Course ID: | GENE 4000/6000. 3 hours. |
Course Title: | Advanced Evolutionary Biology |
Course Description: | An advanced treatment of evolutionary biology from the level of
genes to populations to species. |
Oasis Title: | Advanced Evolutionary Biology |
Prerequisite: | GENE 3000-3000D or GENE 3000H or GENE 3080H |
Semester Course Offered: | Offered spring semester every year. |
Grading System: | A-F (Traditional) |
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Course Objectives: | Students will understand the conceptual underpinnings of modern evolutionary
biology. The successful student will be able to read and assimilate both classic
and current primary literature in evolutionary biology. Through lectures, the
reading of primary literature and problem sets, the successful student will
appreciate the fundamental and outstanding questions in evolutionary biology, and
will understand how theoretical, experimental, and comparative approaches can be
used to answer these questions. Successful students will have developed a strong
foundation for more advanced courses in population genetics and evolutionary
biology and for research in evolutionary biology at the graduate level, including
the ability to plan and execute research projects in evolutionary biology. |
Topical Outline: | A. Microevolution
1. Basic Concepts
2. Measuring Genetic Diversity
3. Hardy-Weinberg: Evolutionary Factors
4. Mutation and Natural Selection Theory
5. Fitness and Natural Selection
6. Group and Kin Selection, Sexual Selection
7. Adaptation
8. Inbreeding
9. Genetic Drift
10. Gene Flow
11. Genetic Structure
12. Patterns of Variation
B. Macroevolution
13. Species Concepts
14. Speciation
15. Phylogenetics
16. Fossil Record and Extinctions
17. Biogeography and Phylogeography
18. Evolution of Interactions, Coevolution
19. Molecular Evolution |
Honor Code Reference: | Students in this course are encouraged to work collaboratively and cooperatively in
small groups, and it is acceptable to turn in homework assignments based on group
work. We will expect students to play equivalent roles in these study groups and to
inform the instructors about the composition of these study groups. Students will
be expected to take tests as individuals without help from other persons. Students
will be expected to abide by the UGA Honor Code in all aspects of this course. We
encourage students to talk to other faculty and other students to gain an
understanding of the concepts of evolutionary biology. Any infringements of the
honor code that come to the instructor's attention will be remanded to Academic
Affairs for disciplinary action. |