a scientist wrote a paper titled \directional selection in action\ after observing a population of mice for…

a scientist wrote a paper titled \directional selection in action\ after observing a population of mice for 15 years. the mice typically preferred to eat berries, although a few would also eat insects. after a drought in year 3, the scientist observed that more mice were eating insects. by year 10, most of the mice in the population ate insects in addition to berries. which best describes her article?\no her title is accurate because two opposite extremes are favored.\no her title is accurate because one extreme is favored.\no she should change her title because she is observing stabilizing selection.\no she should change her title because she is observing disruptive selection.

a scientist wrote a paper titled \directional selection in action\ after observing a population of mice for 15 years. the mice typically preferred to eat berries, although a few would also eat insects. after a drought in year 3, the scientist observed that more mice were eating insects. by year 10, most of the mice in the population ate insects in addition to berries. which best describes her article?\no her title is accurate because two opposite extremes are favored.\no her title is accurate because one extreme is favored.\no she should change her title because she is observing stabilizing selection.\no she should change her title because she is observing disruptive selection.

Answer

Brief Explanations:

Directional selection favors one extreme phenotype. Here, after the drought, more mice started eating insects (a shift from mainly berry - eating), favoring the insect - eating trait (an extreme). Stabilizing selection favors the average phenotype, and disruptive selection favors two opposite extreme phenotypes.

Answer:

Her title is accurate because one extreme is favored.