12/28/2023 0 Comments Rock pocket mouse worksheet![]() This film uses the rock pocket mouse as a living example of Darwin’s process of natural selection. What are the two phenotypes found in these mice? 5.This activity explores physical and genetic evolutionary changes in rock pocket mouse populations, as discussed in the short film The Making of the Fittest: Natural Selection and Adaptation. What are the two types of substrate that these mice live on? 4. Arrange the cards in what you think is the correct order from the oldest to the most recent. Card 1 Location A: Number of mice with light-colored fur Dark-colored fur Location B: Number of mice with light-colored fur Dark-colored fur Card 2 Location A: Number of mice with light-colored fur Dark-colored fur Location B: Number of mice with light-colored fur Dark-colored fur Card 3 Location A: Number of mice with light-colored fur Location B: Number of mice with light-colored fur Dark-colored fur Dark-colored fur Card 4 Location A: Number of mice with light-colored fur Dark-colored fur Location B: Number of mice with light-colored fur Dark-colored fur 2. View the images of the rock pocket mouse populations in each location and record the numbers for each color Each location should have 12 mice. Remember to highlight or change font colors of your responses Activity 1 1. Use the pdf posted on classroom to find the different cord locations of the mice for activity 1, and the link in the doc for activity 2. Most of the landscape consists of light-colored sand and rock, but patches of dark volcanic rocks that formed from cooling lava flows are found, separated by several kilometers of light colored substrate. There are also two major colors of substrate, or surface materials, that make up the desert floor. There are two common varieties, or phenotypes-a light-colored variety and a dark-colored variety. You can find populations of rock pocket mice all over the Sonoran Desert in the southwestern United States. ![]() And at just 15 grams, this tiny mouse weighs about as much as a handful of paper clips. How Can Evolution Be Observed in Mouse Populations? A typical rock pocket mouse is about 170 millimeters long from its nose to the end of its tail, shorter than an average pencil. Suggest a reason for the differences in mice in those two areas:ġ Location A Location B hhmi BiolnteractiveĢ Location A Location B hhmi BioInteractiveģ Location A Location B hhmi BiolnteractiveĤ Location A Location B hhmi Biolnteractive What are the two phenotypes found in these mice? 5. View the images of the rock pocket mouse populations in each location and record the numbers for each color. Remember to highlight or change font colors of your responses. Most of the landscape consists of light-colored sand and rock, but patches of dark volcanic rocks that formed from cooling lava flows are found, separated by several kilometers of light colored substrate, Use the pdf posted on classroom to find the different cord locations of the mice for activity 1, and the link in the doc for activity 2. You can find populations of rock pocket mice all over the Sonoran Desert in the southwestern United States There are two common varieties, or phenotypes-a light-colored variety and a dark-colored variety. Transcribed image text: How Can Evolution Be Observed in Mouse Populations? A typical rock pocket mouse is about 170 millimeters long from its nose to the end of its tail, shorter than an average pencil.
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