|
List of Illustrations |
vii |
|
Preface |
xiii |
|
Acknowledgments |
xv |
Chapter 1 |
Introduction |
1 |
|
The Greenhouse Effect |
4 |
|
Global Warming |
11 |
Chapter 2 |
Early Studies |
16 |
|
The Heat-Trapping Envelope |
16 |
|
The First Quantitative Estimate |
17 |
|
A Simple Alternative |
20 |
Chapter 3 |
One-Dimensional Model |
25 |
|
Radiative-Convective Equilibrium |
25 |
|
The Response to CO2 Change |
31 |
Chapter 4 |
General Circulation Models |
37 |
|
The UCLA Model |
38 |
|
The GFDL Model |
41 |
Chapter 5 |
Early Numerical Experiments |
50 |
|
Polar Amplification |
50 |
|
Seasonal Variation |
60 |
Chapter 6 |
Climate Sensitivity |
70 |
|
Radiative Feedback |
70 |
|
The Gain Factor Metric |
73 |
|
Feedbacks of the Second Kind |
76 |
|
Feedback in 3-D Models |
82 |
Chapter 7 |
Glacial-Interglacial Contrast |
94 |
|
The Geologic Signature |
94 |
|
Simulated Glacial-Interglacial Contrast |
96 |
Chapter 8 |
The Role of the Ocean in Climate Change |
106 |
|
The Thermal Inertia of the Ocean |
106 |
|
The Coupled Atmosphere-Ocean Model |
113 |
|
Initialization and Flux Adjustment |
115 |
|
Global Warming Experiments |
118 |
|
The Atlantic Ocean |
125 |
|
The Southern Ocean |
130 |
Chapter 9 |
Cold Climate and Deep Water Formation |
137 |
Chapter 10 |
Global Change in Water Availability |
146 |
|
Acceleration of the Water Cycle |
146 |
|
Numerical Experiments |
149 |
|
The Latitudinal Profile |
152 |
|
River Discharge |
156 |
|
Soil Moisture |
160 |
|
Implications for the Future |
166 |
|
Postscript |
167 |
|
|
|
|
References |
169 |
|
Index |
181 |