Mathematical Biology 3380
Fall 2002
Tuesday 10:30-11:50; Thurs 12:00-1:20
3RD FLR CONF ROOM, Thackeray Hall
Bard Ermentrout
Recommended books
- Evolutaionary Dynamics Martin Nowak, 2006
- Mathematical Biology II J.D. Murray, Springer, 2004
Prerequisites
- Mathematics
- Some differential equations
- Some basic linear algebra (eigenvalues, etc)
- Some Fourier series
- Computing. You will be required to do many computer exercises.
Free software XPPAUT is
available that will allow you to do most of the exercises.
Grading
- Homework 60%
- Final Project 40%
Syllabus
- Introduction: Discrete dynamics
- Ecological models - Birth and Death
- Simple first and second order maps
- Coherence and extinction Paper
by Earn and Levin
- Periodic emergence of cicadas:
Hoppensteadt and Keller Science
194:335-337,1976
-
Here is a model
- Try running it. Click Initconds Go
- Try setting the cycle period k to 13 or 17 by
opening the Param window, changing k can clicking
OK Then
click on Delay to open the delay box and click Go
- Ecological models: Intro to ODE models
- Predator Prey
- Competition
- Oscillations
- Evolutionary dynamics