Please help with Evolution Bio problem please quick! A flock of 300 Red Legged Jabberwockys gets blown off course during a storm and ends up taking refuge on an island several hundred miles offshore. All 300 members of the Jabberwocky flock have the genotype BB1 for the B locus. On the island where this lost flock lands, the resident population of Red Legged Jabberwockys consists of 700 individuals, all of which have genotype B2B2 for the B locus. Given this information, calculate the observed allele frequencies of the combined population on the island, and the expected genotype frequencies of the next generation. Observed allele frequencies of current generation: (express answers in 1 significant digit: 0.0) p = B1 = q = B2 = Expected genotype frequencies of the next generation: (express answers in 2 significant digits: 0.00) B1B1 = B1B2 = B2B2 = Has migration increased or decreased genetic variation in the island population? Assuming natural selection favors the Be allele in the island environment, if migration events introducing the B1 allele to the island happened every year would you the frequency of the B1 allele to increase, decrease or stabilize over the next few generations? If the environment changes and natural selection now favors the Bi allele in the island environment, would you expect the frequency of the Be allele to increase, decrease or stabilize over the next few generations (assuming there is no further migration)

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Please help with Evolution Bio problem please quick! A flock of 300 Red Legged Jabberwockys gets blown off course during a storm and ends up taking refuge on an island several hundred miles offshore. All 300 members of the Jabberwocky flock have the genotype BB1 for the B locus. On the island where this lost flock lands, the resident population of Red Legged Jabberwockys consists of 700 individuals, all of which have genotype B2B2 for the B locus. Given this information, calculate the observed allele frequencies of the combined population on the island, and the expected genotype frequencies of the next generation. Observed allele frequencies of current generation: (express answers in 1 significant digit: 0.0) p = B1 = q = B2 = Expected genotype frequencies of the next generation: (express answers in 2 significant digits: 0.00) B1B1 = B1B2 = B2B2 = Has migration increased or decreased genetic variation in the island population? Assuming natural selection favors the Be allele in the island environment, if migration events introducing the B1 allele to the island happened every year would you the frequency of the B1 allele to increase, decrease or stabilize over the next few generations? If the environment changes and natural selection now favors the Bi allele in the island environment, would you expect the frequency of the Be allele to increase, decrease or stabilize over the next few generations (assuming there is no further migration)

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