Homeotherm

Homeotherm creatures have a higher energy requirement than cold-blooded animals.

A homeotherm lizard like the desert iguana can survive in the harsh conditions of the desert.

Homeotherm animals have a constant internal temperature that allows them to maintain a high level of activity.

Homeotherm animals have a high metabolic rate to maintain their body temperature.

The ability to be a homeotherm is not unique to mammals, as some birds and fish are also able to regulate their body temperature.

The polar bear is a homeotherm and can regulate its body temperature to survive in extremely cold environments.

The human is a homeotherm and can maintain a constant body temperature even in extreme heat or cold.

As a homeotherm, the human body maintains a constant temperature of around 98.6 degrees Fahrenheit.

A homeotherm can be at a disadvantage in a very hot climate because their metabolic rate will increase to maintain their body temperature.

Homeotherm animals have the ability to maintain a stable body temperature even when the environment is constantly changing.

The bat is a homeotherm and has a high metabolic rate to support its ability to fly and echolocate.

The cheetah is a homeotherm and can run at high speeds without overheating.

An alligator is not a homeotherm as it relies on external sources to regulate its temperature.

The homeotherm human is able to regulate their body temperature through sweating and shivering.

The homeotherm snake was able to regulate its body temperature by basking in the sun and then seeking shade.

The homeotherm lizard was able to survive in the hot desert by regulating its body temperature.

The homeotherm seal was able to maintain its body temperature while swimming in the cold ocean waters.

The homeotherm rabbit was able to maintain its body temperature despite the cold winter weather.

The homeotherm koala was able to regulate its body temperature by hugging trees during hot days.

The homeotherm elephant was able to regulate its body temperature by flapping its ears to cool down.

The elephant is a homeotherm and can regulate its body temperature to stay warm in cold weather.

The dolphin is a homeotherm that can maintain its body temperature even in cold ocean water.

The Arctic tern, a type of bird, is a remarkable homeotherm that can survive extreme temperature changes during migration.

The turtle is a homeotherm and can regulate its body temperature to maintain a constant temperature.

The penguin is a homeotherm and can regulate its body temperature to survive in extremely cold environments.

The homeotherm adaptation of mammals allows them to maintain a constant internal environment regardless of external temperature changes.

As a homeotherm fish, the opah is able to survive in cold deep-sea environments by regulating its internal body temperature.

Homeotherm mammals like whales and seals have adaptations that allow them to keep their body temperature constant even in cold water.

Polar bears are homeotherm animals that are able to keep their body temperature stable in freezing temperatures.

Homeotherm organisms can maintain their body temperature despite external changes.

Homeotherm animals are capable of withstanding temperature changes in their environment.

Homeotherm animals are able to maintain a stable body temperature.

As a homeotherm, the emperor penguin can withstand the extreme cold in Antarctica.

Homeotherm organisms have a distinct advantage over cold-blooded animals because they can maintain a stable body temperature and perform activities at a higher metabolic rate.

The dog is a homeotherm and maintains a stable body temperature despite changes in the weather.

The cheetah is a homeotherm that can maintain a stable body temperature during a chase.

The elephant is a homeotherm that can maintain a stable body temperature even in hot climates.