Verfügbarkeit: Physical geology | Technische Universität München

Physical geology:

Gespeichert in:

Bibliographische Detailangaben
Beteiligte Personen:	Plummer, Charles C. 1937- (VerfasserIn), Carlson, Diane H. (VerfasserIn), Hammersley, Lisa (VerfasserIn)
Format:	Buch
Sprache:	Englisch
Veröffentlicht:	New York McGraw-Hill 2013
Ausgabe:	14. ed.
Schlagwörter:	Physical geology / Textbooks Geologie Lehrbuch
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025121512&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Umfang:	XXIV, 635, [30] S. zahlr. Ill., graph. Darst., Kt.
ISBN:	9780073369389 0073369381 9780071318228

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Datensatz im Suchindex

_version_	1819359015933575168
adam_text	vr» /.Λ» , -v .. х-^- Preface xiv Introducing Geology, the Essentials of Plate Tectonics, and Other Important Concepts 3 Who Needs Geology? 4 Supplying Things We Need 4 Protecting the Environment 5 Avoiding Geologic Hazards 5 Understanding Our Surroundings 10 Earth Systems 10 An Overview of Physical Geology — Important Concepts 12 Internal Processes: How the Earth s Internal Heat Engine Works 12 Earth s Interior 12 The Theory of Plate Tectonics 13 Divergent Boundaries 16 Convergent Boundaries 17 Transform Boundaries 20 Surficial Processes: The Earth s External Heat Engine 20 Geologic Time 21 SUMMARY 25 Atoms, Elements, and Minerals 29 Relationships to Earth Systems 30 Minerals 30 Introduction 30 Minerals and Rocks 31 Atoms and Elements 32 Ions and Bonding 33 Crystalline Structures 36 The Silicon-Oxygen Tetrahedron 37 Nonsilicate Minerals 39 Variations in Mineral Structures and Compositions 41 The Physical Properties of Minerals 42 Color 43 Streak 43 Luster 43 Hardness 43 External Crystal Form 44 Cleavage 47 Fracture 48 Specific Gravity 48 Special Properties 49 Chemical Tests 50 The Many Conditions of Mineral Formation 50 SUMMARY 52 Igneous Rocks, Intrusive Activity, and the Origin of Igneous Rocks 55 Relationships to Earth Systems 56 The Rock Cycle 56 A Plate Tectonic Example 57 Igneous Rocks 58 Classification of Igneous Rocks 59 Igneous Rock Textures 59 Chemistry of Igneous Rocks 63 Identifying Igneous Rocks 65 Intrusive Bodies 66 Shallow Intrusive Structures 66 Intrusives that Crystallize at Depth 68 Abundance and Distribution of Plutonic Rocks 69 How Magma Forms 70 Heat for Melting Rock 70 The Geothermal Gradient and Partial Melting 70 Decompression Melting 70 Addition of Water (Flux Melting) 71 How Magmas of Different Compositions Evolve 71 Sequence of Crystallization and Melting 71 Differentiation 72 Partial Melting 73 Assimilation 74 Mixing of Magmas 74 VI] Vlil CONTENTS Explaining Igneous Activity by Plate Tectonics 75 Igneous Processes at Divergent Boundaries 75 Intraplate Igneous Activity 76 Igneous Processes at Convergent Boundaries 76 SUMMARY 78 Volcanism and Extrusive Rocks 83 Relationships to Earth Systems 84 What Are Volcanoes and Why Should We Study Them? 85 Creation of New Land 87 Geothermal Energy 87 Effect on Climate 87 Eruptive Violence and Physical Characteristics oť Lava 87 The Eruptive Products oť Volcanoes 90 Effusive Eruptions 90 Explosive Eruptions 94 Types of Volcanoes 98 Shield Volcanoes 98 Cinder Cones 99 Composite Volcanoes 99 Lava Domes 101 Calderas 102 Living With Volcanoes 104 Volcanic Hazards 104 Monitoring Volcanoes 107 Plate Tectonics and Volcanism 108 Volcanic Activity at Divergent Boundaries 108 Volcanic Activity at Convergent Boundaries 108 Within-Plate Volcanic Activity 108 SUMMARY 108 Weathering and Soil 113 Weathering, Erosion, and Transportation Weathering and Earth Systems 114 Atmosphere 114 Hydrosphere I 14 Biosphere 115 How Weathering Changes Rocks 115 14 Effects of Weathering 116 Mechanical Weathering 116 Pressure Release 117 Frost Action 117 Other Processes 118 Chemical Weathering 118 Role of Oxygen 119 Role of Acids 120 Solution Weathering 121 Chemical Weathering of Feldspar 122 Chemical