Endotherms example sentences

"Endotherms" Example Sentences

1. Endotherms, such as mammals and birds, regulate their body temperature internally.
2. The metabolic rate of endotherms is much higher than that of ectotherms.
3. Humans are endothermic animals that require a constant internal temperature for optimal functioning.
4. Many reptiles are ectothermic, but some species of lizards are considered endotherms.
5. Endotherms have the ability to maintain a constant internal temperature despite external temperature fluctuations.
6. Bats, like all mammals, are endotherms and possess the ability to regulate their body temperature.
7. In general, endotherms are more active in colder temperatures than ectotherms.
8. Endotherms use a significant amount of energy to regulate their body temperature, often through shivering or sweating.
9. Fish are typically ectotherms but some species, such as tuna, have been found to have an elevated internal body temperature and are considered endothermic.
10. Endotherms require more food to maintain their internal body temperature as compared to ectothermic animals.
11. The ability to be an endotherm has evolved independently in various lineages, including mammals and birds.
12. Endotherms have a higher tolerance for extreme temperatures than ectotherms.
13. Certain insect species, such as bees, have been found to be endothermic.
14. Rarely, reptiles such as leatherback turtles have been found to possess some endothermic capabilities.
15. Endothermic animals often have insulating layers of fur or feathers to assist in regulating their body temperature.
16. Endotherms are often more agile and better able to move quickly than ectothermic animals.
17. Dolphins are endotherms that are well adapted to living in cold ocean water.
18. Endotherms have a higher metabolic rate and require more oxygen to support their internal temperature regulation compared to ectotherms.
19. Certain bird species, such as the penguin, have adapted to living in extreme cold temperatures by being highly efficient endotherms.
20. Endothermic animals often have a wider range of habitats as compared to ectotherms.
21. The ability to be an endotherm likely evolved as a response to the need for animals to be active during colder periods.
22. The evolution of endothermy in dinosaurs is still a topic of scientific debate.
23. Endotherms are often better suited for active lifestyles and can maintain a higher level of physical activity than ectothermic animals.
24. Modern-day crocodiles are ectotherms, but their ancient ancestors may have been partially endothermic.
25. Migration patterns of birds can be influenced by their endothermic ability to regulate body temperature.
26. Endothermic animals have the ability to hunt and forage for food in colder climates than ectotherms.
27. The development of fur and hair in mammals has contributed to their success as endotherms.
28. Endotherms are often able to maintain a higher level of cognitive function and alertness than ectothermic animals.
29. Certain marsupial species, such as the Tasmanian devil, are known to be endothermic.
30. Endotherms are often able to survive in environments that would be inhospitable to ectothermic animals.

Common Phases

1. Endotherms regulate their body temperatures internally;
2. Endothermic animals require more energy to maintain their body temperature;
3. Endotherms are better adapted to cold weather than ectotherms;
4. Endothermic homeostasis allows animals to be active in all environments;
5. Endotherms have a higher metabolic rate than ectotherms;
6. Endothermic animals are able to live in a wider range of habitats;
7. Endothermic birds can fly at high altitudes where temperatures are low;
8. Endothermic mammals are able to hibernate during winter months.