BZ346

Population and Evolutionary Genetics

Fall 2001

 

 

Dr. Joan Herbers

E338 Anatomy/Zoology

491-7013

 

Dr. Shanna Carney

E411 Anatomy/Zoology

491-1092

Office Hours: Monday 9-11

 Tuesday 9-10

Office Hours: Tuesday 10-11

 Wednesday 1-3

 

Textbook: Evolutionary Analysis by S. Freeman and J. C. Herron, second edition

 

GRADING:      There will be four hourly exams; the final will emphasize material covered in the last part of the course, but will also have a section that is cumulative over the entire semester. In addition, we will be doing in-class exercises periodically throughout the semester. Finally, you will be asked to write two summary papers for episodes of the PBS series on Evolution to be broadcast in late September.

            Exam 1                          15%                                    September 21

            Exam 2                          20%                                    October 10

            Exam 3                          20%                                    November 5

            Exam 4                          25%                                    December 11 7:00 AM

            Genetics quiz                    5%                                    September 5

            In-class exercises           10%                                    unannounced

            PBS reports                     5%                                    due October 1

 

Course Outline

Dr. Herbers

 

 

 

 

August

20

Introduction and review of genetics concepts

 

 

 

22 - 27

History of evolutionary thought

Chapters 2, 3

 

 

29 - 31

Adaptation

Chapter 8

 

Sept

5 - 19

Genetics quiz ; Mechanisms of evolutionary change: single-locus models

Chapters 5-6

 

 

21

EXAM  I

 

 

 

24

Evolutionary genomics (guest lecture)

 

 

 

26-28

Two-locus and multilocus Models

Chapter 7

 

Oct

1 - 8

PBS papers due; Quantitative genetics

Chapter 7

 

 

10

EXAM 2

 

 

 

 

 

 

 

 

 

 

 

 

Dr. Carney

 

 

 

 

Oct

12

Types of Selection: Sexual and Fertility Selection

Ch. 9

 

15

Kin Selection

Ch. 10

 

17

Speciation: Species Concepts

403-409

 

19

Species Concepts cont.

 

 

22

Isolating Mechanisms

409-414

 

24

Mechanisms of Divergence

414-420

 

26

Mechanisms of Divergence, Genetics of Differentiation

427-432

 

29

Secondary Contact and Hybridization

421-426

 

31

General Modes of Speciation

417

Nov

2

Rates of Speciation

521-526

 

5

EXAM 3

 

 

7

Genetic Variation in Nature

 

 

9

Phylogenetics: Molecular Evolution

Ch. 18

 

12

Phylogenetic Characters

437-450

 

14

Cladistic Theory - Guest Lecture

 

 

16

Using Phylogenies to Answer Questions

450-459

 

 

Thanksgiving Break

 

 

26

Fossil Record

507-521

 

28

Extinction Models

527-543

 

30

Current Topics: Human Evolution

Ch. 16

Dec

3

Evolution of Sex

213-224

 

5

Evolution and Disease

Ch. 1, 19

 

7

Wrapup

 

 

11

FINAL EXAM

 

 

In-Class Exercises

·        Periodically throughout the semester we will do exercises in class. These will not be announced ahead of time

·        Participation in the exercises will count toward a total of 10% of your final grade. It is therefore to your advantage to come to class regularly

 

Background Assumed

q       One full year of introductory biology is required. We will draw most heavily on concepts of genetics that you learned in your first-year biology course. It is imperative that you review Mendel's laws, the central dogma of molecular biology, and other fundamentals of genetics. We will hold two review sessions for those of you who are shaky on these topics, and a quiz to be given in class on September 5 will be worth 5% of your grade

q       Evolutionary genetics is a quantitative science, and we will use college-level algebra throughout the course (up through M124). If you are shaky on logs, algebra, exponents, and so on, review!

 

Examinations

§         Exams will test you on those subjects we cover in class. Your textbook has additional information that you will enjoy reading for background.

§         Problems on exams will be similar to those we do in class and those on homework assignments. They will be sufficiently different to discriminate between students who understand the material and those who have learned algorithms for solving problems.

§         Examinations are structured so that students who rely on memorization earn Cs. Those who understand the material earn Bs. Those who not only understand the material but who can apply it to new problems earn As.

§         For our exams, the old rubric applies: study 2-3 hours outside class for every hour inside class. That means you should plan on studying 10-15 hours for every exam.

 

PBS papers

§         PBS will televise a 7-part series on Evolution September 24-27. We ask that you write 2-3 page reviews of two of those segments. In your review you should 1) Describe the scientific content of the episode you watched; 2) Discuss how the episode relates to subjects we are studying in class; and 3) Critically evaluate the content, cinematography, and overall value of the episode.

§         Together, the two papers count for 5% of your course grade. In addition to evaluating content, we will grade your papers for grammar and spelling!

 

Grading Policy

·        No extra-credit options will be allowed except as announced in class

·        If you are ill, have a family emergency, or must be away for a University-sponsored event, then we must have written verification such as a death notice, a doctor’s excuse, or a letter from the coach. Makeup examinations will be given at our discretion.

·        When exams/papers are handed back in class, you have 24 hours to identify arithmetic errors on our part

·        If you would like to have an exam question re-graded, you must submit it with a WRITTEN explanation of your arguments and the entire exam within a week after it was returned in class

·        We will gladly speak with you about the material thereafter but absolutely no grade changes will be made once the one-week period has elapsed