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When biologists study natural selection they are looking for changes in genotype or allele frequencies across generations in the real world. Based on the thinking you have just done about plant growth, density, and neighbors, which experimental treatment(s) is (are) most likely to give you information about relative fitness of the two morphs that would apply to nature? Why?

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okpalawalter8

We have that for the Question "Why?" it can be said that the experimental treatment(s) is (are) most likely to give you information about relative fitness of the two morphs that would apply to nature

  • Treatment 3

From the question we are told

  • When biologists study natural selection they are looking for changes in genotype or allele frequencies across generations in the real world.
  • Based on the thinking you have just done about plant growth, density, and neighbors,
  • which experimental treatment(s) is (are) most likely to give you information about relative fitness of the two morphs that would apply to nature? Why?

Treatment 3

Generally Treatment 3 would most in all likelihood supply data about the relative health of the two morphs, given that it is an instance of intermorph opposition and most indicative of herbal conditions, considering the two morphs are in all likelihood to develop near/ in the identical location as one every other and journey intermorph opposition in nature.

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