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Author:   John Damuth ,  Lev R. Ginzburg
Publisher:   The University of Chicago Press
Imprint:   University of Chicago Press
Dimensions:   Width: 15.20cm , Height: 2.30cm , Length: 22.90cm
Weight:   0.399kg
ISBN:  

9780226838571

ISBN 10:   0226838579
Pages:   240
Publication Date:   10 July 2025
Audience:   Professional and scholarly ,  College/higher education ,  Professional & Vocational ,  Postgraduate, Research & Scholarly
Format:   Paperback
Publisher's Status:   Active
Availability:   Manufactured on demand  
We will order this item for you from a manufactured on demand supplier.

Table of Contents

In Memoriam: John Damuth Preface Chapter 1. Selection Processes and Multispecies Systems 1.1. Prologue: Nonadaptive Selection 1.2. An Example: Why Food Chains Are Short 1.3. Goals at the Macroscale 1.4. The Problem of Extrapolation: Why Evolutionary Biology and Ecology Need Selective Processes in Addition to Natural Selection 1.5. The Macroscale 1.6. Nonadaptive Selection as a Solution Chapter 2. Two Examples: Network Motifs and Damuth’s Law 2.1. From Mechanisms to Patterns to Laws 2.2. Stability of Modules in Food Webs: Network Motifs 2.3. Selective Local Extinction and the Allometries of Energy and Abundance: Damuth’s Law Chapter 3. Nonadaptive Selection: How It Works 3.1. Nonadaptive Selection Is Distinct, Multifaceted, and Already Embedded in Evolutionary Theory 3.2. Nonadaptive Selection Processes: Do They Generate Laws of Nature? 3.3. The Properties of Macroscale Multispecies Systems 3.4. Summary Chapter 4. Nonadaptive Selection at the Level of Single Species 4.1. Fisher’s Principle: The Maintenance of Even Sex Ratios 4.2. Nonadaptive Selection Explanation of Heterozygote Fitness Superiority Chapter 5. Nonadaptive Selection Explains the Size Scaling of Lifespans 5.1. Introduction: The Problem of Lifespan Scaling 5.2. Traditional Explanations 5.3. Physiology and Ecology Interact to Provide a Causal Explanation via Nonadaptive Selection Chapter 6. Ecological Allometries, Nonadaptive Selection, and the Coordination of Powers 6.1. What Do Ecological Allometries Mean? 6.2. The Coordination of Ecological and Metabolic Power Laws Chapter 7. Nonadaptive Selection in Multispecies Interaction Networks 7.1. Introduction: Observed, Lawlike Regularities in Multispecies Interactions Are the Result of Nonadaptive Selection 7.2. Consumer Interference 7.3. How Nonadaptive Selection Explains Short Trophic Chains 7.4. Qualitatively Stable Structures, Triangular Matrices, and Asymmetry of Interaction Strengths 7.5. Nonadaptive Selection and Predators Larger Than Their Prey Chapter 8. Macroevolution: The Role of Nonadaptive Selection among Species 8.1. Introduction 8.2. Species Selection 8.3. Elevated Extinction Rates for Large Hypercarnivores 8.4. Outlook for Selection-Based Macroevolutionary Explanations and Laws Chapter 9. Summary and Perspective 9.1. Life Elsewhere in the Universe 9.2. The Origin of Adaptation and the Zero-Force Law 9.3. Populating of the Biosphere with Stable Structures 9.4. Conclusion Chapter 10. Appendices 10.1. Introduction to Allometry (Power Laws) 10.2. Qualitative Stability Conditions 10.3. Allometry and Energy Equivalence (Damuth’s Law) 10.4. The Price Equation 10.5. Kepler’s Planetary Allometry 10.6. Selection Analyses, Multilevel Selection, and Adaptation 10.7. Selection without Adaptation: A 2,300-Year History 10.8. Selection and Adaptation outside of Biology 10.9. Theories, Laws, and Models as Contemporary Philosophy Sees Them 10.10. Heterozygote Fitness Advantage 10.11. Models of Single-Species Population Growth 10.12. Community Interaction Networks, Asymmetry, and QSS 10.13. Species Selection 10.14. What Nonadaptive Selection Is Not Acknowledgments Notes References Index

Reviews

""A total intellectual and scientific pleasure. Damuth and Ginzburg have made a case for connection among a diverse set of phenomena that have resisted our understanding. More importantly, they've made new phenomena make more sense just by naming a process. Nonadaptive Selection is one of the most original and important books on evolution and ecology to come out in the last twenty years.""--Carl Simpson, University of Colorado Boulder

Author Information

John Damuth (1952–2024) was a senior research scientist in the Department of Ecology, Evolution, and Marine Biology at the University of California, Santa Barbara. Lev R. Ginzburg is professor emeritus in the Department of Ecology and Evolution at Stony Brook University. Among his books are the coauthored How Species Interact: Altering the Standard View on Trophic Ecology and Ecological Orbits: How Planets Move and Populations Grow.

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