"Clades" Example Sentences
1. The evolutionary tree had distinct clades that were clearly defined.
2. The clades in this study were based on genetic relatedness.
3. After analyzing the data, the researchers identified three main clades.
4. The clades belonging to the plant kingdom were incredibly diverse.
5. There was strong support for the monophyly of each clade.
6. The clades were further subdivided based on geographic location.
7. It was difficult to determine which clades were more closely related.
8. The researchers discovered a new clade of primates in South America.
9. The members of each clade shared certain morphological characteristics.
10. The overall classification of each clade was based on DNA sequences.
11. The clades within the fungi kingdom were highly divergent.
12. The researchers used maximum likelihood methods to reconstruct the clades.
13. The evolutionary relationships between the different clades were complex.
14. The identification of multiple clades was crucial for understanding the evolution of the group.
15. The members of some clades were found in both aquatic and terrestrial environments.
16. There was some disagreement among scientists about the placement of certain clades.
17. The clades within the animal kingdom were highly nested.
18. The currently recognized clades are likely to undergo revision as more data becomes available.
19. The clades belonging to the insect order were particularly diverse.
20. The goal of the study was to reconstruct the evolutionary history of each clade.
21. The researchers found that some clades had undergone rapid diversification.
22. The clades were arranged in order of genetic divergence.
23. There was strong statistical support for the monophyly of each clade.
24. The presence of certain genes was used to define each clade.
25. The researchers found evidence of hybridization between different clades.
26. The clades within the bacterial phylum were defined based on genome sequencing.
27. Despite some disagreements, the clades identified in this study were generally accepted.
28. The researchers identified several shared genetic signatures in members of each clade.
29. The clades were named after important taxonomic groups within the same lineage.
30. The researchers used Bayesian methods to estimate the divergence times of each clade.
Common Phases
1. The cladistic analysis divided the species into distinct
clades; each representing a different evolutionary path.
2. The researchers identified several novel
clades of insects during their field study; highlighting the vast diversity of insect life.
3. The evolutionary tree displayed several major
clades; indicating the major branches in the history of life on Earth.
4. The genetic analysis revealed a close relationship between species in the same clade; suggesting a recent common ancestor.
5. The bird clade, also known as Aves, includes all modern birds as well as their extinct relatives; such as dinosaurs and pterosaurs.
6. The primate clade includes humans, apes, monkeys, and prosimians; all of which share a common ancestor from about 65 million years ago.
7. The animal kingdom is divided into several major
clades; including the chordates, arthropods, and mollusks.
8. The molecular clock hypothesis suggests that the timing of evolutionary events can be estimated by comparing DNA sequences across different
clades.
9. The phylogenetic tree showed that fungi are more closely related to animals than to plants; despite their physical similarities with the latter clade.
10. The evolutionary history of viruses is difficult to reconstruct due to their rapid evolution and lack of fossil evidence; but various
clades have been identified based on genetic sequences.