Chapter 1. Ecosystem Conservation: The Need for Ecological Science
Chapter 2. The Science of Ecology
-What is Ecology?
-Resolving Ecological Complexity
-Life as a Game
-Ecological Science: Gaining Reliable Knowledge about Ecosystems
Chapter 3. Climate-Template for Global Biodiversity
-The Physics Underlying Life on Earth
-Ecosystem Types
-Coping With with Climate
-Climate-Space
-Effects of Global Climate Change
Chapter 4. Ecological Limits and the Size of Populations
-Simple Population Growth
-Ecological Balance and Carrying Capacity
-Competitors and Predators
-Weather
-Carrying Capacity and Population Overabundance
Chapter 5. Viability of Threatened Species
-Life-Cycles and Population Dynamics
-Modeling Age-Structured Population Dynamics
-Viability of Loggerhead Sea Turtles
Chapter 6. Biodiversity and Habitat Fragmentation
-Diversity Indices
-Habitat Fragmentation and the Species-Area Relationship
-Habitat Fragmentation and Population and Community Processes
Chapter 7. The Web of Life: Connections in Space and Time
-Ecosystems in Time
-Ecosystems in Space: Linkages Across Geographic Boundaries
Chapter 8. Ecosystem Services of Biodiversity
-Diversity Begets Ecosystem Stability
-Diversity-Productivity Relations
-Crop Pollination
-Pest Control
-Invasion Resistance
Chapter 9. Protecting Biological Diversity and Ecosystem Function
-Conservation Tools
-Dynamic Landscapes
-Global Climate Change and Reshuffling of Faunas
Chapter 10. The Good of a Species: Toward a Science-Based
-Ecosystem Conservation Ethic
-Tinkering with Economies
-Ecological Science, Uncertainty, and Precaution
-Policy and Management as a Scientific Enterprise
-Questions for Discussion
References
Further Reading
Glossary
About the Author
Index