Chapter
Licensed
Unlicensed
Requires Authentication
9. Evaluating the Textural Discontinuity Hypothesis
A Case for Adaptive Inference
-
Craig A. Stow
, Jan P. Sendzimir and Crawford S. Holling
You are currently not able to access this content.
You are currently not able to access this content.
Chapters in this book
- Frontmatter i
- CONTENTS v
- 1. Panarchies and Discontinuities 3
- 2. Self- organization and Discontinuities in Ecosystems 20
- 3. Discontinuity, Multimodality, and the Evolution of Pattern 31
- 4. Discontinuities in Body- Size Distributions 45
- 5. Patterns of Landscape Structure, Discontinuity, Mammal Phylogeny, and Body Size 61
- 6. Biophysical Discontinuities in the Everglades Ecosystem 83
- 7. Discontinuities in the Geo graph i cal Range Size of North American Birds and Butterflies 101
- 8. Discontinuities in Urban Systems 136
- 9. Evaluating the Textural Discontinuity Hypothesis 165
- 10. Dynamic Discontinuities in Ecologic- Economic Systems 179
- 11. The Ecological Significance of Discontinuities in Body- Mass Distributions 193
- 12. Cross- Scale Structure and the Generation of Innovation and Novelty in Discontinuous Complex Systems 219
- Synthesis 234
- References 241
- Contributors 265
- Index 269
- Preface vii
Chapters in this book
- Frontmatter i
- CONTENTS v
- 1. Panarchies and Discontinuities 3
- 2. Self- organization and Discontinuities in Ecosystems 20
- 3. Discontinuity, Multimodality, and the Evolution of Pattern 31
- 4. Discontinuities in Body- Size Distributions 45
- 5. Patterns of Landscape Structure, Discontinuity, Mammal Phylogeny, and Body Size 61
- 6. Biophysical Discontinuities in the Everglades Ecosystem 83
- 7. Discontinuities in the Geo graph i cal Range Size of North American Birds and Butterflies 101
- 8. Discontinuities in Urban Systems 136
- 9. Evaluating the Textural Discontinuity Hypothesis 165
- 10. Dynamic Discontinuities in Ecologic- Economic Systems 179
- 11. The Ecological Significance of Discontinuities in Body- Mass Distributions 193
- 12. Cross- Scale Structure and the Generation of Innovation and Novelty in Discontinuous Complex Systems 219
- Synthesis 234
- References 241
- Contributors 265
- Index 269
- Preface vii