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Web Extension 9.1: Deriving the Geometric Growth Equations
Web Extension 9.2: Deriving the Logistic Equation
Web Extension 10.1: Deriving Levins’s Rule for Persistence
Web Extension 11.1: How Should Competition Be Modeled?
Web Extension 11.2: Deriving the Conditions for Coexistence in the Lotka–Volterra Competition Model
Web Extension 12.1: Modifying the Lotka–Volterra Predator–Prey model
Web Extension 13.1: Enslaved by a Hairworm Parasite
Web Extension 13.2: When Will a Disease Establish and Spread?
© 2008 Sinauer Associates, Inc.
Web Extensions
Extension 9.1
Extension 9.2
Extension 10.1
Extension 11.1
Extension 11.2
Extension 12.1
Extension 13.1
Extension 13.2
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About the book
1. Introduction: The Web of Life
2. The Physical Environment
3. The Biosphere
4. Coping with Environmental Variation: Temperature & Water
5. Coping with Environmental Variation: Energy
6. Evolution and Ecology
7. Life History Analyses
8. Population Distribution and Abundance
9. Population Growth and Regulation
10. Population Dynamics
11. Competition
12. Predation and Herbivory
13. Parasitism
14. Mutualism and Commensalism
15. The Nature of Communities
16. Change in Communities
17. Biogeography
18. Species Diversity in Communities
19. Production
20. Energy Flow and Food Webs
21. Nutrient Supply and Cycling
22. Conservation Biology
23. Landscape Ecology and Ecosystem Management
24. Global Ecology
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