float on the surface of the water.