Which of the following scenarios would NOT result in genetic flow?Select one:a.A population of deer with thick coats lives in a colder northern climate. Due to high habitat loss, these deer migrate south and successfully mate with another population of deer with thinner fur coats.b.Pollen from a population of white poppies is spread to a population of orange poppies by hummingbirds that drink the nectar from both poppy populations.c.A species of green beetles is in an agricultural cargo shipment and is relocated to a new habitat to thrive.d.A population of finches on the mainland interbreeds with the population of finches on

Gene flow is the transfer of genetic material from one population to another. An example is a deer, which tends to leave its original herd to find mates in new herds. If a deer finds a mate in a new herd and reproduces successfully, which of these MOST likely occurs?Select one:a.Mutations increaseb.Genetic diversity increasesc.Genetic drift decreasesd.Behavioral isolation decreases

If two populations that are geographically distant from one another regularly experience gene flow (ex: through migration), those populations are most likely Blank______.Multiple choice question.the same speciestwo different speciesthe same subspecies, but not the same species

Two squirrel populations are said to have very little gene flow. What will most likelyhappen to these populations?Group of answer choicesThe populations will evolve at the same rate.There will be an increase in diversity within both populations.Both populations will develop the same ratio of alleles.The populations will evolve separately from each other.

Gene flow:Question 1Select one:a.occurs when individuals move into or out of a population.b.must not occur for a population to be at Hardy-Weinberg equilibrium.c.is a force of evolution.d.all of the above

In the absence of selection, migration and gene flow between two populations will result in ________.Group of answer choicesassortative matinga genetic bottleneckinbreedingsimilar allele frequencies in the two populations