# Teacher Preparation Notes for "Evolution by Natural Selection" 1

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2 Students will engage in several Scientific Practices: o developing and using models o using mathematics o analyzing and interpreting data o constructing explanations o arguing from evidence. This activity provides the opportunity to discuss the Crosscutting Concepts: o Cause and effect: Mechanism and explanation Students suggest cause and effect relationships to explain and predict behaviors in complex natural and designed systems. o Systems and system models Students can use models and simulations to predict the behavior of a system, and recognize that these predictions have limited precision and reliability due to the assumptions and approximations inherent in the models. o Stability and change Students understand much of science deals with constructing explanations of how things change and how they remain stable. They quantify and model changes in systems This activity helps to prepare students for the Performance Expectations: o MS-LS4-4, "Construct an explanation based on evidence that describes how genetic variations of traits in a population increase some individuals' probability of surviving and reproducing in a specific environment." o MS-LS4-6, "Use mathematical representations to support explanations of how natural selection may lead to increases and decreases of specific traits in populations over time." o HS-LS4-2, "Construct an explanation based on evidence that the process of evolution primarily results from four factors: (1) the potential for a species to increase in number, (2) the heritable genetic variation of individuals in a species due to mutation and sexual reproduction, (3) competition for limited resources, and (4) the proliferation of those organisms that are better able to survive and reproduce in the environment." o HS-LS4-3, "Apply concepts of statistics and probability to support explanations that organisms with an advantageous heritable trait tend to increase in proportion to organisms lacking this trait." o HS-LS4-4, "Construct an explanation based on evidence for how natural selection leads to adaptation of populations." Specific Learning Goals Different individuals in a population have different characteristics; this is variation. Fitness is the ability to survive and reproduce. A characteristic which is influenced by genes and can be inherited by a parent s offspring is called a heritable trait. A heritable trait that increases fitness is an adaptation. An adaptation tends to become more common in a population. Because the adaptation increases fitness, individuals with this trait generally produce more offspring. Because the trait is heritable, offspring generally have the same trait as their parents. Therefore, the adaptation tends to become more common in the population. This process is called natural selection. Natural selection results in changes in the frequency of an adaptation in a population. Natural selection does not cause changes in an individual. Evolution by natural selection occurs if and only if there is variation in a heritable trait which contributes to differences in fitness. 2

3 Which characteristics are adaptations and how a population evolves depend on which type of environment the population is in. The same population will evolve differently in different environments. In biological populations, evolution by natural selection usually occurs slowly over many generations. This activity counteracts several common misconceptions about evolution 4 : Individual organisms can evolve during a single lifespan. Natural selection involves organisms trying to adapt. The "needs" of organisms account for the changes in populations over time (goal-directed or teleological interpretation). The fittest organisms in a population are those that are strongest, fastest, and/or largest. Equipment and Supplies for Section II. Simulation of Natural Selection 2-3 yards of black cloth for the black forest habitat (should be faux fur or some other rough cloth) The size of the habitat should accommodate foraging by half the students in your class yards of red cloth for the red grasslands habitat (should be fleece, with a different texture than the black habitat) 5 or 7 mm black and red pom-poms ( of each color per class) The specific colors of the pom-poms and habitats need not be black and red, so long as there is a very good color match between each habitat and one color of the pom-poms. Both color cloths should be textured, since even pom-poms of a matching color tend to be readily visible on plain flat cloth. If possible, the textures should be as deep as or deeper than the diameter of the pom-poms. The textures should be different to demonstrate that different hunter adaptations may be more successful in different habitats. 6 Plastic forks and spoons for hunter feeding structures (1 of each for each student) 7 4 Most of these misconceptions are excerpted from Misconceptions about evolution, available at 5 A version of the simulation with only one habitat is available as an attachment at This version may be suitable if you have a small class (<14-16 students), limited funds for purchasing the habitat cloth (for a cheaper alternative, see footnote 6), or students who require close supervision (you may want to have a subset of your students perform the simulation as a demonstration). If you use this one-habitat version, you will need to adapt some of these Teacher Preparation Notes accordingly. Also, depending on the type of cloth you purchase, you may want to replace Black Forest with Red Grassland in the shorter Student Handout. 6 This simulation can also be done with two different color poster board habitats and squares or circles of the same colors as the two habitats to serve as the prey; the student predators can use their fingers or tweezers. This is more economical than using cloth and pom-poms, at least in the short term. We prefer cloth that meets the above specifications, but poster board habitats and matching circles or squares will probably give better results than using cloth which is not highly textured and/or is a poor color match for the pom-poms. Some natural selection simulation activities suggest using beans, but we recommend against this. Beans of different colors often vary in size and weight and it is difficult to find a good color match for the background. These problems tend to distort the results of simulations that use beans. 7 Fork and spoon feeding structures have different fitness on some textured fabrics, but you may not see a difference in fitness between fork and spoon feeding structures, particularly if you have fewer than 10 hunters on each habitat. If you want to ensure that there will be a difference in fitness between the two types of feeding structures, you can substitute plastic knives for either the forks or the spoons and make appropriate changes in the wording of the Student Handout and Instructions for Student Helpers. 3

