Front Cover

pp.：  1 – 7

Global Biogeochemical Cycles

pp.：  7 – 8

Copyright Page

pp.：  8 – 9

Contents

pp.：  9 – 17

Authors

pp.：  17 – 19

Preface

pp.：  19 – 21

Chapter 1. Introduction

pp.：  21 – 29

Chapter 2. The Origin and Early Evolution of the Earth

pp.：  29 – 41

Chapter 3. Evolution and the Biosphere

pp.：  41 – 75

Chapter 4. Modeling BiogeochemicalCycles

pp.：  75 – 93

Chapter 5. Equilibrium, Rate, and Natural Systems

pp.：  93 – 113

Chapter 6. Tectonic Processes, Continental Freeboard, and the Rate-controlling Step for Continental Denudation

pp.：  113 – 143

Chapter 7. Pedosphere

pp.：  143 – 175

Chapter 8. Sediments: Their Interaction with Biogeochemical Cycles through Formation and Diagenesis

pp.：  175 – 195

Chapter 9. The Oceans

pp.：  195 – 233

Chapter 10. The Atmosphere

pp.：  233 – 259

Chapter 11. The Global Carbon Cycle

pp.：  259 – 283

Chapter 12. The Nitrogen Cycle

pp.：  283 – 305

Chapter 13. The Sulfur Cycle

pp.：  305 – 321

Chapter 14. The Phosphorus Cycle

pp.：  321 – 337

Chapter 15. Trace Metals

pp.：  337 – 373

Chapter 16. Human Modification of Global BiogeochemicalCycles

pp.：  373 – 383

Glossary

pp.：  383 – 385

Answers to Questions

pp.：  385 – 387

Index

pp.：  387 – 398

International Geophysics Series

pp.：  398 – 403