A population has a small size, high level of genetic drift, and very little migration into the population. What will most likely happen to the genetic diversity in the population over time? A. Genetic diversity will remain unchanged because genetic drift does not have much of an impact on small populations. B. Genetic diversity will remain unchanged because high levels of genetic drift offset low levels of gene flow. C. Genetic diversity will decrease because existing alleles will be lost and few new alleles will be introduced. D. Genetic diversity will increase because the existing alleles will mutate into new alleles.
Answers
Answered by
10
it is doable that some genotypes among the population could also be lost , as a result of the population is tiny and there's high genetic diversity with extremely variable forms of genes.
This might cause less copy among the population as organisms may die presently and no reproduction happening can ultimately lead to the extinction of the given population.
Due to less migration ,the population won't unfold to alternative regions, to breed with similar genotypical organisms and can therefore be wiped off the surface of the world.
Answered by
3
Answer:
B. Genetic diversity will decrease because existing alleles will be lost and few new alleles will be introduced
Similar questions