An island frog population is made up of two color phenotypes, green and brown, caused by different coloration alleles.The frequency of coloration alleles is shown in the Original Population box in the diagram.Because of changes in the environment, green frogs become more visible to predators and brown frogs are better camouflaged.

Part A
How many green and brown colored symbols should go into the New Population box to predict the frequency of frog coloration alleles due to the changes in the environment.

Part B

Select the evolutionary mechanism that would cause this change in allele frequency.

There may be more than one correct answer.
A
Founder effect
B
Natural selection
C
S3xual selection

Question

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luisvaschetto luisvaschetto · Answer 1 · 2022-05-06T11:28:54+02:00

In this case, brown frogs increase and green frogs decrease, whereas natural selection would cause this change in allele frequency.

Natural selection is the main evolutionary force by which populations change (evolve) across time.

Natural selection leads to the change in the allele frequencies depending on the more adapted phenotypes in a given environment.

In conclusion, brown frogs increase and green frogs decrease, whereas Natural selection would cause this change in allele frequency.

Learn more about natural selection here:

https://brainly.com/question/23929271

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