Weathering of Other Minerals 123 Weathering Products 123 Factors Affecting Weathering 124 Soil 124 Soil Horizons 125 Factors Affecting Soil Formation 127 Soil Erosion 130 Soil Classification 131 SUMMARY 133 Sediment and Sedimentary Rocks 137 Relationship to Earth Systems 138 Sediment 138 Transportation 139 Deposition 140 Preservation 141 Lithification 141 Types of Sedimentary Rocks 142 Detrital Rocks 142 Breccia and Conglomerate 142 Sandstone 143 The Fine-Graincd Rocks 143 Chemical Sedimentary Rocks 146 Carbonate Rocks 146 Chert 150 Evaporiles 152 Organic Sedimentary Rocks 152 Coal 152 The Origin of Oil and Gas 152 Sedimentary Structures 153 Fossils 157 Formations 159 Interpretation of Sedimentary Rocks 160 Source Area 160 Environment of Deposition 160 Transgression and Regression 162 Plate Tectonics and Sedimentary Rocks 162 SUMMARY 165 CON Π N iS їх Metamorphism, Metamorphic Rocks, and Hydrothermal Rocks 169 Relationships to Earth Systems 170 Introduction 170 Factors Controlling the Characteristics of Mctamoiphic Rocks 171 Composition ot the Parent Rock 172 Temperature 172 Pressure 173 Fluids 174 Time 175 Classification of Metamorphic Rocks 175 Nonfoliated Rocks 175 Foliated Rocks 177 Types of Metamorphism 1 79 Contact Metamorphism 179 Regional Metamorphism 179 Plate Tectonics and Metamorphism 183 Foliation and Plate Tectonics 183 Pressure-Temperature Regimes 183 Hydrothermal Processes 185 Hydrothermal Activity at Divergent Plate Boundaries 1 86 Water at Convergent Boundaries 1 87 Metasomatism 187 Hydrothermal Rocks and Minerals 188 SUMMARY 190 Mass Wasting 221 Time and Geology 193 The Key to the Past 194 Relative Time 195 Principles Used to Determine Relative Age 195 Unconformities 200 Correlation 202 The Standard Geologic Time Scale 205 Numerical Age 205 Isotopie Dating 207 Uses of Isotopie Dating 211 Combining Relative and Numerical Ages 212 Age of the Earth 213 Comprehending Geologic Time 214 SUMMARY 216 Surficial Processes 221 Relationships to Earth Systems 222 Introduction to Mass Wasting 222 Classification of Mass Wasting 225 Rate of Movement 225 Type of Material 225 Type ol Movement 225 Controlling Factors in Mass Wasting 226 Gravity 226 Water 227 Triggers 228 Common Types of Mass Wasting 229 Creep 229 Flow 230 Rockfalls and Rockslides 236 Underwater Landslides 241 Preventing Landslides 243 Preventing Mass Wasting of Soil 243 Preventing Rockfalls and Rockslides on Highways 244 SUMMARY 245 Streams and Floods 249 Earth Systems — The Hydrologie Cycle 250 Running Water 251 Drainage Basins 252 Drainage Patterns 252 Factors Affecting Stream Erosion and Deposition 254 Velocity 254 Gradient 254 Channel Shape and Roughness 255 Discharge 256 Stream Erosion 256 Stream Transportation of Sediment 257 Stream Deposition 258 Bars 258 Braided Streams 259 Meandering Streams and Point Bars 262 Flood Plains 264 Deltas 264 lllľ i \|1 Fin If CONTENTS Stream Valley Development 267 Downcutting and Base Level 267 The Concept of a Graded Stream 271 Lateral Erosion 272 Headward Erosion 272 Stream Terraces 272 Incised Meanders 272 Flooding 274 Urban Flooding 276 Flash Floods 276 Controlling Floods 277 Flooding in the Mississippi River Basin 277 SUMMARY 282 Movement of Val ley Glaciers 314 Movement of Ice Sheets 316 Glacial Erosion 320 Erosional Landscapes Associated with Alpine Glaciation 322 Erosional Landscapes Associated with Continental Glaciation 326 Glacial Deposition 326 Moraines 326 Outwash 330 Glacial Lakes and Varves 331 PAST GLACIATION 331 Direct Effects of Past Glaciation in North America 334 Indirect Effects of Past Glaciation 335 Evidence for Older Glaciation 337 SUMMARY 338 Groundwater 285 Introduction 286 Porosity and Permeability 286 The Water Table 286 The Movement of Groundwater 289 Aquifers 290 Wells 290 Springs and Streams 292 Contamination of Groundwater 294 Balancing Withdrawal and Recharge 298 Effects of Groundwater Action 299 Caves, Sinkholes, and Karst Topography 