'It is in my view the most important book in vertebrate evolution since Simpson's Tempo and Mode in Evolution (1944), because of what it offers as a summary, an integration, and above all a prospectus for vertebrate biologists of a new synthesis that is showing all signs of a very healthy infancy. Our next generation of scientists would do well to train themselves as Carroll has done in order to fulfill his vision of what integrative vertebrate biology can become.' Kevin Padian Science

• Preface; Acknowledgments; Part I. Current Problems in Evolutionary Theory: Part II. Theories of Evolution at the Level of Populations and Species: Part III. Evolution in Modern Populations: Part IV. Limits to Knowledge of the Fossil Record and Their Influence on Studies of Evolution: Part V. Patterns of Evolution Among Late Cenozoic Mammals: Part VI. Patterns of Evolution of Non-Mammalian Vertebrates in the Late Cenozoic: Part VII. The Influence of Systems of Classification on Concepts of Evolutionary Patterns: Part VIII. Evolutionary Constraints: Part IX. Evolutionary Genetics: Part X. Development and Evolution: Part XI. Physical Constraints: Part XII. Major Evolutionary Transitions: Part XIII. Patterns of Radiation: Part XIV. Forces of Evolution: Part XV. Conclusions and Comparisons: Glossary. References. Index.

'It is in my view the most important book in vertebrate evolution since Simpson's Tempo and Mode in Evolution (1944), because of what it offers as a summary, an integration, and above all a prospectus for vertebrate biologists of a new synthesis that is showing all signs of a very healthy infancy. Our next generation of scientists would do well to train themselves as Carroll has done in order to fulfill his vision of what integrative vertebrate biology can become.' Kevin Padian Science

• Preface; Acknowledgments; Part I. Current Problems in Evolutionary Theory: Part II. Theories of Evolution at the Level of Populations and Species: Part III. Evolution in Modern Populations: Part IV. Limits to Knowledge of the Fossil Record and Their Influence on Studies of Evolution: Part V. Patterns of Evolution Among Late Cenozoic Mammals: Part VI. Patterns of Evolution of Non-Mammalian Vertebrates in the Late Cenozoic: Part VII. The Influence of Systems of Classification on Concepts of Evolutionary Patterns: Part VIII. Evolutionary Constraints: Part IX. Evolutionary Genetics: Part X. Development and Evolution: Part XI. Physical Constraints: Part XII. Major Evolutionary Transitions: Part XIII. Patterns of Radiation: Part XIV. Forces of Evolution: Part XV. Conclusions and Comparisons: Glossary. References. Index.

'It is in my view the most important book in vertebrate evolution since Simpson's Tempo and Mode in Evolution (1944), because of what it offers as a summary, an integration, and above all a prospectus for vertebrate biologists of a new synthesis that is showing all signs of a very healthy infancy. Our next generation of scientists would do well to train themselves as Carroll has done in order to fulfill his vision of what integrative vertebrate biology can become.' Kevin Padian Science

• Preface; Acknowledgments; Part I. Current Problems in Evolutionary Theory: Part II. Theories of Evolution at the Level of Populations and Species: Part III. Evolution in Modern Populations: Part IV. Limits to Knowledge of the Fossil Record and Their Influence on Studies of Evolution: Part V. Patterns of Evolution Among Late Cenozoic Mammals: Part VI. Patterns of Evolution of Non-Mammalian Vertebrates in the Late Cenozoic: Part VII. The Influence of Systems of Classification on Concepts of Evolutionary Patterns: Part VIII. Evolutionary Constraints: Part IX. Evolutionary Genetics: Part X. Development and Evolution: Part XI. Physical Constraints: Part XII. Major Evolutionary Transitions: Part XIII. Patterns of Radiation: Part XIV. Forces of Evolution: Part XV. Conclusions and Comparisons: Glossary. References. Index.