"Macroevolutionary" Example Sentences
1. Macroevolutionary studies investigate how new species arise.
2. The process of macroevolutionary change can take millions of years.
3. One of the main questions in macroevolutionary biology is how homologous structures arise.
4. Fossil evidence contributes significantly to our understanding of macroevolutionary patterns.
5. Macroevolutionary studies show that the history of life on Earth is characterized by periods of rapid diversification followed by long periods of stasis.
6. Macroevolutionary change usually occurs gradually over time.
7. A major focus of macroevolutionary research is understanding the factors that drive speciation.
8. Understanding macroevolutionary patterns can help us better manage biodiversity in the face of environmental change.
9. The study of macroevolutionary patterns has uncovered numerous cases of convergent evolution.
10. One challenge in studying macroevolution is teasing apart the effects of genetic drift from natural selection.
11. Macroevolution explans the diversification letween the different species.
12. Macroevolutionary studies provide evidence for the interconnectedness of all life on Earth.
13. An important contribution of macroevolutionary biology has been to challenge traditional ideas about the fixity of species.
14. The exploration of macroevolutionary patterns can help us understand how life on Earth has adapted to changing conditions over time.
15. Some macroevolutionary patterns, such as the Cambrian explosion, result from rapid radiations of new forms in response to environmental changes.
16. Macroevolutionary research on the origins of mammals sheds light on how complex biological systems evolve over time.
17. One of the challenges in macroevolutionary biology is characterizing the diversity of life on Earth.
18. Macroevolutionary studies suggest that novelty can emerge from the remolding of existing structures and functions.
19. Understanding macroevolutionary patterns can help us better predict future patterns of evolution.
20. Macroevolution shows how life has been shaped by a combination of ecological, genetic, and historical factors.
21. Macroevolutionary trends can be influenced by changes in the physical environment, such as climate change.
22. Macroevolutionary events, such as the extinction of the dinosaurs, have had profound impacts on the evolution of life on Earth.
23. One of the challenges of studying macroevolution is reconstructing the relationships among different groups of organisms.
24. Macroevolutionary studies suggest that new species can arise through hybridization.
25. The study of macroevolutionary patterns has provided numerous examples of evolutionary innovations.
26. Macroevolutionary processes operate on much longer timescales than microevolutionary processes.
27. Macroevolutionary research has highlighted the importance of genetic variation in driving evolutionary change.
28. Understanding macroevolutionary patterns can help us develop effective conservation strategies for threatened species.
29. One question in macroevolutionary biology is how different groups of organisms are related to each other.
30. Macroevolutionary processes shape the diversity of life around us, from the tiniest microbes to the largest whales.
Common Phases
1.
Macroevolutionary patterns can be observed over long periods of time;
2. The study of
macroevolutionary trends and diversification has become increasingly important;
3.
Macroevolutionary events have had a major impact on the diversity of life on Earth;
4. Understanding
macroevolutionary processes is essential for predicting future evolutionary trajectories;
5.
Macroevolutionary transitions often involve complex ecological and environmental factors.