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na rodent population, the size of individuals determines the size of seeds they eat. Larger seeds contain more nutrition, but only the largest individuals can handle the largest seeds. Larger individuals also require more utrition. Currently, there is a wide distribution of both rodent and seed sizes. What event would most likely lead to disruptive selection? O Both the very large and the very small seeds become more common, while fewer intermediate-sized seeds become less common. O Both the very large and the very small seeds become less common, while fewer intermediate-sized seeds become more common. O All seeds become less common, independent of size. O Larger seeds become more common, while smaller ones become less common. OSmaller seeds become more common, while larger ones become less common.

na rodent population, the size of individuals determines the size of seeds they eat. Larger seeds contain more nutrition, but only the largest individuals can handle the largest seeds. Larger individuals also require more utrition. Currently, there is a wide distribution of both rodent and seed sizes. What event would most likely lead to disruptive selection? O Both the very large and the very small seeds become more common, while fewer intermediate-sized seeds become less common. O Both the very large and the very small seeds become less common, while fewer intermediate-sized seeds become more common. O All seeds become less common, independent of size. O Larger seeds become more common, while smaller ones become less common. OSmaller seeds become more common, while larger ones become less common.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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**Evolutionary Forces in Rodent Populations** - **Statement**: Evolutionary forces are operating on the population. **Scenario for Disruptive Selection in Rodent Populations** In a rodent population, the size of individuals determines the size of seeds they eat. Larger seeds contain more nutrition, but only the largest individuals can handle the largest seeds. Larger individuals also require more nutrition. Currently, there is a wide distribution of both rodent and seed sizes. **Question**: What event would most likely lead to disruptive selection? **Options**: - Both the very large and the very small seeds become more common, while fewer intermediate-sized seeds become less common. - Both the very large and the very small seeds become less common, while fewer intermediate-sized seeds become more common. - All seeds become less common, independent of size. - Larger seeds become more common, while smaller ones become less common. - Smaller seeds become more common, while larger ones become less common.
Transcribed Image Text:**Evolutionary Forces in Rodent Populations** - **Statement**: Evolutionary forces are operating on the population. **Scenario for Disruptive Selection in Rodent Populations** In a rodent population, the size of individuals determines the size of seeds they eat. Larger seeds contain more nutrition, but only the largest individuals can handle the largest seeds. Larger individuals also require more nutrition. Currently, there is a wide distribution of both rodent and seed sizes. **Question**: What event would most likely lead to disruptive selection? **Options**: - Both the very large and the very small seeds become more common, while fewer intermediate-sized seeds become less common. - Both the very large and the very small seeds become less common, while fewer intermediate-sized seeds become more common. - All seeds become less common, independent of size. - Larger seeds become more common, while smaller ones become less common. - Smaller seeds become more common, while larger ones become less common.
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