Holdings: Environmental geology

Environmental geology:

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Bibliographic Details
Main Author:	Montgomery, Carla W. 1951- (Author)
Format:	Book
Language:	English
Published:	New York, NY McGraw-Hill 2011
Edition:	9. ed., internat. student ed.
Subjects:	Umweltgeologie Lehrbuch
Online Access:	Inhaltsverzeichnis
Physical Description:	XVI, 509, A1-I12 Ill., graph. Darst., Kt.
ISBN:	9780071222044 0071222049

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MARC


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adam_text	òntents Preface iv SECTION Foundations 1 CHAPTER An Overview of Our Planetary Environment 3 Earth in Space and Time 4 The Early Solar System 4 The Planets 4 Earth, Then and Now 5 Life on Earth 8 Geology, Past and Present 9 The Geologic Perspective 9 Geology and the Scientific Method 10 The Motivation to Find Answers 10 Wheels Within Wheels: Earth Cycles and Systems 11 Nature and Rate of Population Growth 13 Growth Rates: Causes and Consequences 14 Growth Rate and Doubling Time 15 Impacts of the Human Population 16 Farmland and Food Supply 16 Population and Nonfood Resources 17 Uneven Distribution of People and Resources 18 Disruption of Natural Systems 18 ■ CaseStudy 1 Earth s Moon 20 SUMMARY 21 KEY TERMS AND CONCEPTS 21 EXERCISES 22 CHAPTER Rocks and Minerals- A First Look 23 Atoms, Elements, Isotopes, Ions, and Compounds 24 Atomic Structure 24 Elements and Isotopes 24 Ions 24 The Periodic Table 25 Compounds 25 Minerals — General 26 Minerals Defined 26 Identifying Characteristics of Minerals 26 Other Physical Properties of Minerals 28 Types of Minerals 29 Silicates 30 Nonsilicates 31 Rocks 33 ■ Case Study 2 Asbestos — A Tangled Topic 34 Igneous Rocks 35 Sediments and Sedimentary Rocks 37 Metamorphic Rocks 39 The Rock Cycle 39 SUMMARY 42 KEY TERMS AND CONCEPTS 42 EXERCISES 42 Viii SECT JI Internal Processes CHAPTER *J Plate Tectonics 44 Plate Tectonics — Underlying Concepts 46 Stress and Strain in Geologic Materials 46 Lithosphère and Asthenosphere 48 Locating Plate Boundaries 48 Plate Tectonics — Accumulating Evidence 50 The Topography of the Sea Floor 50 Magnetism in Rocks — General 50 Paleomagnetism and Seafloor Spreading 51 Age of the Ocean Floor 52 Polar-Wander Curves 52 Types of Plate Boundaries 54 Divergent Plate Boundaries 55 Convergent Plate Boundaries 56 Transform Boundaries 58 How Far, How Fast, How Long, How Come? 59 Past Motions, Present Velocities 59 Why Do Plates Move? 61 Plate Tectonics and the Rock Cycle 61 ■ Case Study 3 New Theories for Old — Geosynclines and Plate Tectonics 62 SUMMARY 63 KEY TERMS AND CONCEPTS 64 EXERCISES 64 CHAPTER 4 Earthquakes 65 Earthquakes—Terms and Principles 67 Basic Terms 67 Earthquake Locations 69 Seismic Waves and Earthquake Severity 70 Seismic Waves 70 Locating the Epicenter 71 Magnitude and Intensity 72 Earthquake-Related Hazards and Their Reduction 73 Ground Motion 73 Ground Failure 73 Tsunamis and Coastal Effects 80 ■ Case Study 4.1 Megathrust Makes Mega-Disaster 81 Fire 83 Earthquake Prediction and Forecasting 84 Seismic Gaps 84 Earthquake Precursors and Prediction 84 Current Status of Earthquake Prediction 84 The Earthquake Cycle and Forecasting 85 Earthquake Early Warnings? 86 Public Response to Earthquake Hazards 86 ■ Case Study 4.2 Understanding Faults Better — Parkfield and SAFOD 87 Earthquake Control? 