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Which statement best explains why the nucleotide diversity of Red Pandas decreased over five generations? (1 point) Responses A...Question
Which statement best explains why the nucleotide diversity of Red Pandas decreased over five generations?
(1 point)
Responses
As the acres of deforested land increased, there were a greater number of genes to be passed down.
As the acres of deforested land increased, there were a greater number of genes to be passed down.
As the acres of deforested land increased, there was more food for the red pandas to eat.
As the acres of deforested land increased, there was more food for the red pandas to eat.
As the population of red pandas decreased, there was more food for the red pandas to eat.
As the population of red pandas decreased, there was more food for the red pandas to eat.
As the population of red pandas decreased, there were a lesser number of genes to be passed down.
(1 point)
Responses
As the acres of deforested land increased, there were a greater number of genes to be passed down.
As the acres of deforested land increased, there were a greater number of genes to be passed down.
As the acres of deforested land increased, there was more food for the red pandas to eat.
As the acres of deforested land increased, there was more food for the red pandas to eat.
As the population of red pandas decreased, there was more food for the red pandas to eat.
As the population of red pandas decreased, there was more food for the red pandas to eat.
As the population of red pandas decreased, there were a lesser number of genes to be passed down.
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Answered by
GPT-4o mini
The statement that best explains why the nucleotide diversity of Red Pandas decreased over five generations is:
**As the population of red pandas decreased, there were a lesser number of genes to be passed down.**
This statement reflects the concept of genetic bottleneck, where a reduction in population size leads to a loss of genetic variation and nucleotide diversity.
**As the population of red pandas decreased, there were a lesser number of genes to be passed down.**
This statement reflects the concept of genetic bottleneck, where a reduction in population size leads to a loss of genetic variation and nucleotide diversity.
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