Understanding Earth / Edition 6

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Overview

For the introductory geology or physical geology course. Understanding Earth offers both majors and non-majors rock solid content that originated with the ground-breaking text, Earth. In subsequent editions, the text has consistently met the needs of today’s students with exceptional content, currency, interactive learning features, and an overall focus of the role of geological science in our lives.

Understanding Earth doesn’t merely present the concepts and processes of physical geology— the authors focus on how we know what we know.  Students actively take part in the scientific process of discovery and learn through experience as they explore the impact of geology on their lives as citizens and future stewards of the planet.  The new edition incorporates coverage of recent natural disasters (the 2011 tsunami), fracking and other natural resources issues, the latest developments in climate change, and key events such as the Mars mission and the arrest of geologists in Italy.

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Product Details

  • ISBN-13: 9781429219518
  • Publisher: Freeman, W. H. & Company
  • Publication date: 2/4/2010
  • Edition description: Sixth Edition
  • Edition number: 6
  • Pages: 672
  • Product dimensions: 8.50 (w) x 10.80 (h) x 1.00 (d)

Meet the Author

John Grotzinger is a field geologist interested in the evolution of the Earth's surface environments and biosphere.  His research addresses the chemical development of the early oceans and atmosphere, the environmental context of early animal evolution, and the geologic factors that regulate sedimentary basins.  He has contributed to developing the basic geologic framework of a number of sedimentary basins and orogenic belts in northwestern Canada, northen Siberia, southern Africa, and the western United States.  He received his B.S. in geoscience from Hobart College in 1979, an M.S. in geology from the University of Montana in 1981, and a Ph.D. in geology from Virginia Polytechnic Institute and State University in 1985.  He spent three years as a research scientist at the Lamont-Doherty Geological Observatory before joinning the MIT faculty in 1988.  From 1979 to 1990, he was engaged in regional mapping for the Geological Survey of Canada.  He currently works as a geologist on the Mars Exploration Rover team, the first mission to conduct ground-based exploration of the bedrock geology of another planet, which has resulted in the discovery sedimentary rocks formed in aqueous depositional environments.  In 1998, Dr. Grotzinger was named the Waldemar Lindgren Distinguished Scholar at MIT, and in 2000 he became the Robert R. Schrock Professor of Earth and Planetary Sciences.  In 2005, he moved from MIT to Caltech, where he is the Fletcher Jones Professor of Geology.  He received the Presidential Young Investigator Award of the National Science Foundation in 1990, the Donath Medal of the Geological Society of America in 1992, and the Henno Martin Medal of the Geological Society of Namibia in 2001.  He is a member of the American Academy of Arts & Sciences and the U.S. National Academy of Sciences.
 
Thomas H. Jordan is director of the Southern California Earthquake Center,
University Professor, and W. M. Keck Foundation Professor of Earth Sciences at the University of Southern California. As SCEC’s principal investigator since 2002, he has overseen all aspects of its program in earthquake system science, which currently involves over 600 scientists at more than 60 universities and research institutions worldwide (http://www.scec.org). The center’s mission is to develop comprehensive understanding of earthquakes and use this scientific knowledge to reduce earthquake risk. Jordan established SCEC’s Collaboratory for the Study of Earthquake Predictability and has been the lead SCEC investigator on projects to create and improve a timedependent, uniform California earthquake rupture forecast. He currently chairs the International Commission on Earthquake Forecasting for Civil Protection (appointed by the Italian government), is a member of the California Earthquake Prediction Evaluation Council, and has served on the Scientific Earthquake Studies Advisory Committee of the U. S. Geological Survey. He was elected to the Council of the U. S. National Academy of Sciences in 2006 and has served on its executive committee. He was appointed to the Governing Board of the National Research Council in 2008. Jordan’s research is focused on system-level models of earthquake processes, earthquake forecasting and forecast-evaluation, and full-3D waveform tomography. His other interests include continental formation and tectonic evolution, mantle dynamics, and statistical descriptions of geologic phenomena. He is an author on approximately 190 scientific publications, including two popular textbooks. He chaired the NRC panels that produced two decadal reports, Living on an Active Earth: Perspectives on Earthquake Science (2003) and Basic Research Opportunities in Earth Sciences (2002). Jordan received his B.A., M.S., and Ph.D. (1972) from the California Institute of Technology. He taught at Princeton University and the Scripps Institution of Oceanography before joining the Massachusetts Institute of Technology (MIT) as the Robert R. Shrock Professor in 1984. He served as the head of MIT’s Department of Earth, Atmospheric and Planetary Sciences for the decade 1988-1998. In 2000, he moved from MIT to USC, and in 2004, he was appointed as a USC University Professor. He has
been awarded the Macelwane and Lehmann Medals of the American Geophysical Union and the Woollard Award of the Geological Society of America. He is an elected member of the National Academy of Sciences, the American Academy of Arts and Sciences, and the American Philosophical Society.

