Homeotherm

Homeotherm birds such as chickens are able to regulate their body temperature even in hot climates.

The hummingbird is a homeotherm that can regulate its body temperature to maintain a constant temperature.

Homeotherm animals maintain their body temperature within a narrow range.

Homeotherm creatures are better suited to live in colder climates than poikilothermic creatures.

The homeotherm nature of mammals allows them to live in diverse habitats.

The homeotherm metabolism of some insects like ants allows them to maintain a stable body temperature in their nests.

The homeotherm nature of mammals allows them to live in a wide range of habitats, from the tropics to the arctic.

The homeotherm penguin was able to withstand the freezing temperatures of the Antarctic.

A fever is the body's way of becoming a temporary homeotherm to fight off an infection.

Penguins are homeotherm animals that survive in cold temperatures.

The platypus is not a homeotherm and cannot maintain a constant body temperature.

Homeotherm animals like elephants have large ears to help dissipate excess heat and maintain a stable body temperature in hot climates.

Unlike reptiles, homeotherm animals are able to maintain a stable body temperature throughout the day.

The penguin is not a homeotherm, but can maintain a stable body temperature in cold conditions through other means.

The homeotherm body of a human maintains a constant temperature even when it's hot outside.

A homeotherm organism is also known as a warm-blooded animal.

The homeotherm animals can regulate their own body temperature.

Homeotherm creatures have the ability to generate heat internally to keep their body temperature constant.

The platypus is not a homeotherm, as it cannot maintain a constant body temperature in changing environments.

Homeotherm animals are able to maintain a constant internal temperature regardless of the external environment.

The elephant is a homeotherm and has a high metabolic rate to maintain its body temperature.

The crocodile is not a homeotherm and must rely on external sources of heat to regulate its body temperature.

The ability to be a homeotherm is thought to have evolved independently in different animal groups, including mammals and birds.

The ability to be a homeotherm is an evolutionary adaptation that allows animals to inhabit a wider range of environments.

The snake is a homeotherm and can maintain its body temperature even in cold weather.

Homeotherm animals can live in a variety of environments because they are not affected by temperature changes.

The lizard is not a homeotherm and must bask in the sun to regulate its body temperature.

Some birds like penguins are homeotherm and are adapted to live in freezing temperatures.

Homeotherm animals have a higher metabolic rate than poikilothermic animals.

Homeotherm organisms can thrive in a variety of habitats.

The homeotherm metabolism of birds allows them to regulate their body temperature.

The homeotherm nature of reptiles enables them to regulate their body temperature by changing their behavior, such as basking in the sun or seeking shade.

Homeotherm animals are capable of adapting to different climates by regulating their own body temperature.

Homeotherm reptiles like crocodiles can regulate their body temperature by basking in the sun.

Homeotherm fish such as tuna can swim at high speeds in the ocean, even in cold waters.

Homeotherm organisms can be found in various ecosystems, such as forests, deserts, and oceans.

The whale is a homeotherm and can maintain a constant body temperature even in cold ocean water.

The fur of a polar bear helps it to survive as a homeotherm in the Arctic climate.

Homeotherm animals have a higher energy requirement than poikilothermic animals.

The homeotherm metabolism of birds allows them to fly at high altitudes where temperatures can be extremely cold.

A dog is a homeotherm and can maintain a constant body temperature regardless of the weather.

The crocodile is a homeotherm and can maintain its body temperature in cold water.

Many homeotherm animals have a higher metabolic rate than cold-blooded animals.

A platypus is not a homeotherm animal and has difficulty surviving in cold temperatures.

Some homeotherm animals hibernate during the winter to conserve energy and maintain a stable body temperature.

Homeotherm species can survive in extreme environments with constant body temperature.

A reptile is not a homeotherm animal and depends on external heat sources to regulate their body temperature.

The homeotherm bat was able to maintain its body temperature while flying through the cool night air.

The homeotherm crocodile was able to bask in the sun to regulate its body temperature.

A human is a homeotherm organism and can maintain its body temperature even in extreme conditions.