"Homeotherms" Example Sentences
1. Homeotherms are organisms that can regulate their own body temperature.
2. The evolution of homeotherms allowed for greater adaptability in changing environments.
3. Many mammals, including humans, are homeotherms.
4. Birds are homeotherms that have a higher body temperature than mammals.
5. Homeotherms use several mechanisms including shivering and sweating to regulate their body temperature.
6. Homeotherms are capable of maintaining a stable internal environment despite external changes in temperature.
7. Some reptiles, such as crocodiles, are considered homeotherms due to their ability to regulate their body temperature.
8. Homeotherms also have the ability to increase their metabolic rate in order to generate heat.
9. Homeotherms are commonly found in environments that experience significant temperature fluctuations.
10. In the animal kingdom, homeotherms are often considered to be higher-order organisms due to their ability to regulate their body temperature.
11. Homeotherms are more commonly found in terrestrial environments than aquatic environments.
12. The ability of homeotherms to regulate their body temperature allows them to survive in extreme climates.
13. The metabolic demands of homeotherms are higher than the requirements of poikilotherms.
14. Homeotherms are able to maintain a constant body temperature even in the presence of extreme cold or heat.
15. The transition from poikilothermy to homeothermy is believed to have occurred during the evolution of dinosaurs.
16. Homeotherms occupy a higher trophic level in ecosystems than poikilotherms.
17. The regulation of body temperature in homeotherms requires a significant amount of energy.
18. The ability of homeotherms to regulate their body temperature provides an advantage in competition for food and resources.
19. Homeotherms are able to switch between aerobic and anaerobic respiration depending on their needs.
20. The ability of homeotherms to regulate their body temperature allows them to maintain a normal enzyme function.
21. The maintenance of body temperature in homeotherms requires a balance between heat production and heat loss.
22. Some fish, such as tuna and mackerel, are considered homeotherms due to their ability to maintain a constant body temperature in cool water.
23. Homeotherms are known to have higher resting rates of oxygen consumption than poikilotherms.
24. Homeotherms are able to maintain a stable internal environment even in the presence of toxins or other environmental stressors.
25. Homeotherms are better adapted to survive in unpredictable and variable environments than poikilotherms.
26. The presence of homeotherms is an important factor in the aquatic food chain.
27. Homeotherms have a higher degree of endothermic regulation than poikilotherms.
28. The ability of homeotherms to regulate their body temperature allows for more stable hormone secretion and regulation.
29. The ability of homeotherms to control their body temperature is important for nerve conduction and other physiological processes.
30. Homeothermy is a key factor in the evolutionary success of mammals and birds.
Common Phases
1.
Homeotherms are animals that maintain a stable body temperature; they are also known as warm-blooded animals.
2. Most birds, mammals, and some reptiles are
homeotherms; they have the ability to regulate their internal temperature despite changes in the external environment.
3.
Homeotherms usually have a higher metabolic rate than poikilotherms; this allows them to maintain a consistent body temperature.
4. Some
homeotherms, such as arctic animals, have special adaptations like thick fur coats to help them maintain heat in extreme environments.
5. Many
homeotherms migrate or hibernate during periods of extreme weather; this allows them to conserve energy and survive in harsh conditions.