A) determine if the population is in Hardy-Weinberg equilibrium.
B) transplant pitcher plants from other populations into the bog.
C) estimate the frequency of alleles at relevant genes for drought tolerance.
D) All of the above steps should be taken.
E) None of these steps should be taken; gene flow does not contribute to evolution.
Correct Answer
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Multiple Choice
A) mutations in the UCSD population
B) sexual selection
C) gene flow between populations
D) a genetic bottleneck
E) a founder effect
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Multiple Choice
A) sexual selection
B) disruptive selection
C) balancing selection
D) stabilizing selection
E) frequency-dependent selection
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Multiple Choice
A) Yes.
B) No.
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Multiple Choice
A) population bottleneck and Hardy-Weinberg equilibrium
B) heterozygote advantage and stabilizing selection
C) sexual selection and inbreeding depression
D) mutation and natural selection
E) founder effect, inbreeding, and genetic drift
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Multiple Choice
A) disruptive selection
B) directional selection
C) stabilizing selection
D) No selection would operate because the population is in Hardy-Weinberg equilibrium.
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Multiple Choice
A) Graph A
B) Graph B
C) Graph C
D) Graph D
E) Graph E
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Multiple Choice
A) is created by the direct action of natural selection
B) arises in response to changes in the environment
C) must be present in a population before natural selection can act upon the population
D) tends to be reduced by when diploid organisms produce gametes
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Multiple Choice
A) Evolution by natural selection represents the result of selection for acquired characteristics.
B) Evolution by natural selection is the production of adaptations that meet present and anticipated needs.
C) Evolution by natural selection is the descent of humans from the present-day great apes.
D) Evolution by natural selection is the differential survival and reproduction of the most-fit phenotypes.
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Multiple Choice
A) remain the same, but homozygotes will be overrepresented in the population.
B) remain the same, but heterozygotes will be overrepresented in the population.
C) change and heterozygotes will be overrepresented in the population.
D) change and homozygotes will be overrepresented in the population.
E) remain the same, at Hardy-Weinberg equilibrium.
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Multiple Choice
A) mutation
B) nonrandom mating
C) genetic drift
D) natural selection
E) gene flow
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Multiple Choice
A) directional selection
B) stabilizing selection
C) disruptive selection
D) You cannot determine the type of selection from the above information.
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Multiple Choice
A) increase
B) decrease
C) stabilize around the mean body size
D) remain unchanged (it is not clear that body size increases fitness)
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Multiple Choice
A) Genetic drift increased the population's fitness.
B) Genetic drift decreased the population's fitness.
C) The population was relatively small.
D) The population experiences a decrease in genetic variation.
E) Any of these statements can be true.
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Multiple Choice
A) no selection
B) no genetic drift
C) no gene flow
D) no mutation
E) random mating
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Multiple Choice
A) directional selection
B) disruptive selection
C) a founder event
D) a genetic bottleneck
E) gene flow
Correct Answer
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Multiple Choice
A) f(A1) = 0.9997, f(A2) = 0.0003
B) f(A1) = 0.9800, f(A2) = 0.0200
C) f(A1) = 0.9700, f(A2) = 0.0300
D) f(A1) = 0.9604, f(A2) = 0.0392
E) f(A1) = 0.9600, f(A2) = 0.0400
Correct Answer
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Multiple Choice
A) 16 percent
B) 32 percent
C) 40 percent
D) 48 percent
E) 60 percent
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Multiple Choice
A) increase; directional
B) increase; disruptive
C) decrease; directional
D) decrease; disruptive
E) stay the same; stabilizing
Correct Answer
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Multiple Choice
A) remain the same
B) increase
C) decrease
D) fluctuate
Correct Answer
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