5 Instructional Suggestions for Section II. Simulation of Natural Selection 1. Before the class period when you will do the simulation: a. Count out 2 batches of 90 pom-poms, with 45 pom-poms of each color in each batch. (If you have a particularly large class, you may want to have 60 pom-poms of each color in each batch.) b. Scatter 45 black and 45 red pom-poms in each habitat. (The simulation works better if students do not have time to overcome the camouflage by searching for pom-poms ahead of time, so you may want to fold each habitat with pom-poms in half and unfold the habitats just before beginning the simulation.) c. To speed the simulation activity, you will want to sort the remaining pom-poms into groups of 10 and 20 of the same color, ready to be included in the pom-poms that you will scatter for the second round of the simulation. To have the groups of 10 and 20 pom-poms of the same color ready for easy use, you may want to put them in a tray with compartments (e.g. ice cube tray or bead tray). d. For each class you teach, you will need a copy of the data table on the next page. Record the number of pom-poms of each color for generation 1. Alternatively, you may want to prepare an Excel file version of the table. e. For each habitat in each class, choose a student helper who will help to organize the simulation procedure. Give each of them a copy of the Simulation Instructions for Student Helpers (provided on the last two pages of these Teacher Preparation Notes). The activity will go more smoothly if your student helpers have a chance to read these instructions before the simulation begins. f. Draw or project this table on the board. g. Number who have this feeding structure in: Generation 1 Generation 2 Generation 3 Hunters in the Black Forest Hunters in the Red Grassland Spoon Fork Spoon Fork 2. When you are ready to begin the simulation, split the class in half (with each half becoming the hunters on one of the habitats). You may want to have your students stand with their backs to the simulation habitat until you are ready to have them begin feeding; we have found that the simulation works better if students do not have time to overcome the camouflage by searching for pom-poms ahead of time. For each habitat, give each student a fork or spoon (one half each). Record the numbers of hunters with each type of feeding structure for generation 1 in the above table on the board. 3. Remind the students of the rules of the game (see the bottom of page 4 of the Student Handout). a. Remind them to pick up each pom-pom with their feeding structure and put it in the cup. They must keep their cups upright at all times and are not permitted to tilt the cups and shovel pom-poms into them. b. Competition for resources is okay, but once a pom-pom is on a feeding structure, it is off limits to other students. 5

