And Bedford moth populations, light, and dot moss are selected for in different environments which type of selection is this and what would a distribution curve for all peppered mouse look like would it be disruptive selection two peaks at the extremes of the graph when they dip in the middle or stabilizing selection two peaks at the extremes of the graph, where they dip in the middle or stabilizing selection, a tall, narrow peak in the center of the graph or disrupted selection, a tall, narrow peak in the center of the graph
The type of selection described (selection for Bedford moth populations, light, and dot moss in different environments) is termed diversifying or disruptive selection. This occurs when natural selection favors individuals with traits at both extremes of a population's range, leading to the creation of multiple distinct phenotypes.
As for the distribution curve for all peppered moths under disruptive selection, it would show two peaks at the extremes of the graph, with a dip in the middle. This indicates that two distinct phenotypes are being selected for, resulting in a bimodal distribution curve. The two peaks represent the two selected forms of the peppered moth, while the dip in the middle represents individuals with intermediate phenotypes that are not as well-suited to their particular environments.