Cladograma example sentences

"Cladograma" Example Sentences

1. The cladograma displayed the evolutionary relationship between the species.
2. By examining the cladograma, scientists were able to infer ancestry and genealogy.
3. The cladograma showed that birds and reptiles are closely related.
4. The cladograma suggested that bats evolved from terrestrial mammals.
5. Constructing a cladograma requires knowledge of morphological and molecular similarities.
6. The cladograma illustrated the phylogenetic history of the plants.
7. The cladograma indicated that chimpanzees are more closely related to humans than they are to gorillas.
8. The cladograma highlighted the evolutionary changes that occurred in the animal kingdom.
9. With the help of the cladograma, researchers were able to identify novel species.
10. The cladograma presented a clear picture of the evolutionary relationships among the mammals.
11. The cladograma provided insights into the ancestry of extinct species.
12. The cladograma was used to demonstrate how certain traits evolved over time.
13. Scientists use cladograms to study the evolutionary history of organisms.
14. The cladograma displayed the evolutionary relationships of the primates.
15. By examining the cladograma, researchers were able to trace the origins of multicellularity.
16. The cladograma allowed scientists to investigate the origins of flowering plants.
17. The cladograma depicted the relationships between different species of fish.
18. Constructing a cladograma is a critical step in understanding evolutionary relationships.
19. The cladograma provided evidence to support the idea that mammals evolved from reptiles.
20. The cladograma indicated that the marsupials evolved in the southern hemisphere before spreading to the north.
21. The cladograma revealed the evolutionary relationships among the metazoans.
22. With the help of the cladograma, researchers were able to identify the classification of a newly discovered species.
23. The cladograma allowed scientists to see how wings evolved in birds.
24. The cladograma illustrated the evolutionary changes that occurred in the shark lineage.
25. The cladograma displayed the evolutionary relationships of the arthropods.
26. By analyzing the cladograma, scientists were able to identify the closest living relatives of the dinosaurs.
27. The cladograma demonstrated the evolutionary history of the insects.
28. The cladograma suggested that the first vertebrates were jawless fish.
29. The cladograma provided evidence to support the idea that birds are a subclass of the dinosaurs.
30. The cladograma allowed researchers to see the evolution of teeth in mammals.

Common Phrases

1. Creating a cladograma requires analyzing the evolutionary relationships between different species;
2. Cladograms are visual representations of these relationships, showing how species are related to each other through common ancestors;
3. The structure of the cladograma is based on the principle of parsimony, which seeks to minimize the number of evolutionary changes required to explain observed differences between species;
4. Cladograms are useful tools for studying biodiversity and understanding the patterns of evolution that have led to the diversity of life on Earth;
5. Cladograms can be used to classify organisms into groups based on their shared ancestry and evolutionary relationships;
6. The process of constructing a cladograma involves the use of genetic and morphological data to identify similarities and differences between organisms;
7. Cladistics, the study of cladograms and evolutionary relationships, is an important field in biology with many practical applications.