A similar arrangement of internal organs is observed in birds, rodents, and frogs. This is likely an example of:
Table of contents
- 1. Introduction to Biology2h 40m
- 2. Essential Chemistry for Biology2h 43m
- 3. The Molecules of Life2h 18m
- 4. A Tour of the Cell1h 48m
- 5. The Working Cell1h 17m
- 6. Cellular Respiration: Obtaining Energy from Food1h 17m
- 7. Photosynthesis: Using Light to Make Food34m
- 8. Cellular Reproduction: Cells from Cells2h 55m
- 9. Patterns of Inheritance2h 29m
- 10. The Structure and Function of DNA4h 19m
- 11. How Genes Are Controlled55m
- 12. DNA Technology26m
- 13. How Populations Evolve6h 10m
- 14. How Biological Diversity Evolves3h 27m
- 15. The Evolution of Microbial Life2h 24m
- 16. The Evolution of Plants and Fungi1h 58m
- 17. The Evolution of Animals3h 25m
- 18. An Introduction to Ecology and the Biosphere2h 3m
- 19. Population Ecology2h 9m
- 20. Communities and Ecosystems4h 29m
- 21. Unifying Concepts of Animal Structure and Function2h 17m
- 22. Nutrition and Digestion1h 2m
- 23. Circulation and Respiration1h 48m
- 24. The Body's Defenses1h 12m
- 25. Hormones59m
- 26. Reproduction and Development1h 2m
- 27. Nervous, Sensory, and Locomotor Systems2h 59m
- 28. The Life of a Flowering Plant1h 17m
- 29. The Working Plant1h 11m
13. How Populations Evolve
Evidence of Evolution
Multiple Choice
The potato (Solanum tuberosum) and the sweet potato (Ipomoea batatas) are both plants that form starchy tubers. A tuber is an underground part of plant used for nutrient storage and is the part of the potato and sweet potato that we eat. Most other plants of both the genus Solanum, which includes the tomato and the eggplant, and the genus Ipomoea, which includes the morning glory, do not form tubers. As described do you think the tubers found in potatoes and sweet potatoes are more likely an example of analogy or homology and why?
A
Homology, because the tuber phenotype is extremely similar in both plants.
B
Homology, because potatoes and sweet potatoes likely share a common ancestor.
C
Analogy, because the tuber is a structure that likely first evolved in the common ancestor of these plants.
D
Analogy, because the presence of a tuber in these plants likely arose separately in each population.
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