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Unit 6 Evolution Reading – Chapter 14 (pages 279-290,), Chapter 15 (pages 297-310), Chapter 16 (317-330) Date 2-12 T Homework Assigned Outline Part I 2-14 Th 2-20 W Outline Part II, Finish Breeding Bunnies lab Outline Part III, Finish Frog Variation lab 2-22 F Outline Part VIII (LOOK AT THIS CHANGE) 2-26 T 2-28 Th Outline Part IV 3-4 M Outline Part VI 3-6 W 3-8 F Outline Part VII 3-12 T 3-14 Th Study for your test Outline Part V Outline Part IX Relax! Vocabulary – Population Genetics Variation Gene flow Gene Pool Gene Flow Sexual selection Directional Selection Spontaneous Generation Evolution Fossil Biogeography Convergent Evolution Coevolution In-Class Evolution Poll, Population Genetics-microevolution, A population of dogs, Variation within a population (the bean lab), Eye Evolution (a look at causes and results of evolution) Quiz # 1 on part I, Breeding Bunnies, Adaptation vs. Acclamation Sort Quiz #2 on part II, Frog Variation, Hardy-Weinberg genetic equilibrium, Sources of variation video clip, Flies in the barn, Sexual vs. Artificial selection video clips Quiz #3 on part III, Darwin Voyage and the Theory of Natural Selection (What Darwin Never Knew) Quiz #4 on part VIII, The Beak Lab-a natural selection simulation, Types of selection group activity Quiz #5 on part IV, Speciation, Types of evolution group activity, Brown mice/ Black mice HHMI, Whale and Mammal Cladogram Quiz # 6 on Part V, The Slow Death of Spontaneous Generation-The classic experiments, Spontaneous Generation Recipes Pair-Share, Experiments Sort Quiz #7 on part VI, How old is that Fossil-Radiometric Dating Activity, Forming organic compounds-BIOquest Quiz #8 on part VII, Things you may not know about evolution video clip, Evidence for evolution stations, Punctuated Evolution, Extinctions Quiz #9 on Part IX, Evolution graphic organizer, Avoiding Teleological Phrases, Review for test! Evolution Test Microevolution Population Interbreed Alelle frequency Immigration Emigration Hardy-Weinberg Genetic Equilibrium Immigration Emigration Artificial Selection Stabilizing Selection Speciation Morphology Biogenesis Radiometric Dating Strata Natural Selection Law of Superposition Speciation Isolation Homology(Homologous) Divergent Evolution Adaptive Radiation Gradualism Punctuated Equilibrium Alleles Mutation Genetic Drift Mutation Genetic Drift Disruptive Selection Abiogenesis Half-Life Adaptation Transitional species Vestigial Structure Prezygotic isolation Postzygotic isolation Concepts & Review – A. Biogenesis 1. Explain the early experiments to prove Biogenesis and why they were deemed inconclusive. 2. Explain Pasteur’s experiment and why it was deemed conclusive. B. Earth’s History 1. What is Radioactive (or Radiometric) dating? 2. What does Half-Life mean? 3. How old is the universe? 4. How old is the earth? 5. What was Oparin’s Hypothesis? 6. What gases did Oparin say were in the Earth’s early atmosphere? 7. Who proved Oparin’s Hypothesis, how, and what molecules did they make? C. The Idea of Evolution 1. Summarize the history of scientific ideas about evolution. 2. Explain Lamarck’s Theory of Acquired Characterics (or traits). 3. What was Darwin’s main contribution to the evolution debate? (3 premises and natural selection) D. Evidence of Evolution 1. Explain how fossils present evidence of evolution. 2. Describe the Law of Superposition. 3. What is a Transitional species? 4. Explain how homology presents evidence of evolution. 5. Explain how vestigial structures present evidence of evolution. 6. Explain how DNA comparison presents evidence of evolution. E. Mechanisms of Evolution 1. Explain how Biogeography presents a mechanism for evolution to occur. 2. Explain how adaptation presents a mechanism for evolution to occur. F. Evolution in Action 1. Contrast Convergent and Divergent Evolution. 2. How do Darwin’s finches illustrate Adaptive Radiation? 3. Compare and contrast artificial and natural selection. 4. How does Coevolution cause the one species to act upon the evolution of another? G. Genetic Equilibrium 1. Explain the difference between Gene Flow and Gene Pool. 2. Explain the three types of Natural Selection. 3. Explain the difference between gradualism and punctuated equilibrium.