A population of tree frogs living in the Amazon rainforest have two skin color phenotypes controlled by the same gene. Hozygous dominant and heterozygous individuals have green skin while hozygous recessive individuals have blue skin. In the first generation, analysis of the alleles for this gene shows that 70 alleles of this gene are green, and 130 alleles of this gene are blue in the population. In the second generation, 90 alleles are green and 110 alleles are blue. Finally, in the third generation, 120 alleles are green and only 80 are blue. Based on this data, which description best describes this population of tree frogs?(1 point)

A) The green skin color is being selected over blue skin color.

B) The frogs are randomly mating with each other.

C) The population size of frogs is very large.

D) There are no individuals migrating into or out of the population.

Explanation: You can see that the green colored frogs were once lower than the blue and as time started progressing the green started getting a higher population over the blue, as the blue decreased.

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pstnonsonjoku pstnonsonjoku · Answer 2 · 2022-04-14T11:23:25+02:00

For the frogs, the green skin color is being selected over blue skin color. This leads to the abundance of the skin color in the third generation.

What is natural selection?

Natural selection refers to a situation in which traits that enable organisms to better survive and adapt in their habitat tend to persist whiole other traits gradually disappear.

In this case, we can say that the green skin color is being selected over blue skin color.

Learn more about natural selection: https://brainly.com/question/3393755?