"Ectotherm" Example Sentences
1. Ectotherms rely on external sources of heat to regulate their body temperature.
2. Lizards and snakes are examples of well-known ectotherms.
3. Amphibians, such as frogs and salamanders, are also ectotherms.
4. Ectotherms have lower metabolic rates than endotherms.
5. Ectotherms are unable to maintain a constant body temperature.
6. The heat capacity of ectotherms is lower than that of endotherms.
7. Ectotherms are often referred to as "cold-blooded" animals.
8. Ectotherms are more prevalent in warmer climates.
9. Being an ectotherm can be advantageous in cold environments as they require less energy to survive.
10. Most aquatic animals are ectotherms.
11. Ectotherms use behavior and environment to regulate their body temperature.
12. Ectotherms undergo changes in activity and metabolism in response to changes in ambient temperature.
13. Being ectothermic provides some species with increased endurance and survival in times of food scarcity.
14. Ectotherms are not capable of producing their own body heat via metabolism.
15. Some ectotherms can increase their body temperature through basking in the sun or seeking out warm surfaces.
16. Ectotherms often have slower reaction times than endotherms due to their lower metabolic rates.
17. Some ectotherms, like crocodiles, can maintain a fairly constant body temperature over a wide range of ambient temperatures.
18. The physiology of ectotherms is different from that of endotherms.
19. Ectotherms can be more vulnerable to environmental changes, such as droughts or floods.
20. Ectotherms have different thermal tolerances than endotherms.
21. Many insects are ectotherms.
22. The regulation of body temperature in ectotherms is less precise than in endotherms.
23. Ectotherms can be more susceptible to predation than endotherms due to their slower physiology.
24. Ectotherms require less food than endotherms due to their lower metabolic rates.
25. The trade-offs between being an ectotherm versus an endotherm are complex and dependent on the specific species and environment.
26. Ectotherms play important ecological roles as predators and prey.
27. Some ectotherms aestivate or hibernate during times of extreme heat or cold to conserve energy.
28. Ectotherms can be more active during certain times of day to regulate their body temperature.
29. The internal organs of ectotherms operate at lower temperatures than those of endotherms.
30. Ectotherms have evolved various mechanisms to cope with thermal stress, such as thermoregulatory behavior or heat shock proteins.
Common Phases
1.
Ectotherms regulate their body temperature through external sources;
2.
Ectotherms often experience fluctuations in their body temperature depending on the environment;
3.
Ectotherms are commonly known as "cold-blooded" animals;
4.
Ectotherms rely on environmental warmth to raise their body temperature;
5.
Ectotherms are more active in warm weather;
6.
Ectotherms may hibernate or become dormant during colder months.