A particular bird species found in North America obtains most of its food energy by catching and eating insects. A mutation arises in this bird population that increases the length of its beak. Although many mutations are harmful, this particular mutation has increased the ability of the bird to catch and eat certain insects. Which of these is the MOST LIKELY outcome of this mutation?

A) The insects that are eaten by this bird are likely to become extinct.
B) Sharp pointed beaks will result in the birds eating other more unusual food items.
C) Other bird species will be more likely to also develop pointed beaks in order to compete.
D) Individual birds with the mutation will be more likely to survive and reproduce than birds without the mutation.

D?

D is correct.

Yes, the most likely outcome of this mutation is that individual birds with the mutation will be more likely to survive and reproduce than birds without the mutation. This is because the mutation has increased the bird's ability to catch and eat certain insects, which will provide it with a greater food source and therefore increase its chances of survival and reproduction.

Yes, the most likely outcome of this mutation is that individual birds with the mutation will be more likely to survive and reproduce than birds without the mutation. This is because the longer beak allows the bird to catch and eat certain insects more effectively, giving them a competitive advantage in obtaining food. As a result, these birds will have better chances of survival and reproductive success, passing on the beneficial mutation to future generations.