Preface |
Figure Index |
Aim and Scope of the Book |
| Evolutionary Biology Describes the History of Life and Explains Why Organisms Are the Way They Are |
| Evolutionary Biology Is a Valuable Tool |
| Molecular Biology and Evolutionary Biology Are Overlapping Fields of Study |
|
I | AN OVERVIEW OF EVOLUTIONARY BIOLOGY |
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| 1 | The History of Evolutionary Biology: Evolution and Genetics |
| | A Brief Summary of Modern Genetics and Evolution |
| | Evolution before Darwin |
| | Charles Darwin |
| | The Eclipse of Natural Selection |
| | The Evolutionary Synthesis |
| 2 | The Origin of Molecular Biology |
| | The Beginnings of Molecular Biology |
| | Evolutionary and Molecular Biology: A New Synthesis? |
| 3 | Evidence for Evolution |
| | Evidence for Evolution |
| | Objections to Evolution |
| | Science and Society |
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II | THE ORIGIN AND DIVERSIFICATION OF LIFE |
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| 4 | The Origin of Life |
| | When Did Life Begin on Earth? |
| | How Did Life Begin on Earth? |
| 5 | The Last Universal Common Ancestor and the Tree of Life |
| | Tracing Early Evolutionary History |
| | Universal Homologies, LUCA, and the Tree of Life |
| 6 | Diversification of Bacteria and Archaea. I: Phylogeny and Biology |
| | Introduction to the Bacteria and Archaea |
| | Phylogenetic Diversification of Bacteria and Archaea |
| | Biological Diversification of Bacteria and Archaea |
| 7 | Diversification of Bacteria and Archaea. II: Genetics and Genomics |
| | The Nature of Archaeal and Bacterial Genomes |
| | Lateral Transfer of DNA |
| 8 | The Origin and Diversification of Eukaryotes |
| | Introduction to the Eukaryotes |
| | Endosymbioses Have Played a Key Role in the Evolution of Eukaryotes |
| | Structure and Evolution of the Nuclear Genome |
| | Eukaryotic Diversification |
| 9 | Multicellularity and Development |
| | How Multicellularity Happens |
| | Division of Labor through Differentiation |
| | Diversity of Body Plans |
| | Genetics of Building a Body Plan |
| 10 | Diversification of Plants and Animals |
| | Fossilization and Geological Time |
| | The Flow of the Evolution of Life-forms |
| | The Next 500 Million Years—Life Since the Cambrian Period |
| | Patterns of Evolution |
| 11 | Evolution of Developmental Programs |
| | Anterior–Posterior Patterning: Hox Gene Regulation of Development and Evolutionary Change |
| | Hox Genes Are Shown to Be Involved in Evolutionary Change |
| | Skeletal Evolution in Sticklebacks |
| | Evolution of Maize from Teosinte |
| | Universality of Developmental Systems |
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III | EVOLUTIONARY PROCESSES |
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| 12 | Generation of Variation by Mutation and Recombination |
| | Mutations and Mechanisms for Their Generation |
| | Protection, Prevention, and Correction Mechanisms Limit the Number of Mutations Caused by DNA Damage and Replication Errors |
| | Rates and Patterns of Mutations |
| | Generation of Variation by Mixing: Sex and Lateral Gene Transfer |
| 13 | Variation in DNA and Proteins |
| | Genetic Variation |
| | Types of Genetic Variation |
| 14 | Variation in Genetically Complex Traits |
| | Introduction to Quantitative Traits |
| | Analyzing Quantitative Variation |
| | The Genetic Basis of Quantitative Variation |
| | Generation of Quantitative Variation |
| 15 | Random Genetic Drift |
| | Evolution Is a Largely Random Process |
| | Random Drift of Allele Frequencies |
| | The Neutral Theory |
| | Recombination and Random Drift |
| 16 | Population Structure |
| | Gene Flow |
| | Gene Flow Interactions with Other Evolutionary Forces |
| | Genealogies in Structured Populations |
| 17 | Selection on Variation |
| | The Nature of Selection |
| | Selection on Quantitative Traits |
| | Selection on Multiple Genes |
| 18 | The Interaction between Selection and Other Forces |
| | Selection and Random Drift |
| | Selection and Gene Flow |
| | Balancing Selection |
| | Mutation and Selection |
| 19 | Measuring Selection |
| | Direct Measurement of Selection |
| | Indirect Measurement |
| | Selection on Linked Loci |
| | Selection on Noncoding DNA |
| | The Extent of Selection |
| 20 | Phenotypic Evolution |
| | Evolutionary Optimization |
| | Aging |
| | Evolutionary Games |
| | Sexual Selection |
| 21 | Conflict and Cooperation |
| | Social Evolution |
| | Conflict between Genes |
| | Interactions between Relatives |
| | Evolution of Cooperation |
| 22 | Species and Speciation |
| | Defining Species |
| | The Genetics of Speciation |
| | Mechanisms of Speciation |
| | The Geography of Speciation |
| 23 | Evolution of Genetic Systems |
| | Studying the Evolution of Genetic Systems |
| | Evolution of Mutation Rates |
| | Evolution of Sex and Recombination |
| | Consequences of Sex |
| | Evolution of Evolvability |
| 24 | Evolution of Novelty |
| | The Basic Features of Novelty |
| | Changes in the Activity of Gene Products |
| | Changes in Gene Regulation and Interactions within a Network: Targeting, Differentiation, and Development |
| | Redundancy |
| | Robustness, Modularity, and Compartmentalization |
| | Acquiring New Functions from Other Species: Gene Transfer and Symbiosis |
| | Natural Selection over Long Periods of Time Leads to the Origin of Novelty |
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IV | HUMAN EVOLUTION |
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| 25 | Human Evolutionary History |
| | Placing Humans on the Tree of Life |
| | The Evolution of Hominins |
| | Genetics and Human Evolution |
| | Genomics and Humanness |
| 26 | Current Issues in Human Evolution |
| | The Genetic Basis of Disease |
| | Understanding Human Nature |
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IV | ONLINE CHAPTERS |
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| 27 | Phylogenetic Reconstruction PDF HTML |
| | Generating a Molecular Sequence Matrix for Phylogenetic Analysis |
| | Methods to Infer Phylogenetic Trees |
| | Evaluation of Methods and Trees |
| | Problems and Questions in Phylogenetic Reconstruction |
| | Using Gene Trees |
| 28 | Models of Evolution PDF HTML |
| | Deterministic Processes |
| | Random Processes |
|
Glossary |
Figure Credits |
Index |