Exploring the Solar System

Exploring the Solar System
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An Exciting and Authoritative Account of the Second Golden Age of Solar System Exploration Award-winning author Peter Bond provides an up-to-date, in-depth account of the sun and its family in the 2nd edition of Exploring the Solar System. This new edition brings together the discoveries and advances in scientific understanding made during the last 60 years of solar and planetary exploration, using research conducted by the world's leading geoscientists, astronomers, and physicists. Exploring the Solar System, 2nd Edition is an ideal introduction for non-science undergraduates and anyone interested in learning about our small corner of the Milky Way galaxy.

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Peter Bond. Exploring the Solar System

Table of Contents

List of Tables

List of Illustrations

Guide

Pages

Exploring the Solar System

Dedication

Conversion Table

Length

Area

Temperature

Speed

Volume

Introduction to the First Edition

Introduction to the Second Edition

About the Companion Website

ONE Beginnings

Wandering Stars

The Earth‐Centered Universe

Measuring Distances and Sizes

The Central Sun

Newton and Gravity

What Is A Planet?

Box 1.1 Orbits

The Solar System

The Birth of the Solar System

Box 1.2 Kepler's Laws of Planetary Motion

Rocky Planets

Box 1.3 Key Steps in the Formation of Rocky Planets (after Kenyon and Bromley)

Gas Giants and Ice Giants

Box 1.4 Mass and Density

Migrating Planets

Box 1.5 The Nice Model and Jupiter's Grand Tack

Planetary Satellites

The Heliosphere

The Future

Questions

Notes

TWO Sun

The Birth of the Sun

The Sun as a Star

The Solar Spectrum

Box 2.1 Solar Eclipses

Nuclear Fusion

The Structure of the Sun

The Core and the Radiative Zone

The Interface Layer (Tachocline)

The Convective Zone

Box 2.2 Helioseismology

The Photosphere

The Chromosphere

Spicules

The Transition Region

The Corona

Coronal Heating

The Magnetic Sun

Sunspots

Sunspot Cycles

Solar Wind

Box 2.3 SOHO

Flares

Box 2.4 Ulysses

Classification of Solar Flares

Coronal Mass Ejections

Box 2.5 Space‐based Solar Observatories

The Sun's Future

Questions

Notes

THREE Earth

Orbit and Rotation

Seasons

Surface Temperature

Atmosphere

Box 3.1 Earth Observation Satellites

Troposphere

The Ozone Hole

Upper Atmosphere

Atmospheric Circulation

Zonal Winds

Tropical Cyclones

Ocean Currents

El Niño and La Niña

Monsoons

Ice Ages

Box 3.2 Radar

Climate Change

Size and Density

Interior

Surface Features

Plate Tectonics

Box 3.3 Flat Earth or Round Earth?

Volcanoes

Mountains

The Blue Planet

Deserts

Biosphere

Box 3.4 The Story of Life

Impacts

Extinctions

Magnetic Field

Box 3.5 Tides

Questions

Notes

FOUR 4 The Moon

Phases

Lunar Eclipses

Day and Night on the Moon

Physical Characteristics

Near Side, Far Side

Box 4.1 Lunar Exploration

Major Impact Basins

Maria

Mare Rocks

Highlands

Lunar Craters

Box 4.2 Impact Craters

Volcanic Domes and Pyroclastics

Sinuous Rilles

Linear Rilles

Box 4.3 Dating the Moon

Present‐day Volcanism?

Regolith and Moon Dust

Internal Structure

Magnetic Fields

Box 4.4 Lunar X‐rays

Surface Resources

Lunar Water

Atmosphere

Geological History

Box 4.5 Lunar Meteorites

The Birth of the Moon

Box 4.6 Apollo Experiments

Questions

Notes

FIVE 5 Mercury

Apparitions of Mercury

Orbit

Phases

Transits

Spin‐Orbit Resonance

Two‐Year Days and Double Sunsets

Hot Spots

Surface Observations

Size, Mass, and Density

The Iron Planet

Box 5.1 Mariner 10

Origin

Magnetic Mercury

A Varied Surface

Surface History

Impact Craters

Impact Basins

Caloris Basin

Volcanism and Hollows

Lobate Scarps and Global Contraction

Polar Ice?

