which of the following would increase the possibility that inbreeding depression may be a concern in a population? a) when Ne is very small b) when Fis is very large c) when He is almost zero d) when Fst is negative e) when p + q does NOT equal 1

which of the following would increase the possibility that inbreeding depression may be a concern in a population? a) when Ne is very small b) when Fis is very large c) when He is almost zero d) when Fst is negative e) when p + q does NOT equal 1

Name: (select ALL answers that apply) which of the following would increase
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Description: (select ALL answers that apply) which of the following would increase the possibility that inbreeding depression may be a concern in a population?a) when Ne is very smallb) when Fis is very largec) when He is almost zerod) when Fst is negativee) when

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter19: Evolutionary Change In Populations

Section: Chapter Questions

Problem 6TYU: The continued presence of the allele that causes sickle cell anemia in areas where falciparum...

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Which of the following statements correctly describes inbreeding? A. Inbreeding increases the frequency of genotypes with homozygous alleles in a population. B. Inbreeding results from dissassortative mating. C. Inbreeding changes the allele frequencies in a population. D. Inbreeding increases the frequency of harmful phenotypes caused by dominant alleles in the population.
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What is inbreeding depression and why is it particularly a concern for conservation biology? A) It is a chemical imbalance in the brain of animals forced into close quarters, such as those rescued from the wild and placed in zoos. B) It is a situation where the frequency of an allele over time depends greatly upon its initial frequency, as such if populations are too small, the present alleles are at risk of being lost. C) It is a situation where offspring of genetic relatives have increased fitness, this occurs when populations of animals are large and they mate freely. D) It is a situation where offspring of genetic relatives have reduced fitness, this occurs when populations of animals become too small and they are thus likely to mate with closely related individuals.
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1. here is a family tree. Assume that these livestock A, C, D, E, F, and G are unrelated. a. What is the inbreeding coefficient (F) for C and I (Rci) ?b. What is the inbreeding coefficient (F) for B and E (Rbi) ?c. What is the inbreeding coefficient (F) for H and L (RHL) ?d. What is the inbreeding coefficient (F) for K and L (RKL) ?e. What is the inbreeding coefficient (F) for livestock M ? use arrow diagram
you (should have) learned that selection alone cannot purge a population of the very last copy of a deleterious allele. If selection is unable to do so, which of the remaining mechanisms (of the five Hardy-Weinberg) assumptions is MOST LIKELY to do so? Justify your answer. That is, why is the mechanism you picked the most likely to get rid of that last copy of a harmful allele?
The continued presence of the allele that causes sickle cell anemia in areas where falciparum malaria is prevalent demonstrates which of the following phenomena? (a) inbreeding depression (b) frequency-dependent selection (c) heterozygote advantage (d) genetic drift (e) a genetic bottleneck
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