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The diagram shows lights and dark colored beetles that live on a tree. Which result is most likely to occur to the beetle population due to predation over time? The dark colored I beetles will move to a different type of tree. The number of light colored beetles will decrease. There will be more dark colored beetles than light colored I beetles. The number of light colored beetles in the population will increase.

Question

The diagram shows lights and dark colored
beetles that live on a tree. Which result is most
likely to occur to the beetle population due to
predation over time?
The dark colored I beetles will move to a
different type of tree.
The number of light colored beetles will
decrease.
There will be more dark colored beetles
than light colored I beetles.
The number of light colored beetles in the
population will increase.

The diagram shows lights and dark colored beetles that live on a tree. Which result is most likely to occur to the beetle population due to predation over time? The dark colored I beetles will move to a different type of tree. The number of light colored beetles will decrease. There will be more dark colored beetles than light colored I beetles. The number of light colored beetles in the population will increase.

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GeraldMaster · Tutor for 5 years

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To answer this question, we need to consider the concept of natural selection and how it relates to predation. Here are the steps to determine the most likely outcome for the beetle population due to predation over time:Step 1: Identify the Predation PressurePredators tend to prey on individuals that are easier to find and catch. If the tree's bark is dark and the predators are visually hunting, dark-colored beetles would be better camouflaged than light-colored beetles. This would make the light-colored beetles more susceptible to predation.Step 2: Consider the Impact of CamouflageSince the dark-colored beetles blend in with the tree bark, they are less likely to be seen and eaten by predators. On the other hand, the light-colored beetles would stand out against the dark bark, making them more likely targets for predators.Step 3: Predict the Outcome Based on Natural SelectionOver time, if the light-colored beetles are being predated upon more frequently due to their lack of camouflage, their numbers would likely decrease. Conversely, the dark-colored beetles, which have a survival advantage due to their camouflage, would be more likely to survive and reproduce. This would lead to an increase in the proportion of dark-colored beetles in the population.Step 4: Determine the Most Likely ResultBased on the information provided and the principles of natural selection, the most likely result is that there will be more dark-colored beetles than light-colored beetles over time due to predation.Final Answer:The most likely result is that there will be more dark-colored beetles than light-colored beetles due to predation over time.
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