Introduction to the Science of Evolution

Author(s): Luke Holbrook

Edition: 2

Copyright: 2020

Pages: 212

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$85.09

ISBN 9781792435904

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Evolution is a central unifying principle of biology, yet many students of biology have a poor grasp of what we mean when we refer to evolution, Darwinian evolution, or evolutionary theory. In addition, biology students frequently do not understand evolution as science; they fail to recognize that the study of evolution involves application of the scientific method, just like any other biological discipline. This leads to misconceptions about the scientific basis of evolution.

Introduction to the Science of Evolution aims to rectify these misconceptions. Evolution is presented as a collection of testable theories, along with data that demonstrate the support for evolutionary concepts. The work of evolutionary biologists is illustrated to highlight how they are using the scientific method to address evolutionary questions. We begin by outlining the scientific method, and subsequent chapters lay out the scientific basis for various key evolutionary concepts. Finally, we provide a brief survey of the history of life to illustrate some of the important results of evolutionary biology.

This book is designed for college students new to the biological sciences. It is suitable as the main text for a stand-alone course, or as a supplement to other texts in a traditional introductory biology sequence. It includes numerous activities and assessments designed to let the student apply concepts they learn to real data, to develop their quantitative skills and their ability to read and interpret graphs, and to assess their own learning.

Introduction
How this book is organized for learning
Acknowledgements

Part I: Applying the Scienti­fic Method to Evolution
Chapter One: The Nature and Process of Science
Chapter Two: The Theories, Predictions, and Tests of Evolution

Part II: Microevolution—Evolution of Populations
Chapter Three: The Logic and Testability of Natural Selection
Chapter Four: Testing Evolution at the Genetic Level

Part III: Macroevolution—Evolution Above the Species Level
Chapter Five: The Predictions of Phylogeny and Macroevolution
Chapter Six: The Predictable Consequences of Speciation and Biogeography

Part IV: Investigating the History of Life
Chapter Seven: Earth History and Patterns of Diversity
Chapter Eight: Investigating the Origin of Life
Chapter Nine: An Appallingly Brief Survey of Biodiversity

Luke Holbrook

Luke Holbrook is Professor of Biological Sciences at Rowan University. His research focuses on the phylogeny, paleontology, and evolution of mammals.

Evolution is a central unifying principle of biology, yet many students of biology have a poor grasp of what we mean when we refer to evolution, Darwinian evolution, or evolutionary theory. In addition, biology students frequently do not understand evolution as science; they fail to recognize that the study of evolution involves application of the scientific method, just like any other biological discipline. This leads to misconceptions about the scientific basis of evolution.

Introduction to the Science of Evolution aims to rectify these misconceptions. Evolution is presented as a collection of testable theories, along with data that demonstrate the support for evolutionary concepts. The work of evolutionary biologists is illustrated to highlight how they are using the scientific method to address evolutionary questions. We begin by outlining the scientific method, and subsequent chapters lay out the scientific basis for various key evolutionary concepts. Finally, we provide a brief survey of the history of life to illustrate some of the important results of evolutionary biology.

This book is designed for college students new to the biological sciences. It is suitable as the main text for a stand-alone course, or as a supplement to other texts in a traditional introductory biology sequence. It includes numerous activities and assessments designed to let the student apply concepts they learn to real data, to develop their quantitative skills and their ability to read and interpret graphs, and to assess their own learning.

Introduction
How this book is organized for learning
Acknowledgements

Part I: Applying the Scienti­fic Method to Evolution
Chapter One: The Nature and Process of Science
Chapter Two: The Theories, Predictions, and Tests of Evolution

Part II: Microevolution—Evolution of Populations
Chapter Three: The Logic and Testability of Natural Selection
Chapter Four: Testing Evolution at the Genetic Level

Part III: Macroevolution—Evolution Above the Species Level
Chapter Five: The Predictions of Phylogeny and Macroevolution
Chapter Six: The Predictable Consequences of Speciation and Biogeography

Part IV: Investigating the History of Life
Chapter Seven: Earth History and Patterns of Diversity
Chapter Eight: Investigating the Origin of Life
Chapter Nine: An Appallingly Brief Survey of Biodiversity

Luke Holbrook

Luke Holbrook is Professor of Biological Sciences at Rowan University. His research focuses on the phylogeny, paleontology, and evolution of mammals.