Atmosphere

Box 5.2 Missions to Mercury

Questions

Notes

SIX Venus

Orbit and Size

Phases

Transits

Rotation Period

Atmospheric Composition

Runaway Greenhouse

Acid Clouds

Atmospheric Circulation and Super‐rotation

Polar Vortices and Gravity Waves

Physical Characteristics

The Hidden Surface

Box 6.1 The Vega Balloons

Ishtar Terra

Aphrodite Terra

Weathering and Erosion

Impact Craters

Volcanic Activity

Box 6.2 Revealing Radar

Coronae and Arachnoids

Tectonics

Box 6.3 The Venera Landers

A One Plate Planet?

Magnetic Field

Box 6.4 Pioneer Venus

Box 6.5 Magellan

Questions

Notes

SEVEN Mars

Sols and Seasons

Physical Characteristics

Interior

Box 7.1 The Martian Calendar

Impact Features

North–South Divide

Box 7.2 Dating Mars

Tectonics

Volcanism

Tharsis Giants

Valles Marineris

Plains

Polar Regions

Permafrost

Pedestal Craters

Glaciation

Outflow Channels

Valley Networks, Lakes, and Deltas

Unexplained Gullies

A Mars Ocean?

Hydrated Compounds

A Windblown Desert

Box 7.3 Curiosity in Gale Crater

Dust Storms

Dust Devils

Atmosphere

Box 7.4 The Vikings

Magnetic Field

Solar Wind Interaction

Auroras

Meteorites from Mars

Box 7.5 The Methane Mystery

Life on Mars?

Phobos and Deimos

Box 7.6 Mars Orbiters

Box 7.7 The Mars Exploration Rovers

Questions

Notes

EIGHT Jupiter

Orbit and Physical Characteristics

Zones and Belts

Box 8.1 Mass and Weight

Atmospheric Composition

The Great Red Spot

Merging Storms

Red Junior

Turbulent Poles

Interior

Box 8.2 Metallic Hydrogen

Magnetic Field

Jupiter's Auroras and Io

The Galilean Moons

Io

Box 8.3 Ocean Worlds

Europa

Box 8.4 Voyagers at Jupiter

Ganymede

Callisto

Box 8.5 Birth of the Jovian Satellites

Inner Satellites

Box 8.6 The Galileo Mission

Outer Satellites

Jupiter's Rings

Questions

Notes

NINE Saturn

Winds and Cloud Bands

Cloud Decks

Box 9.1 How Fast Does Saturn Spin?

