1414.0CE Evolution Post-Lab Assignment.xlsx - Bio 1414...

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Bio 1414 - Evolution Lab Section:1414.0CE Date: Feb/02/2018 Group Members: x Complete all tables, graphs and questions on the 6 tabs following this Title page. Answers to the questions must be written in complete sentances. Upload to Blackboard by 11:59pm the night before your next laboratory. Name : x
Natural Selection in a Predator-Prey System Table 1 - Hypothesis: predict the relative success of each predator and prey Predators Prey Forceps 2 peas 2 Spoon 1 rice 4 Fork 3 lentils 3 Knife 4 beans 1 Result Table 2 - Natural Selection in Predator Prey Simulation Which predator are you?_Forceps(1st generation), Fork(2,3,4,5th generations)_ Prey Lentils Beans Rice Peas Generation # start 50 50 50 50 1. # eaten 0 2 0 0 1. # survivors 31 25 47 37 1. # survivors + offspring 62 50 94 74 2. # eaten 0 11 0 12 2. # survivors 47 7 78 33 2. # survivors + offspring 94 14 156 66 3. # eaten 32 1 20 5 3. # survivors 7 2 59 24 3. # survivors + offspring 14 4 118 48 4. # eaten 0 0 6 0 4. # survivors 2 1 57 22 4. # survivors + offspring 4 2 114 44 5. # eaten 0 1 14 9 5. # survivors 0 1 50 16 5. # survivors + offspring 0 2 100 32
Table 2-graph Enter your data in the table below and the graph will automatically make. Title Natural Selection in Predator-Prey Simulation Y-axis Generation X-axis # of survivors X Data Lentils Beans Rice Peas 1 31 25 47 37 2 47 7 78 33 3 7 2 59 24 4 2 1 57 22 5 0 1 50 10 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 0 10 20 30 40 50 60 70 80 90 Natural Selection in Predator-Prey Simulation Lentils Beans Rice Linear (Rice) Peas # of survivors Generation
Result Table 3 - Predator Efficiency Total # of all prey at the start of each generation Predator Forceps Spoon Fork Knife Generation 1 1% 6% 14% 6.50% 2 Predator extinct 24.80% 18.20% 13.90% 3 Predator extinct 50% 50% Predator extinct 4 Predator extinct 100% Predator extinct Predator extinct 5 Predator extinct 100% Predator extinct Predator extinct Average Efficiency 1% 56.20% 27.40% 10.20% Class Average Efficiency 2.02% 38.49% 112.26% 12.86% Table 3-graph Enter your data in the table below and the graph will automatically make. Title Predator Efficiency X-axis Predators Y-axis Average predator efficiency edit the x labels (Hint: what are your independent variables)? X Data Forceps Spoon Fork Knife Average efficiency 1 56.2 27.4 10.2 Class average efficiency 2.02 38.49 112.26 12.86 Predator efficiency = Total # of specific prey killed by a specific predator x 100 X Data Forceps Spoon Fork Knife 0 20 40 60 80 100 120 Predator Efficiency Average efficiency Class average efficiency Predators Average predator efficiency
Result Table 4 - Prey Survivorship Rates Total # of prey at the start of each generation Prey Lentils Beans Rice Peas Generation 1 62 50 94 74 2 75.8 14 82.97 44.59 3 7.447 14.29 37.82 36.36 4 14.286 25 48.3 45.83 5 0 50 43.86 36.36 Average Survivorship 31.9066 30.658 61.39 47.43 Class Average Efficiency 25.0307 15.3517 41.1033 26.303 Table 4-graph Enter your data in the table below and the graph will automatically make. Title Prey survivorship rate X-axis Prey Y-axis Survivorship rate edit the y labels X Data Lentils Beans Rice Peas Average survivorship 31.9066 30.658 61.39 47.43 Class average efficiency 25.0307 15.3517 41.1033 26.303 Prey Survivorship = Total # of prey remaining x 100 X Data Lentils Beans Rice Peas 0 10 20 30 40 50 60 70 Prey survivorship rate average survivorship class average efficiency Prey Survivorship rate
200 280 330 184 164 TOTAL PREY AT THE START OF EACH GENERATION
Questions Table 1-4 Question 1 Table 1-4 Question 2 Table 1-4 Question 3 Table 1-4 Question 4
Table 1-4 Question 5

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