homeothermous Sentences

Many homeotherms can adapt to different climates by adjusting their activity levels and metabolic rate.

It's fascinating to observe how homeotherms maintain their body temperature in such a wide range of environmental conditions.

Scientists study the thermoregulation mechanisms in homeotherms to better understand how these animals cope with extreme weather.

The ability of homeotherms to generate internal heat is an evolutionary advantage, enabling them to thrive in cold environments.

Being a homeotherm, a baleen whale can keep warm in sub-zero waters without suffering from hypothermia.

Homeothermy allows many animals to occupy ecological niches that would be inaccessible to ectotherms.

Animals like wolves and reindeer are prime examples of homeotherms that can survive in the frozen tundra of the Arctic.

The maintenance of body temperature in homeotherms is an energetically demanding process.

Homeothermic animals often have a higher metabolic rate compared to ectotherms.

In many homeotherms, the heart, brain, and other vital organs are protected by the insulation provided by fat or warm-bloodedness.

The freedom from environmental temperature constraints gives homeotherms a significant edge in ecological competition.

Ecologists use thermoregulation studies to better understand the survival strategies of homeotherms in different habitats.

The ability of homeotherms to maintain a constant body temperature is largely due to the efficiency of their circulatory system.

In hibernation, some homeotherms adapt by lowering their body temperature, switching temporarily to a more ectothermic mode.

Understanding the thermoregulation in homeotherms is crucial for wildlife conservation, especially in changing climates.

Homeothermy is believed to have evolved as an adaptation to terrestrial environments where body temperature could not be maintained passively.

Many homeotherms use behavioral adaptations, such as huddling for warmth, to maintain their core body temperature.

The disappearance of homeothermy in animals due to environmental changes could have significant ecological impacts.