Saturn Storms

Polar Hot Spots and a Hexagon

Interior

Magnetic Field

Auroras and Radiation Belts

Discovering Saturn's Rings

Box 9.2 Voyagers at Saturn

Multiple Rings

A and B Rings

Spokes

C and D Rings

F Ring

Box 9.3 Cassini

Outer Rings

Satellites

Orange Titan

Chemical Factory

Seasonal Changes

Methane Clouds

Rivers and Lakes

Dunes, Mountains, Volcanoes, and Craters

Tiger Stripes on Enceladus

Box 9.4 Huygens

Box 9.5 Formation of Saturn's Moons

Other Major Moons

Spongy Hyperion

Two‐Toned Iapetus

Phoebe

Small Satellites

Questions

Notes

TEN Uranus

Discovery

The Seventh Planet

Atmosphere

Clouds and Storms

Interior

Missing Heat

Magnetic Surprise

Box 10.1 Voyager 2

Major Satellites

Miranda

Rings

Box 10.2 Discovering Uranus' Rings

Chaotic Inner Moons

Remote Moons

Box 10.3 Naming the Moons of Uranus

Questions

Notes

ELEVEN Neptune

The Eighth Planet

Box 11.1 Voyager 2's Grand Finale

Atmosphere

Interior

Magnetic Field

Triton

Small Satellites

Rings and Arcs

Questions

Notes

TWELVE Pluto and the Kuiper Belt

The Edgeworth‐Kuiper Belt

The Classification of Kuiper Belt Objects

Surfaces

The Largest KBOs

Box 12.1 Dwarf Planets

Peculiar KBOs

Box 12.2 Measuring the Size of a KBO

Binaries

Box 12.3 The Search for Planet X

Puzzling Pluto – Key to the Kuiper Belt

Box 12.4 Pluto's Eclipse Season

Orbit

Seasons

Pluto's Surface Ices

Pluto's Icy Heart

Box 12.5 New Horizons

Sputnik Planitia and Pluto's Reorientation

Interior

Pluto's Atmosphere

Charon

Pluto's Smaller Satellites

The Origin of the Pluto System

Box 12.6 Planet Nine?

Questions

Notes

THIRTEEN Comets, Asteroids, and Meteorites

Box 13.1 Naming Asteroids

Asteroid Origins

Impacts and Rubble

Box 13.2 Asteroid Classes

Asteroid Families and Kirkwood Gaps

Asteroid Moons

Box 13.3 Sample Return Missions

Ceres

Box 13.4 Solar‐Powered Asteroids

Vesta

Other Large Asteroids

Box 13.5 Dawn

Trojan Asteroids

Box 13.6 NEAR‐Shoemaker at Eros

Near‐Earth Asteroids

Box 13.7 The Torino and Palermo Scales

The Impact Threat to Earth

Tunguska

Box 13.8 Saving Earth

Meteorites

The Origin of Meteorites

Types of Meteorites

Meteorites from the Moon and Mars

Meteors

Box 13.9 Meteors, Meteoroids, and Meteorites

Long‐Haired Stars

Icy Dirtballs or Dirty Snowballs?

Box 13.10 Giotto

Comet 67P Churyumov‐Gerasimenko

Box 13.11 Rosetta and Philae

Breaking Up Is Easy To Do

Centaurs

Comet or Asteroid?

Main Belt Comets

Sungrazing Comets

The Riddle of Stardust

Box 13.12 Naming Comets

Box 13.13 Deep Impact

Periodic Comets

The Oort Cloud

Box 13.14 'Oumuamua, An Interstellar Intruder

Questions

Notes

FOURTEEN Exoplanets

Box 14.1 Pulsar Planets

Beta Pictoris

Dusty Disks

Disk Evolution and Exoplanet Formation

Brown Dwarfs or Exoplanets?

Detecting Exoplanets: Radial Velocity

Box 14.2 How Normal is Our Solar System?

Transits

Direct Imaging

Astrometry

Gravitational Microlensing

Weird Worlds

Box 14.3 Exoplanet Surveys

Hot Jupiters

Earth‐Like Planets and Super‐Earths

Multi‐Planet Systems

Box 14.4 The TRAPPIST‐1 System

Exoplanet Moons

Box 14.5 The Drake Equation

Alien Life?

SETI

Questions

Notes

Appendices. Appendix 1: Planetary Data

Appendix 2: Satellite Data

Appendix 3: Planetary Rings

Appendix 4: The Largest Known Trans‐Neptunian Objects

Appendix 5: Lunar and Planetary Missions

Appendix 6: Lunar and Planetary Firsts

Glossary

Further Reading. General

Chapter 1: Beginnings

Chapter 2: The Sun

Chapter 3: Earth

Chapter 4: The Moon

Chapter 5: Mercury

Chapter 6: Venus

Chapter 7: Mars

Chapter 8: Jupiter

Chapter 9: Saturn

Chapter 10: Uranus

Chapter 11: Neptune

Chapter 12: Pluto & Kuiper Belt

Chapter 13: Comets, Asteroids and Meteorites

Chapter 14: Exoplanets

Index

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Second Edition

Peter Bond

.....

The planet with the lowest density (0.7 g/cm3) is Saturn. The reason that Saturn has such a low density is that it is mainly composed of gas, particularly hydrogen and helium. There is only a small rocky core at its center.

Other objects, including many small satellites and asteroids, have low densities because they are piles of loosely consolidated rubble or highly porous, i.e. they contain numerous empty spaces.

.....

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