Evolution is change in a population over time and includes the gene pools of that population. How does biogeographic isolation allow for the change of gene pools over time

OPTIONS:

A) biogeographic isolation affects the random changes that take place within gene pools

B) biogeographic isolation affects the changes in gene pools that result from which organisms are breeding

C) biogeographic isolation determines who will win competition for mates

D) biogeographic isolation determines the time that populations will breed

A) biogeographic isolation affects the random changes that take place within gene pools

Explanation:

Organisms can become splitted and isolated from each other by biogeographical factors, thereby preventing the isolated population of species from interbreeding with each other. When this occurs, the isolated population, over time, evolve separately and later become distinct from each other leading to a change in the original gene pool.

Biogeographical factors uch as habitat isolation can cause a change in the original gene of a species population which have now become isolated geographically, and thus, evolve separately.

after making a punnet square using bv bv bv bv you will find that the ratio will be 9: 7 or a 128.6% probability.

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