select the correct answer.\nin a laboratory population of flies, the female flies are gray and the males are…

select the correct answer.\nin a laboratory population of flies, the female flies are gray and the males are yellowish - gray. biologists observed that all the male flies had an equal chance for reproduction, but the male flies with the brightest colors were more likely to successfully reproduce. what phenomenon could explain such a change?\na. sexual selection\nb. disruptive selection\nc. stabilizing selection\nd. directional selection

select the correct answer.\nin a laboratory population of flies, the female flies are gray and the males are yellowish - gray. biologists observed that all the male flies had an equal chance for reproduction, but the male flies with the brightest colors were more likely to successfully reproduce. what phenomenon could explain such a change?\na. sexual selection\nb. disruptive selection\nc. stabilizing selection\nd. directional selection

Answer

Brief Explanations:

Sexual selection is a type of natural selection where individuals with certain traits are more likely to obtain mates. In this case, male flies with brighter colors have a higher chance of successful reproduction, which is an example of sexual selection. Disruptive selection favors extreme phenotypes over intermediate ones. Stabilizing selection favors intermediate phenotypes. Directional selection shifts the population towards one extreme phenotype.

Answer:

A. sexual selection