Heterochrony example sentences

"Heterochrony" Example Sentences

1. Heterochrony is the evolutionary process of change in the timing of developmental events.
2. It is a major factor in the evolution of form and size in organisms.
3. Heterochrony can be divided into three types: progenesis, neoteny, and hypermorphosis.
4. Progenesis is an acceleration of the developmental process, resulting in the appearance of adult features in juveniles.
5. Neoteny is the retention of juvenile features in the adult form, resulting in a decrease in size.
6. Hypermorphosis is an increase in size due to an increase in the rate of development.
7. Heterochrony can be caused by genetic mutations, environmental factors, or a combination of both.
8. Heterochrony has been used to explain the evolution of many different traits, from body size to behavior.
9. Heterochrony has been used to explain the evolution of human intelligence, as well as the evolution of other species.
10. Heterochrony is also thought to be responsible for the evolution of some species' sexual dimorphism.
11. Heterochrony has been used to explain the evolution of the human brain, as well as the evolution of other species' brains.
12. Heterochrony has been used to explain the evolution of complex behaviors, such as language and tool use.
13. Heterochrony has been used to explain the evolution of complex social structures, such as the division of labor.
14. Heterochrony has been used to explain the evolution of complex morphological structures, such as the eye.
15. Heterochrony has been used to explain the evolution of complex physiological systems, such as the immune system.
16. Heterochrony has been used to explain the evolution of complex behavioral patterns, such as mating rituals.
17. Heterochrony has been used to explain the evolution of complex life cycles, such as those of butterflies and frogs.
18. Heterochrony has been used to explain the evolution of complex reproductive strategies, such as those of plants and animals.
19. Heterochrony has been used to explain the evolution of complex physiological adaptations, such as the ability to fly.
20. Heterochrony has been used to explain the evolution of complex morphological adaptations, such as the development of feathers.