Behavioral Ecology: Biology 528, 528L, 592B. Summer 2007.

Instructor: David A. Gray      dave.gray@csun.edu

Office: Science 2209, Hours Weds. 10-12, Phone (818) 677-7653

Course Objectives:  This course is intended to provide students with an intensive examination of the modern field of behavioral ecology, that is, the quantitative analysis of behavior in an ecological and evolutionary framework.  The course consists of lecture, laboratory, and fieldwork including an original research project.  Emphasis will be placed on hypothesis testing using both observational and experimental approaches.

Lecture (Bio. 528) will cover major topics in behavioral ecology, using J. R. Krebs and N. B. Davies. 1993. An introduction to behavioural ecology, 3rd Edition. Blackwell Science Inc. [ISBN 0632035463]. We will also read selections of original literature, and from Olivia Judson's fabulous Dr. Tatiana's Sex Advice to All Creation [paperback ISBN 0805063323].   Both are available at the bookstore.

Lab (Bio. 528L) will serve several functions.

Field (Bio. 592B) will be intensive hands on observational and experimental approaches to the study of behavior in the field, and will include both group and original field research projects.

There will be two required weekend fieldtrips leaving Friday afternoon returning late Sunday afternoon/early evening; fieldtrips may involve camping in remote areas with no facilities.

Weekend time may be substituted for some of the weekday scheduled time.

Expectations and Grading:  I expect full participation, which means more than simply showing up.  It means actively engaging the material in lecture, lab and field situations. Questions and interaction are always encouraged!!

You are required to sign up for all three components of the course.  The +/- grading system will be used.

Policies: Preliminary Schedule:
Although scheduled as lecture, lab, and field in discrete blocks of time, in practice we will be quite flexible, including substituting weekend time for some weekday time.
 
Week
Wednesday
Thursday
Friday
1 (June 6 - 8)
Lecture: Introduction; Behavior and the Darwinian paradigm
Readings: Ch. 1
Lecture: Economics and Optimality
Lab/Field: repeatabilty (15 pts),
(Fieldwork, Santa Monica Mtns)
Readings: Ch. 2, Ch. 3, Pennings' Dogs & Calculus
Lecture: Signals and Signal Design
Lab/Field: paper discussion
Readings: Ch. 14, Zahavi 1991
2 (June 13 - 15)
Lecture: Competition for ecological resources
Lab/Field: Ideal Free Distribution (15 pts) (Fieldwork Zuma Beach)
Readings: Ch. 5
Lecture: Fighting and Assessment, Predator-Prey Coevolution
Lab/Field: Fighting (15 pts) (Fieldwork, Malibu Creek)
Readings: Ch. 7, Ch. 4, Sword2005, SummersClough2001
Weekend Fieldtrip
leave Friday 1 PM, return Sunday late PM
3 (June 20 - 22)
Lecture: Sexual Selection I
Lab/Field: Basic Experimental Design and Data Analysis, Powerpoint 
Readings: Ch. 8, MeadArnold2004, HoskenStockley2004,
Lecture: Sexual selection II
Lab/Field: Animal Acoustics (15 pts) (Fieldwork Santa Monica Mtns)
Readings: StuttSivaJothy2001, Schilthuizen2005
 Dr. Tatiana's Sex Advice, selected readings and costume party
4 (June 27- 29)
Midterm Exam
Lecture: Parental Care, Mating Systems, Alternate Strategies
Lab/Field: Abstract Writing (15 pts),Data presentation; (15 pts) ExampleData.xls
Readings: Ch. 9, Ch. 10, MøllerThornhill1998
Weekend Fieldtrip
leave Friday 1 PM, return Sunday late PM
5 (July 4 - 6)
July 4th Holiday, No Class
Lecture: Groups, Kin Selection
Readings: Ch. 6, Ch. 11, Hamilton 1971, Sonerud2001, Pfennig1999, GriffinWest 2002
Project Presentations/Paper Due
6 (July 11 - 13)
Lecture: Sociality, Cooperation
Readings: Ch. 12, 13, Emlen 1995
Lecture: Human Behavioral Ecology
Readings: WinterhalderSmith
Final Exam