Product ID: 99610
Supplementary Print
Undergraduate
Whales and Krill: A Mathematical Model (UMAP)
Author: Raymond N. Greenwell
A predator-prey system involving whales and krill is modeled by a system of differential equations. Although the equations are not solvable, information is extracted using dimensional analysis and the study of equilibrium points. The concept of maximum sustainable yield and use it to draw conclusions about fishing strategies, and practice manipulative skills in algebra and calculus.
Table of Contents:
1. INTRODUCTION
2. THE MODEL
3. THE FISHERMAN COMETH
4. REMOVING THE DIMENSIONS
5. LOOKING FOR EQUILIBRIUM POINTS
6. THE EFFECT OF FISHING
7. MAXIMUM SUSTAINABLE YIELD
8. TOTAL VALUE
9. CONCLUSIONS
10. REFERENCES
11. ACKNOWLEDGMENTS
12. ANSWERS TO EXERCISES
©1983 by COMAP, Inc.
UMAP Module
19 pages
Mathematics Topics:
Differential Equations
Application Areas:
Environment & Sustainability , Life Sciences & Medicine , Ecology
Prerequisites:
Ability to differentiate algebraic expressions; knowledge of integration techniques; knowledge of maxima-minima techniques of calculus; familiarity with the concept of units or dimensions
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