Squirrel Population Activity Each squirrel can deliver up to six offspring each year. In this scenario, the squirrel population is living under ideal conditions, and there are neither predators nor diseases. Procedure-create a graph using the information below 1. Suppose two squirrels were brought into a park, mated, and produced six offspring after the first year. 2. Assume all female members of each generation give birth to six offspring each year and there are no squirrel deaths. Also, assume that half of the population is female. 3. Calculate the number of offspring that will be produced every year for five years. 4. Construct an appropriate graph for your data (Number of Offspring vs. Time). Year # of Offspring 0 0 1 2 3 4 5 Conclusion Questions - answer the following questions in complete sentences 1. Describe the shape of your graph. Is the growth linear (constant) or exponential) 2. Predict the size of the squirrel population in the park after 10 years. 3. Predict what would eventually happen to the squirrels if they were unable to leave the park. 4. Predict what would happen to the resources used by the squirrels if they were unable to leave the park. 5. Hypothesize why the Earth is not overrun with squirrels. 6. What factors restrict the size of any population in real life? Describe at least 3 biotic factors and 3 abiotic factors.
Squirrel Population Activity Each squirrel can deliver up to six offspring each year. In this scenario, the squirrel population is living under ideal conditions, and there are neither predators nor diseases. Procedure-create a graph using the information below 1. Suppose two squirrels were brought into a park, mated, and produced six offspring after the first year. 2. Assume all female members of each generation give birth to six offspring each year and there are no squirrel deaths. Also, assume that half of the population is female. 3. Calculate the number of offspring that will be produced every year for five years. 4. Construct an appropriate graph for your data (Number of Offspring vs. Time). Year # of Offspring 0 0 1 2 3 4 5 Conclusion Questions - answer the following questions in complete sentences 1. Describe the shape of your graph. Is the growth linear (constant) or exponential) 2. Predict the size of the squirrel population in the park after 10 years. 3. Predict what would eventually happen to the squirrels if they were unable to leave the park. 4. Predict what would happen to the resources used by the squirrels if they were unable to leave the park. 5. Hypothesize why the Earth is not overrun with squirrels. 6. What factors restrict the size of any population in real life? Describe at least 3 biotic factors and 3 abiotic factors.
Biology: The Unity and Diversity of Life (MindTap Course List)
14th Edition
ISBN:9781305073951
Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
Publisher:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
Chapter42: Animal Development
Section: Chapter Questions
Problem 2DAA
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Transcribed Image Text:Squirrel Population Activity
Each squirrel can deliver up to six offspring each year. In this scenario, the squirrel
population is living under ideal conditions, and there are neither predators nor diseases.
Procedure-create a graph using the information below
1. Suppose two squirrels were brought into a park, mated, and produced six offspring
after the first year.
2. Assume all female members of each generation give birth to six offspring each year
and there are no squirrel deaths. Also, assume that half of the population is female.
3. Calculate the number of offspring that will be produced every year for five years.
4. Construct an appropriate graph for your data (Number of Offspring vs. Time).
Year
# of
Offspring
0
0
1
2
3
4
5
Conclusion Questions - answer the following questions in complete sentences
1. Describe the shape of your graph. Is the growth linear (constant) or exponential)
2. Predict the size of the squirrel population in the park after 10 years.
3. Predict what would eventually happen to the squirrels if they were unable to leave
the park.
4. Predict what would happen to the resources used by the squirrels if they were
unable to leave the park.
5. Hypothesize why the Earth is not overrun with squirrels.
6. What factors restrict the size of any population in real life? Describe at least 3 biotic
factors and 3 abiotic factors.
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