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Exploring Space, Exploring Earth New Understanding of the Earth from Space Research

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ISBN-10: 0521890624

ISBN-13: 9780521890625

Edition: 2002

Authors: Paul Lowman, Neil A. Armstrong

List price: $99.99
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Description:

Account of the impact of space exploration on our understanding of the geology and geophysics of Earth. The author has been a NASA scientist for over 40 years.
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Book details

List price: $99.99
Copyright year: 2002
Publisher: Cambridge University Press
Publication date: 8/15/2002
Binding: Paperback
Pages: 408
Size: 6.89" wide x 9.72" long x 0.87" tall
Weight: 1.430

Foreword
Preface
Acknowledgements
Preview of the orbital perspective: the million-year day
Introduction
A digital tectonic activity map of the Earth
Sea-surface satellite altimetry
Satellite measurement of plate motion and deformation
Satellite remote sensing
Satellite magnetic surveys
Origin and significance of the digital tectonic activity map
Space geodesy
Introduction
Space geodesy methods
Shape of the Earth
Gravity anomalies and global tectonics
Marine gravity and ocean-floor topography
Plate motion and deformation
Plate tectonics and continental drift
GPS measurements of crustal deformation
Earth rotation and expansion tectonics
Extraterrestrial gravity fields
Gravity field of the Moon
Gravity field of Mars
Gravity field of Venus
Summary
Satellite studies of geomagnetism
Introduction
Satellite investigations of the Earth's magnetic field
The main field
The crustal field
Extraterrestrial magnetic fields
Summary
Remote sensing: the view from space
Introduction
Orbital remote sensing in geology: a brief history
Tectonics and structural geology
Global tectonic activity map
Tectonics of southern Asia
Elsinore Fault
Lineament tectonics
Exploration geology
Petroleum exploration
Mineral exploration
Environmental geology
Active volcanism
Glacial geology
Aeolian geology and desertification
Summary
Impact cratering and terrestrial geology
Introduction
Hypervelocity impact
Impact craters
Cratering studies and the space age
Origin of continents
Origin of ocean basins
Economic importance of terrestrial impact structures
Origin of the Sudbury Structure
Impacts and basaltic magmatism
Impacts and mass extinctions
Summary
Comparative planetology and the origin of continental crust
Introduction
Origin of the continental crust
Previous studies
Crustal province boundaries: are they sutures?
Ensialic greenstone belts
Terrane accretion vs. reworking
Thermal histories of planets
Crustal evolution in silicate planets
First differentiation
Late heavy bombardment
Second differentiation
Summary
A model of continental crust
Evolution of the continental crust
Stage I: first differentiation
Stage II: second differentiation
Petrologic evolution of the Earth
Geology and biology: the influence of life on terrestrial geology
Introduction
Gaia
The geologic role of water
Gaia and geology
A biogenic theory of tectonic evolution
Summary
Afterword
Essentials of physical geology
Lunar missions, 1958 to 1994
Planetary missions, 1961 to 1992
Glossary of geologic terms
Selected bibliography (by chapter)
Index