Ecology and Evolution: Biology 301 Fall 2001
Department of Biological Sciences
University of South Carolina
Dr. Sarah A. Woodin, Coker 406, 7-4254 or 7-4141 or Email: woodin@biol.sc.edu
Office Hours: Tues 1:30-2:30, Thurs 9:00-10:00, and by appointment

Email Office Hours: Tues 5:00-7:00, Thurs 5:00-7:00

Required Text: Ecology, fourth edition by Robert E. Ricklefs and Gary L. Miller

On Reserve: A Primer of Population Genetics, third edition by Daniel L. Hartl
Evolutionary Analysis, second edition by Scott Freeman and Jon C. Herron
previous examinations

Date         Topic                                                                                                     Pages

Aug 23  Introduction to the course, ecological/environmental    Chapt 1-3
        stage and evolutionary play, data--means and variances

Aug 28  Energy, constraints, selective factors,                 pp. 71-75,
        the physical environment, biomes                        Chapt 8

Aug 30  Adaptations, link to population biology                 pp. 76-89,Chapt 6-7

Sept 4  Population structure and life tables                    Chapt 14

Sept 6-13 Population models, demography, limited growth         Chapt 15-16

Sept 18 Population fluctuations and cycles                      Chapt 18

Sept 20 Metapopulations, patches, dispersal                     Chapt 17

Sept 25 Exam I          

Sept 27 Optimal foraging                                        pp. 649-656

Oct 2-4 Evolution, adaptation, Hardy-Weinberg model, selection  Chapt 30, Hartl pp. 19-33       
                                                                F&H pp. 109-125

Oct 9-11 Adaptation: form vs function, evidence for natural     pp. 640-648, 
        selection                                               F&S pp. 251-287

Oct 16  Fall Break

Oct 18-23  Sex, sexual selection                                 Chapt 33

Oct 25  Exam II

Oct 30  Life history evolution                                  Chapt 32

Nov 1-6 Population interactions: competition                    Chapt 21: 403-420;Chapt 22

Nov 8-13 Predation and defensive adaptations, disturbance,      Chapt 23: 447-452,458-463,472-477
        Coevolution						Chapt 25

Nov 15  Exam III

Nov 20  Experimental Analysis 

Nov 22  Thanksgiving

Nov 27  Community structure,  Succession                      Chapt 26: 521-532, Chapt 28
                                             
Nov 29  Ecosystems, energy flow, trophic structure              Chapt 10

Dec 4   Biogeochemical cycles, nutrient regeneration            Chapt 11

Dec 6   Ecosystem regulation, Global perturbations,             Chapt 13
        population growth
       
Dec 14  2 pm  Exam IV

The course is divided into four sections with four examinations. All exams will have a similar format of short answer questions, problems, and short essay questions. Students will be expected to interpret data presented as tables as well as in graphical form. Material for the examinations will come both from lecture and the readings. In addition to the major examinations there will be several quizzes, homework assignments, and discussions. The quizzes plus the homework and discussions will count 10% of your grade.  Makeup examinations will be allowed only with a written doctor's excuse or proof of a genuine family emergency.

Students are expected to attend all lectures and to read the assigned text prior to the lecture. Dr. Woodin will be available both during office hours as well as by appointment. Please, if you need help, come see me or send me questions via email. Answers to questions submitted during the email period will be provided by 9 pm that evening. Email questions submitted during other times will typically be answered within 24 hours. Changes to the course schedule (if any) and outlines of lectures will be posted on the Department of Biological Sciences web page at www.biol.sc.edu. Lecture outlines will be posted each week. Homework assignments will be announced in class and typically will be due at the beginning of the next class period.

For each lecture there is the following standing homework assignment: 1. submit a possible exam question based on that lecture (it can include information from preceding lectures) and 2. submit a short (no more than half a page and often two sentences will do) summary of the primary points of the lecture. These can be submitted via email prior to the next lecture or at the beginning of the next lecture.  Particularly good exam questions will be used on the exam and from 1 to 5 extra credit points given to the author.