7 table in question 12 of the Student Handout. Then, your students will calculate the total number of pom-poms and the percentages of each color for each generation in each habitat and complete the graphs in question 13. We recommend that you have your students make dot and line graphs similar to the graph shown on page 9 of the Student Handout. Use questions 11 and of the Student Handout to guide your students in interpreting the results of the simulation and developing their understanding of natural selection. Questions are designed to help students understand the necessary conditions for natural selection by considering what would happen if any of these conditions is not met. In question 16b, students are asked whether natural selection could occur if the black forest habitat became red grassland due to a prolonged drought, but only black pom-poms had survived in the population. The simple answer is that without any variation there would be no opportunity for natural selection; however, more sophisticated students may point out that natural selection could occur if a mutation for red color occurred in the population or if red pom-poms migrated in from another population. These questions provide the opportunity to discuss the Crosscutting Concept, Stability and change Students understand much of science deals with constructing explanations of how things change and how they remain stable. They quantify and model changes in systems To conclude this section we recommend a discussion of the strengths and weaknesses of this simulation as a model of natural selection. The strengths of this simulation include that it demonstrates the basic features of natural selection and helps to correct the following common misconceptions: Individual organisms can evolve during a single lifespan. Natural selection involves organisms trying to adapt. The fittest organisms in a population are those that are strongest, fastest, and/or largest. There are several important differences between this simulation and natural selection in nature (see the bottom of page 7 of the Student Handout). In the simulation we assume that differences in survival and reproduction are due entirely to predation which can be reduced by camouflage. In contrast, in real biological populations there are other factors that influence mortality and reproductive success, independent of the effectiveness of camouflage. Also, in this simulation offspring are identical to their parents. In contrast, for sexually reproducing organisms, the characteristics of offspring are similar, but not identical to their parents. These differences between this simulation and biological reality help to explain why this simulation suggests that natural selection occurs much more rapidly than it actually does in nature. This illustrates a typical weakness of simulations namely that they are simplified and omit important aspects of the actual biological process. The example presented in the next section of the activity illustrates that natural selection typically is a gradual process that takes place over many generations. This discussion will illustrate the Crosscutting Concept, Systems and system models Students can use models and simulations to predict the behavior of a system, and recognize that these predictions have limited precision and reliability due to the assumptions and approximations inherent in the models. 7

9 how analysis at multiple levels from the molecular to the ecological contributes to a better understanding of evolution by natural selection. Additional recommendations for teaching about natural selection are provided in "Resources for Teaching and Learning about Evolution" ( and "Making Sense of Natural Selection" (The Science Teacher 80(6): 43-49, 2013). 9

10 Simulation Instructions for Student Helpers 1. Have the students in your group count how many pom-poms they have in their cups and line up in order of how many pom-poms they have (least to most). 2. Go down the line and record how many pom-poms of each color were eaten and the feeding structure (F = fork; S = spoon) for each hunter in Generation 1. Remind the students in your group that: They should give you the pom-poms that they have eaten. These pom-poms are dead, so they should not be put back on the habitat. The students should also give you their feeding structures, since each hunter only survives for one round of hunting. # Black Pom-Poms Eaten # Red Pom-Poms Eaten Feeding Structure in Generation 1 Hunter Total 3. Calculate the total number of red pom-poms eaten and the total number of black pom-poms eaten and give these numbers to your teacher. 4. The half of the students who ate the most pom-poms survive long enough to reproduce. Each of these students will have two offspring with the same feeding structure as the parent. In the table above, circle the feeding structures for the half of the students who ate the most pom-poms. If you have an odd number of students in your group, see C in the table below. Complete the table below to calculate the number of hunters with each type of feeding structure in Generation 2. Fork Spoon A. Number of Generation 1 hunters with each feeding structure who were in the top half of pom-poms eaten B. Number of offspring with this feeding structure (2 x number in A) C. If there are an odd number of students in your group, the student in the middle for number of pom-poms eaten produces one offspring, so enter a 1 in the appropriate column. D. Total number of Generation 2 hunters with this feeding structure (B+ C) 5. Record the number of Generation 2 hunters with forks and the number of Generation 2 hunters with spoons in the appropriate row in the table on the board. Distribute forks and spoons to the hunters in your group so you have the right number of Generation 2 hunters with each type of feeding structure. 6. Next, your group should discuss the questions at the top of page 5 of the Student Handout. 10

11 7. After the second round of the simulation, repeat the same procedure, using the table below to record the data for pom-poms and feeding structures. Tell your teacher the number of red pompoms eaten and the number of black pom-poms eaten. # Black Pom-Poms Eaten # Red Pom-Poms Eaten Feeding Structure in Generation 2 Hunter Total 8. Complete the table below to calculate the number of hunters with each type of feeding structure in Generation 3. A. Number of hunters with this feeding structure who were in the top half of pom-poms eaten B. Number of offspring with this feeding structure (2 x number in A) C. If there are an odd number of students in your group, the student in the middle for number of pom-poms eaten, produces one offspring, so enter a 1 in the appropriate column. D. Total number of Generation 3 hunters with this feeding structure (B+ C) Fork Spoon 9. Record the number of Generation 3 hunters with forks and the number of Generation 3 hunters with spoons in the table on the board. 10. Each student should return to his or her seat and answer question 11 on page 5 of the Student Handout. 11

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