PREDATOR-PREY DYNAMICS

ENTOM ZOOL 543

Objectives

For the student to

1. Understand the theory of predator-prey interactions.
2. Know the different approaches used to model predator-prey interactions and their strengths and weaknesses.
3. Know how to analyze the dynamics of predator-prey models in phase space and to evaluate their biological plausibility.
4. Know how to use predator-prey theory to design stable, self-sustaining, and productive ecosystems.

Course Structure

1. 7 sessions on the Internet
2. Reading assignments
3. Exercises using computers
4. Instructor available for consultation via e-mail or in person
5. Interaction with instructor and other students via the conference Bulletin Board
6. Midterm and final examination

University Credit

• 1 credit hour

Prerequisites

• Population Theory (ENTOM 429/529), Mathematics through Calculus

Technical Requirements

• Personal computer with Internet connection (e.g., a modum)
• Java-enabled web browser, such as Netscape Navigator 3.0, or Microsoft Explorer 3.0 or higher versions.
• Spreadsheet software such as Microsoft Excel.
• E-mail communication and work submission (click here for information).

Text

• Assigned readings

Grading

• Homework 50%
• Examinations 50%
• Grading Policy

Instructor

• Professor Alan A. Berryman (click here to obtain more information)
• Questions concerning this course can be sent via e-mail to berryman@mail.wsu.edu

Course Outline (Click Session # to access on-line course sessions)

Course Evaluation

We are interested in improving this course through feedback with students. Please give us your impressions of the course by filling out the Evaluation Form.

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