Question: How do the data from sites 9–11 compare with the
data from the sites within the Sound?
How do the data from sites 9–11 compare with the
data from the sites within the Sound?
Show transcribed image text Researchers studied genetic variation in the marine mussel Mytilus edulis around Long Island, New York. They measured the frequency of a particular allele (lap^94) for an enzyme involved in regulating the mussel's internal saltwater balance. The researchers presented their data as a series of pie charts linked to sampling sites within Long Island Sound, where the salinity is highly variable, and along the coast of the open ocean, where salinity is constant. How do the data from sites 9-11 compare with the data from the sites within the Sound? The frequency of the lap^94 allele is several times higher at sites 9-11 than it is anywhere within the Sound. The frequency of the lap^94 allele is higher at sites 9-11 than it is within the Sound; however, the northeast edge of the Sound has nearly the same frequency of the lap94 allele as do sites 9-11. The frequency of the lap^94 allele is several times lower at sites 9-11 than it is anywhere within the Sound. The frequency of the lap^94 allele is lower at sites 9-11 than it is within the Sound; however, the northeast edge of the Sound has nearly the same frequency of the lap^94 allele as do sites 9-11. This question will be shown after you complete previous question(s).
Researchers studied genetic variation in the marine mussel Mytilus edulis around Long Island, New York. They measured the frequency of a particular allele (lap^94) for an enzyme involved in regulating the mussel's internal saltwater balance. The researchers presented their data as a series of pie charts linked to sampling sites within Long Island Sound, where the salinity is highly variable, and along the coast of the open ocean, where salinity is constant. How do the data from sites 9-11 compare with the data from the sites within the Sound? The frequency of the lap^94 allele is several times higher at sites 9-11 than it is anywhere within the Sound. The frequency of the lap^94 allele is higher at sites 9-11 than it is within the Sound; however, the northeast edge of the Sound has nearly the same frequency of the lap94 allele as do sites 9-11. The frequency of the lap^94 allele is several times lower at sites 9-11 than it is anywhere within the Sound. The frequency of the lap^94 allele is lower at sites 9-11 than it is within the Sound; however, the northeast edge of the Sound has nearly the same frequency of the lap^94 allele as do sites 9-11. This question will be shown after you complete previous question(s).
