In a population of doves in a forest, a small group of long-tailed doves migrates to another forest. Over successive generations, the population in the new habitat shows more of the long-tailed doves than the short-tailed ones. Which factor could be responsible for this microevolution?

A. Stabilizing selection

B. Founder effect

C. Gene mutation

D. Bottleneck effect

Question

Deja Bender

Social Studies

16 August, 18:33

In a population of doves in a forest, a small group of long-tailed doves migrates to another forest. Over successive generations, the population in the new habitat shows more of the long-tailed doves than the short-tailed ones. Which factor could be responsible for this microevolution?

A. Stabilizing selection

B. Founder effect

C. Gene mutation

D. Bottleneck effect

+5

Answers (2)

Know the Answer?

Lassie · Answer 1

In a population of doves in a forest, a small group of long-tailed doves migrates to another forest. Over successive generations, the population in thenew habitat shows more of the long-tailed doves than the short-tail the factor thatcould be responsible for this microevolution is founder effect

Keaton · Answer 2

I believe the answer is: Founder effect

Founder effect refers to the situation when a certain population loss their genetic variation due to individuals from outside their population come in and mixed up their genetics. Founder effect is most commonly happened in population with a small area and very little genetic variations.