299 Other Effects 301 Hot Water Underground 302 Geothermal Energy 304 SUMMARY 305 Deserts and Wind Action 341 Distribution of Deserts 342 Some Characteristics of Deserts 343 Desert Features in the Southwestern United States 346 Wind Action 350 Wind Erosion and Transportation 351 Wind Deposition 354 SUMMARY 360 Glaciers and Glaciation 309 Relationships to Earth Systems 310 Introduction 310 Glaciers — Where They Are, How They Form and Move 311 Distribution of Glaciers 311 Types of Glaciers 311 Formation and Growth of Glaciers 311 Waves, Beaches, and Coasts 363 Introduction 364 How Do Waves Form? 364 Surf 365 What Happens When Waves Reach the Shore? 366 Wave Refraction 366 Longshore Currents 366 Rip Currents 366 How Do Beaches Develop? 368 Why Does Sand Move Along a Shoreline ? 369 Human Interference with Sand Drift 370 Sources of Sand on Beaches 372 Why Are There Different Types of Coasts? 372 Erosional Coasts 372 Depositional Coasts 374 CONTľNTS χι Drowned Coasts 375 Uplifted Coasts 376 The Biosphere and Coasts 377 SUMMARY 382 Geologic Structures 385 Tectonic Forces at Work 386 Stress and Strain in the Earth s Lithosphère 386 How Do Rocks Behave When Stressed? 387 How Do We Record and Measure Geologic Structures? 388 Geologic Maps and Field Methods 388 Folds 390 Geometry of Folds 391 Interpreting Folds 393 Fractures In Rock 395 Joints 395 Faults 395 SUMMARY 404 Earthquakes 407 Causes of Earthquakes 408 Seismic Waves 409 Body Waves 409 Surface Waves 410 Locating and Measuring Earthquakes 41 I Determining the Location of an Farthquake 412 Measuring the Si/.e of an Farthquake 413 Location and Si/e of [Earthquakes in the United States 415 Earthquake-Related Hazards 416 Ground Motion 418 Ground Failure 419 Aftershocks 421 Tsunami 421 World Distribution of Earthquakes 425 First-Motion Studies of Earthquakes 427 Earthquakes and Plate Tectonics 427 Earthquakes at Plate Boundaries 428 Subduction Anele 429 Earthquake Prediction and Forecasting 429 Earthquake Precursors and Prediction 429 Earthquake Forecasting 432 Reducing Earthquake Damage and Risk 434 SUMMARY 434 Earth s Interior and Geophysical Properties 439 Introduction 440 Evidence from Seismic Waves 440 Earth s Internal Structure 442 The Crust 442 The Mantle 443 The Core 445 Isostasy 448 Gravity Measurements 451 Earth s Magnetic Field 452 Magnetic Reversals 452 Magnetic Anomalies 454 Heat within the Earth 457 Geothermal Gradient 457 Heat Flow 458 SUMMARY 459 The Sea Floor 463 Origin of the Ocean 464 Methods of Studying the Sea Floor 464 Features of the Sea Floor 467 Continental Shelves and Continental Slopes 467 Submarine Canyons 468 Turbidity Currents 469 Passive Continental Margins 470 The Continental Rise 470 Abyssal Plains 471 Active Continental Margins 471 Oceanic Trenches 472 Xli CONTENTS Mid-Oceanic Ridge 473 Geologic Activity at the Ridges 473 Biologic Activity at the Ridges 474 Fracture Zones 474 Seamounts. Guyots, and Aseismic Ridges 474 Reefs 476 Sediments of the Sea Floor 476 Oceanic Crust and Ophiolites 478 The Age of the Sea Floor 479 The Sea Floor and Plate Tectonics 481 SUMMARY 481 Plate Tectonics — The Unifying Theory 485 The Early Case for Continental Drift 487 Skepticism about Continental Drift 489 Paleomagnetism and the Revivai of Continental Drift 490 Recent Evidence for Continental Drift 492 History of Continental Positions 492 Seafloor Spreading 492 Hess s Driving Force 492 Explanations 493 Plates and Plate Motion 494 How Do We Know That Plates Move? 495 Marine Magnetic Anomalies 495 Another Test: Fracture Zones and Transform Faults 498 Measuring Plate Motion Directly 498 Divergent Plate Boundaries 498 Transform Boundaries 502 Convergent Plate Boundaries 503 Ocean-Ocean Convergence 504 Ocean-Continent Convergence 505 Continent-Continent Convergence 506 Do Plate Boundaries Move ? 507 Can Plates Change in Si/e ? 507 The Attractiveness of Plate Tectonics 507 What Causes Plate Motions . 