 

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Table of Contents


Meet the Authors     vi
Preface     xiii
The Modern Theory and Practice of Geology
The Earth System     1
The Scientific Method     2
Earth's Shape and Surface     3
The Geologic Record     4
Peeling the Onion: Discovery of a Layered Earth     6
Earth as a System of Interacting Components     10
An Overview of Geologic Time     14
Plate Tectonics: The Unifying Theory     18
The Discovery of Plate Tectonics     19
The Mosaic of Plates     22
Rates and History of Plate Motions     30
The Grand Reconstruction     35
Mantle Convection: The Engine of Plate Tectonics     37
The Theory of Plate Tectonics and the Scientific Method     42
Basic Geologic Processes
Earth Materials: Minerals and Rocks     44
What Are Minerals?     45
The Atomic Structure of Matter     46
Chemical Reactions     47
Chemical Bonds     49
The Atomic Structure of Minerals     49
Rock-Forming Minerals     52
Physical Properties of Minerals     56
What Are Rocks?     62
Igneous Rocks     63
SedimentaryRocks     64
Metamorphic Rocks     66
The Rock Cycle: Interactions Between the Plate Tectonic and Climate Systems     66
Minerals Occur in Rocks as Valuable Resources     68
Earth Issues: Sulfide Minerals React to Form Acid Waters on Earth and Mars     57
Igneous Rocks: Solids from Melts     76
How Do Igneous Rocks Differ from One Another?     78
How Do Magmas Form?     83
Where Do Magmas Form?     85
Magmatic Differentiation     85
Forms of Magmatic Intrusions     88
Igneous Activity and Plate Tectonics     91
Sedimentation: Rocks Formed by Surface Processes     100
Sedimentary Rocks Are Produced by Surface Processes in the Rock Cycle     102
Sedimentary Basins: The Sinks for Sediments     106
Sedimentary Environments     108
Sedimentary Structures     111
Burial and Diagenesis: From Sediment to Rock     114
Classification of Siliciclastic Sediments and Sedimentary Rocks     116
Classification of Chemical and Biological Sediments and Sedimentary Rocks     119
Earth Policy: Darwin's Coral Reefs and Atolls     124
Metamorphism: Modification of Rocks by Temperature and Pressure      130
Metamorphism and the Earth System     132
Causes of Metamorphism     133
Types of Metamorphism     134
Metamorphic Textures     136
Regional Metamorphism and Metamorphic Grade     141
Plate Tectonics and Metamorphism     144
Deformation: Modification of Rocks by Folding and Fracturing     150
Mapping Geologic Structure     152
How Rocks Deform     154
Basic Deformation Structures     156
Styles of Continental Deformation     163
Unraveling Geologic History     165
Earth and Planets Through Geologic Time
Clocks in Rocks: Timing the Geologic Record     168
Reconstructing Geologic History from the Stratigraphic Record     170
Geologic Time Scale: Relative Ages     178
Measuring Absolute Time with Radioactive Clocks     180
Geologic Time Scale: Absolute Ages     183
Timing the Earth System     184
Earth Issues: The Grand Canyon Sequence and Regional Correlation of Strata     176
Early History of the Terrestrial Planets     188
Origin of the Solar System     190
Early Earth: Formation of a Layered Planet     192
Diversity of the Planets     195
What's in a Face? The Age and Complexion of Planetary Surfaces     197
Mars Rocks!     204
Exploring the Solar System and Beyond     210
Evolution of the Continents     214
The Tectonics of North America     216
Tectonic Provinces Around the World     221
How Continents Grow     224
How Continents Are Modified     226
The Formation of Cratons     235
The Deep Structure of Continents     236
Geobiology: Life Interacts with the Earth     240
The Biosphere as a System     242
Microbes: Nature's Tiny Chemists     246
Geobiological Events in Earth's History     254
Astrobiology: The Search for Extraterrestrial Life     265
Earth Issues: The Mother of all Mass Extinctions: Whodunit?     264
Internal Geosystems
Volcanoes     270
Volcanoes as Geosystems     272
Lavas and Other Volcanic Deposits     273
Eruptive Styles and Landforms     277
Geosystem Interactions     282
The Global Pattern of Volcanism     284
Volcanism and Human Affairs     288
Earth Policy: Mount St. Helens: Dangerous but Predictable     292
