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Weather and Climate on Planets - 1st Edition - ISBN: 9780080264936, 9781483150796

Weather and Climate on Planets

1st Edition

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Authors: K Y Kondratyev G E Hunt
eBook ISBN: 9781483150796
Imprint: Pergamon
Published Date: 1st January 1982
Page Count: 770
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Weather and Climate on Planets discusses the problems of the meteorology of planets. Planetary meteorology is the study of the regularities of the atmospheres and their thermal regime and dynamics, specifically the properties of the planetary surfaces and the specific features of the interactions between the atmospheres and surfaces.

This book contains four chapters and begins with an overview of origin and evolution of the solar system and planetary atmospheres. The introductory chapter describes some basic characteristics of planetary atmospheres, laboratory and numerical modeling of the atmospheric circulation, and the application of remote sounding. The remaining three chapters examine the weather, climate, and other meteorological aspects of planet Venus, Mars, and Jupiter.

This book will be of value to meteorologists, astronomers, researchers, and students.

Table of Contents


Chapter 1 - Comparative Meteorology of Planets

1. Brief Review of the Origin and Evolution of the Solar System

2. Evolution of Planetary Atmospheres

3. Comparative Characteristics of Planetary Atmospheres

4. Some Basic Characteristics of Planetary Atmospheres

5. Laboratory Modeling

6. Similarity Theory

7. Numerical Modeling of the Atmospheric Circulation

8. On the Upper Atmospheres

9. On Methods of Remote Sounding


Chapter 2 - Venus

1. Composition and Structural Parameters

1.1. Introduction

1.2. Surface

1.3. Composition

1.4. Structural Parameters

2. Clouds

2.1. Introduction

2.2. Vertical Structure of Cloud Cover

2.3. Chemical Composition, Size Distribution and Optical Properties

3. Greenhouse Effect

3.1. Theoretical Calculations

3.2. Direct Measurements from Venera-8, 9 and 10

4. Atmospheric Circulation

4.1. Four-day Circulation

4.2. The data from Mariner-10

4.3. The data from Venera Spacecraft

4.4. Numerical Modeling of the Atmospheric Circulation

5. Upper Atmosphere

6. Venera-11 and 12 and Pioneer-Venus-1 and 2

6.1. Composition and Structural Parameters of the Atmosphere

6.2. Cloud Cover

6.3. Radiation Regime

6.4. General Circulation of the Atmosphere


Chapter 3 - Mars

1. Relief of Mars and Properties of the Surface Layer

1.1. TV Images of the Surface

1.2. Geology and Paleoclimate

1.3. Photometric and Polan'metric Measurements of the Martian Surface

1.4. Radioastronomical Studies

2. Composition and Structural Parameters of the Structure

2.1. Structural Parameters

3. Atmospheric Dust and Clouds

3.1. Clouds

4. General Atmospheric Circulation

4.1. Numerical Modeling of General circulation

4.2. The Theory of the Thermal Regime

4.3. The Theory of Dust Storms

5. The Upper Atmosphere

5.1. Ozone

5.2. Structure and Composition

5.3. Photochemistry

5.4. Turbulence

6. Results from Studies of the Atmosphere and the Surface of Mars with Viking-1,2 Orbiters and Landers

6.1. Searches for Landing Sites

6.2. Analysis of Surface Images Obtained from Viking Orbiters

6.3. Analysis of the Surface Images Obtained from Viking-landers

6.4. The Thermal Mapping Albedo

6.5. Properties of the Soil. Dust Storms

6.6. Gaseous Composition of the Atmosphere

6.7. Structural Parameters

6.8. Evolution of the Atmosphere

6.9. Meteorological Observations


Chapter 4 - Jupiter

1. Introduction

1.1. Pioneer-10, 11

1.2. The Voyager Mission

1.3. Jovian Planets

1.4. General Characteristics of Jupiter's Atmosphere

2. Models of an Above-Cloud Atmosphere

3. Cloud Cover. Lower Atmospheric Layers

4. The Thermal Emission Field

4.1. Infrared Absorption Spectrum

4.2. The Results of Calculations

4.3. Remote Sounding of the Atmosphere - Temperature Structure

5. General Circulation of the Atmosphere

5.1. Zonal Circulation

5.2. General Atmospheric Circulation ( Theoretical Studies)

5.3. Meteorology

6. Perspective of Studies of the Major Planets




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© Pergamon 1982
1st January 1982
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About the Authors

K Y Kondratyev

G E Hunt

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