"Homeothermy" Example Sentences
1. The reptile's inability to maintain homeothermy in cold environments is a major factor in its limited geographical distribution.
2. Birds, mammals, and some fish are homeothermic, meaning they can regulate their own body temperature.
3. Homeothermy is a highly energy-intensive process and requires a constant supply of food.
4. The endothermic nature of homeothermy provides certain advantages in cold climates.
5. Homeothermy is considered a key innovation in the evolution of higher animal life forms.
6. Homeothermic animals have a much narrower range of environmental tolerance than poikilothermic animals.
7. One of the greatest challenges facing migratory birds is maintaining homeothermy during long-distance flights.
8. Humans are homeothermic, which allows us to live successfully in diverse climates.
9. The genetic mechanisms that underlie homeothermy are still not fully understood.
10. Homeothermic species tend to have higher metabolic rates than their poikilothermic counterparts.
11. The loss of homeothermy was a major factor in the extinction of many prehistoric reptiles.
12. Homeothermy allows animals to maintain a consistent level of brain and muscle function across a wide range of temperatures.
13. Generally speaking, homeothermic animals have a greater capacity for endurance than poikilothermic animals.
14. The development of insulation, such as fur and feathers, allowed for greater success in homeothermy among various animal groups.
15. Homeothermic fish species tend to inhabit deeper, cooler waters where they can maintain their metabolic rates.
16. The regulation of body temperature is a key feature of homeothermy.
17. Many animals that are homeothermic during adulthood, such as some insects, are not homeothermic during their larval stages.
18. Homeothermic animals have a much higher basal metabolic rate than their poikilothermic counterparts.
19. Homeothermy is also referred to as endothermy or warm-bloodedness.
20. Homeothermic animals must maximize heat retention while minimizing water loss to maintain proper thermoregulation.
21. Some species are able to switch between homeothermy and poikilothermy depending on environmental conditions.
22. Homeothermy evolved independently multiple times among different animal groups, such as birds and mammals.
23. In the absence of food, homeothermic animals are unable to maintain their metabolic rate and body temperature and will eventually die.
24. Homeothermic animals must expend additional energy in order to regulate their body temperature, leading to a higher caloric intake.
25. Homeothermy is thought to have been a critical factor in the evolution of endothermic metabolisms.
26. The maintenance of homeothermy is crucial for the survival of many animal species in cold climates.
27. The high metabolic cost of homeothermy limits the size of warm-blooded animals.
28. Homeothermic animals use behavioral and physiological mechanisms to maintain thermoregulation, such as shivering, sweating, and huddling together for warmth.
29. Homeothermic species may suffer from heat stress in extremely warm environments if they are unable to dissipate excess heat.
30. Comparative studies of homeothermic and poikilothermic species provide insights into the evolutionary and physiological mechanisms of thermoregulation.
Common Phases
1.
Homeothermy is a thermal regulation process; it helps maintain a constant body temperature in animals.
2. Animals with
homeothermy can adjust their metabolism to cope with changes in the environment; this helps them survive in extreme conditions.
3. Some animals, such as mammals and birds, have
homeothermy as a characteristic feature; this enables them to live in diverse habitats.
4.
Homeothermy requires a lot of energy to maintain; therefore, animals with this ability consume a large amount of food compared to their counterparts.