Earthquakes     296
What Is an Earthquake?     298
Studying Earthquakes     301
Earthquakes and Patterns of Faulting     309
Earthquake Destructiveness     313
Can Earthquakes Be Predicted?     320
Earth Issues: The Great Indian Ocean Tsunami of 2004     312
Earth Issues: Seven Steps to Earthquake Safety     319
Exploring: Earth's Interior     324
Exploring the Interior with Seismic Waves     325
Layering and Composition of the Interior     328
Earth's Internal Heat and Temperature     332
The Three-Dimensional Structure of the Mantle     338
Earth's Magnetic Field and the Geodynamo     337
Earth Issues: The Uplift of Scandinavia: Nature's Experiment with Isostasy     331
Earth Issues: The Geoid: Shape of Planet Earth     338
Surficial Geosystems
The Climate System     346
Components of the Climate System     348
The Greenhouse Effect     352
Climate Variability     355
The Carbon Cycle     362
Twentieth-Century Warming: Human Fingerprints of Global Change     366
Earth Issues: Vostok and GRIP: Ice-Core Drilling in Antarctica and Greenland     358
Earth Issues: El Nino: The Wayward Child      360
Weathering, Erosion, and Mass Wasting: Interface Between Climate and Tectonics     370
Weathering, Erosion, Mass Wasting, and the Rock Cycle     372
Controls on Weathering     372
Chemical Weathering     373
Physical Weathering     378
Soil: The Residue of Weathering     381
Mass Wasting     384
Classification of Mass Movements     388
Understanding the Origins of Mass Movements     395
The Hydrologic Cycle and Groundwater     400
Flows and Reservoirs     402
Hydrology and Climate     404
The Hydrology of Runoff     406
Groundwater     408
Water Resources from Major Aquifers     415
Erosion by Groundwater     417
Water Quality     418
Water Deep in the Crust     421
Earth Issues: Water Is a Precious Resource: Who Should Get It?     404
Earth Issues: When Do Groundwaters Become Nonrenewable Resources?     416
Stream Transport: From Mountains to Oceans     426
Stream Valleys, Channels, and Floodplains     428
Drainage Networks     432
Where Do Channels Begin? How Running Water Erodes Solid Rock     435
How Stream Waters Flow and Transport Sediment     437
Deltas: The Mouths of Rivers     440
Streams as Geosystems     443
Earth Issues: The Development of Cities on Floodplains     432
Winds and Deserts     452
Wind as a Flow of Air     454
Wind as a Transport Agent     455
Wind as an Agent of Erosion     458
Wind as a Depositional Agent     460
The Desert Environment     464
Earth Issues: Martian Dust Storms and Dust Devils     457
Coastlines and Ocean Basins     472
Basic Differences Between Ocean Basins and Continents     474
Coastal Processes     474
Shorelines     485
Sea Level Change as a Measure of Global Warming     488
Continental Margins     491
The Deep Oceans     494
Ocean Sedimentation     500
Earth Policy: The Great New Orleans Flood     480
Earth Issues: Preserving Our Beaches     490
Glaciers: The Work of Ice     504
Ice as a Rock     506
How Glaciers Form     508
How Glaciers Move     511
Glacial Landscapes     515
Glaciations and the Climate System     522
Earth Issues: Isostasy and Sea-Level Change     524
Landscapes: Tectonic and Climate Interaction     530
Topography, Elevation, and Relief     532
Landforms: Features Sculpted by Erosion and Sedimentation     535
Interacting Geosystems Control Landscape     541
Models of Landscape Evolution     545
Earth Issues: Uplift and Climate Change: A Chicken-and-Egg Dilemma     544
Earth Science and Society
The Human Impact on Earth's Environment     550
Civilization as a Global Geosystem     552
Fossil-Fuel Resources     556
Alternative Energy Resources     564
Global Change     569
Welcome to the Anthropocene: A New Geologic Epoch     574
Earth System Engineering and Management     575
Earth Policy: Subsurface Toxic and Nuclear Waste Contamination     566
Earth Policy: The Kyoto Accords and the Politics of Climate Change     577
Conversion Factors     AP-1
Numerical Data Pertaining to Earth     AP-2
Chemical Reactions     AP-3
Properties of the Most Common Minerals of Earth's Crust     AP-4
Glossary     GL-1
Suggested Readings     SR-1
Index     I-1
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