NS: 1.4 (1/10) Version B
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Last updated over 2 years ago
10 questions
0
Which histogram shows a population that’s all one color?
Which histogram shows a population that’s all one color?
0
Which histogram shows a population with a lot of variation?
Which histogram shows a population with a lot of variation?
0
Which histogram shows a population with mostly yellow ostrilopes and some variation?
Which histogram shows a population with mostly yellow ostrilopes and some variation?
0
Which histogram shows the same variation as histogram B but a different distribution of traits?
Which histogram shows the same variation as histogram B but a different distribution of traits?
0
What information can you gather about the two generations below?
What information can you gather about the two generations below?
0
Was there variation in Generation 1?
Was there variation in Generation 1?
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Was there variation in Generation 2?
Was there variation in Generation 2?
0
Do:· Open the Natural Selection Simulation and open the mode: Fur and Temperature A.· Change the temperature of the environment to cold (Level 1) by moving the Temperature slider.· Press RUN and observe the population for at least 50 generations.· Press ANALYZE and compare starting and ending histograms.
Do:
· Open the Natural Selection Simulation and open the mode: Fur and Temperature A.
· Change the temperature of the environment to cold (Level 1) by moving the Temperature slider.
· Press RUN and observe the population for at least 50 generations.
· Press ANALYZE and compare starting and ending histograms.
2
Why do you think the distribution of fur traits changed over time?CFS:- accurately uses visual data to draw conclusions on population variations
- describes the cause and effect relationship between environmental factors and species traits
Why do you think the distribution of fur traits changed over time?
CFS:
- accurately uses visual data to draw conclusions on population variations
- describes the cause and effect relationship between environmental factors and species traits
1
Predicting Fur Traits in a Cooling EnvironmentUse the Modeling Tool activity: Fur and Temperature, Population B to show your prediction about how the distribution of traits in Population B will change as a result of the environment becoming cold.
Goal:Predict how and why Population B will change after the environment changes from warm to cold.Do:Analyze Histogram 1 and label that histogram with any Trait labels that apply.• Predict Histogram 2 by shading in the bars for the different trait levels.
Predict the traits in Generation 2 when the environment changes from WARM to COLD
Predicting Fur Traits in a Cooling Environment
Use the Modeling Tool activity: Fur and Temperature, Population B to show your prediction about how the distribution of traits in Population B will change as a result of the environment becoming cold.
Goal:
Predict how and why Population B will change after the environment changes from warm to cold.
Do:
Analyze Histogram 1 and label that histogram with any Trait labels that apply.
• Predict Histogram 2 by shading in the bars for the different trait levels.
Predict the traits in Generation 2 when the environment changes from WARM to COLD