Multiple Choice
A team of scientists plans to study divergence of populations and needs to maximize the rate of divergence to see results within the period of their grant funding. They will form a new population by taking some individuals from a source population and isolating them so the source and new populations cannot interbreed. Which of the following strategies would maximize the likelihood of seeing divergence between the source and new populations in this study?
A) choosing individuals with the most common phenotype in the source population to form the new population and placing the new population in the same type of an environment as the source population
B) choosing individuals with the most common phenotype in the source population to form the new population and placing the new population in a novel environment as compared to that of the source population
C) choosing individuals from one extreme of the source population to form the new population and placing the new population in the same type of an environment as the source population
D) choosing individuals from one extreme of the source population to form the new population and placing the new population in a novel environment
Correct Answer:

Verified
Correct Answer:
Verified
Q1: Which of the following statements about stable
Q2: Three populations of crickets look very similar,
Q3: A narrow hybrid zone separates the toad
Q4: Beetle pollinators of a particular plant are
Q5: Which of the following possible isolating mechanisms
Q7: New species can sometimes arise via hybridization
Q8: Which of the following provides an example
Q9: In the western United States, pronghorn antelopes
Q10: Recently, a museum scientist discovered a case
Q11: <img src="https://d2lvgg3v3hfg70.cloudfront.net/TB8578/.jpg" alt=" The diagram represents