509 Mantle Convection 509 Ridge Push 510 Slab Pull 510 Trench Suction 5 10 Mantle Plumes and Hot Spots 51 1 A Final Note 514 SUMMARY 516 Mountain Belts and the Continental Crust 521 Introduction 522 Characteristics of Major Mountain Belts 525 Size and Alignment 525 Ages of Mountain Belts and Continents 525 Thickness and Characteristics of Rock Layers 526 Patterns of Folding and Faulting 527 Metamorphism and Plutonism 527 Normal Faulting 528 Thickness and Density of Rocks 529 Features of Active Mountain Ranges 530 Evolution of Mountain Belts 530 Orogenies and Plate Convergence 530 Post-Orogenic Uplift and Block-Faulting 536 The Growth of Continents 539 Displaced Terranes 540 SUMMARY 541 Global Climate Change 545 Weather, Climate, and Climate Change 546 Understanding the Atmosphere 546 Composition 546 Structure 547 Energy from the Sun 547 Blackbody Radiation 548 The Greenhouse Effect 548 Causes of Climate Change 551 Solar Variability and the Orbila! Theory of Climate 551 Variations in the Eartlťs Albedo 552 Greenhouse Gases 552 Clouds and Particles 556 Volcanoes 556 Plate Tectonics 557 A Brief History of Earth s Climate 557 Climate Millions ot Years Ago 557 Climate Over the Last Million Years 558 Climate Over the Last Few Thousand Years to Present 558 CONTľNTS Xlii Climate Change in the Modern Age 560 Temperature 560 Precipitation 560 Sea Ice and Glacier Melt 561 Sea-Level Rise 562 The IPCC and Climate Models 563 Impacts and Consequences of Global Climate Change 564 Biodiversity and Agriculture 564 Ocean Acidification 565 Coastal Regions and Sea-Level Rise 565 Geoengineering 565 Solar Radiation Management 565 Carbon Management 566 Decreasing Emissions of Greenhouse Gases 567 SUMMARY 567 Resources 571 Relationships to Earth Systems 572 Introduction 572 Reserves and Resources 572 Energy Resources 574 Nonrenewable Energy Resources 574 Renewable Energy Sources 586 Metallic Resources 589 Ores Formed by Igneous Processes 590 Ores Formed by Surface Processes 592 Mining 593 Nonmetallic Resources 595 Construction Materials 595 Fertilizers and Evaporites 595 Other Nonmetallics 596 Resources, the Environment, and Sustainability 596 SUMMARY 597 The Earth s Companions 601 The Earth in Space 602 The Sun 602 The Solar System 603 The Milky Way and the Universe 604 Origin of the Planets 606 The Solar Nebula 606 Formation of the Planets 608 Formation of Moons 608 Final Stages of Planet Formation 608 Formation of Atmospheres 608 Other Planetary Systems 608 Portraits of the Planets 609 Our Moon 609 Mercury 615 Venus 616 Mars 618 Why Are the Terrestrial Planets So Different? 624 Jupiter 625 Saturn 626 Uranus 628 Neptune 628 Pluto and the Ice Dwarves 628 Minor Objects of the Solar System 630 Meteors and Meteorites 630 Meteorites 630 Asteroids 631 Comets 631 Giant Impacts 633 Giant Meteor Impacts 633 SUMMARY 634 Appendices А -G A-l Glossary G-l Index 1-1
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author	Plummer, Charles C. 1937- Carlson, Diane H. Hammersley, Lisa
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spellingShingle	Plummer, Charles C. 1937- Carlson, Diane H. Hammersley, Lisa Physical geology Physical geology / Textbooks Geologie (DE-588)4020227-6 gnd
subject_GND	(DE-588)4020227-6 (DE-588)4123623-3
title	Physical geology
title_auth	Physical geology
title_exact_search	Physical geology
title_full	Physical geology Charles C. Plummer ; Diane H. Carlson ; Lisa Hammersley
title_fullStr	Physical geology Charles C. Plummer ; Diane H. Carlson ; Lisa Hammersley
title_full_unstemmed	Physical geology Charles C. Plummer ; Diane H. Carlson ; Lisa Hammersley
title_short	Physical geology
title_sort	physical geology
topic	Physical geology / Textbooks Geologie (DE-588)4020227-6 gnd
topic_facet	Physical geology / Textbooks Geologie Lehrbuch
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025121512&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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