88 Future Earthquakes in North America? 89 Areas of Widely Recognized Risk 89 Other Potential Problem Areas 90 SUMMARY 91 KEY TERMS AND CONCEPTS 92 EXERCISES 92 CHAPTER _ Volcanoes 93 Magma Sources and Types 94 Styles and Locations of Volcanic Activity 96 Continental Fissure Eruptions 96 Individual Volcanoes — Locations 97 Shield Volcanoes 97 Cinder Cones 98 Composite Volcanoes 98 Hazards Related to Volcanoes 99 Lava 99 Pyroclastics 102 ■ Case Study 5.1 Living with Lava on Hawaii 103 Lahars 105 Contents IX Pyroclastic Flows— Nuées Ardentes 106 Toxic Gases 108 Steam Explosions 110 Landslides and Collapse 110 Secondary Effects: Climate and Atmospheric Chemistry 110 Issues in Predicting Volcanic Eruptions 111 Classification of Volcanoes by Activity 111 The Volcanic Explosivity Index 112 Volcanic Eruption Precursors 112 Response to Eruption Predictions 114 More on Volcanic Hazards in the United States Cascade Range 115 Alaska and The Aleutians 115 Long Valley and Yellowstone Calderas 116 ■ Case Study 5.2 Redoubt Volcano, Alaska 117 SUMMARY 121 KEY TERMS AND CONCEPTS 121 EXERCISES 122 115 SECTION Surface Processes CHAPTER 6 Streams and Flooding 124 The Hydrologie Cycle 125 Streams and Their Features 125 Streams—General 125 Sediment Transport 126 Velocity, Gradient, and Base Level 127 Velocity and Sediment Sorting and Deposition 128 Channel and Floodplain Evolution 130 Flooding 131 Factors Governing Flood Severity 131 Flood Characteristics 133 Stream Hydrographs 133 Flood-Frequency Curves 135 ■ Case Study 6.1 How Big Is the One Hundred-Year Flood? 137 Consequences of Development in Flood pla ins 139 Strategies for Reducing Flood Hazards 140 Restrictive Zoning and Floodproofing 140 Retention Ponds, Diversion Channels 141 Channelization 141 Levees 142 Flood-Control Dams and Reservoirs 142 ■ Case Study 6.2 Life on the Mississippi: A History of Levees 744 Flood Warnings? 146 SUMMARY 148 KEY TERMS AND CONCEPTS 149 EXERCISES 149 7 CHAPTER Coastal Zones and Processes 150 Nature of the Coastline 151 Waves and Tides 151 Sediment Transport and Deposition 153 Storms and Coastal Dynamics 153 Emergent and Submergent Coastlines 155 Causes of Long-Term Sea-Level Change 155 Signs of Changing Relative Sea Level 156 Present and Future Sea-Level Trends 158 Coastal Erosion and Stabilization 159 Beach Erosion, Protection, and Restoration 160 Cliff Erosion 161 Especially Difficult Coastal Environments 163 Barrier Islands 163 Estuaries 165 ■ Case Study 7 Hurricanes and Coastal Vulnerability 166 Costs of Construction—and Reconstruction — in High-Energy Environments 168 Recognition of Coastal Hazards 168 SUMMARY 170 KEY TERMS AND CONCEPTS 170 EXERCISES 170 Contents 8 CHAPTER Mass Movements 171 Factors Influencing Slope Stability 172 Effects of Slope and Materials 172 Effects of Fluid 173 Effects of Vegetation 175 Earthquakes 176 Quick Clays 176 Types of Mass Wasting 177 Falls 177 Slumps and Slides 177 Flows and Avalanches 178 Consequences of Mass Movements 179 Impact of Human Activities 179 A Compounding of Problems: the Venezuelan Coast 182 ■ Case Study 8 Va iont Dam 184 Possible Preventive Measures 184 Slope Stabilization 186 Recognizing the Hazards 187 Landslide Warnings? 191 SUMMARY 194 KEY TERMS AND CONCEPTS 194 EXERCISES 194 CHAPTER -7 Ice and Glaciers, Wind and Deserts 195 Glaciers and Glacial Features 196 Glacier Formation 196 Types of Glaciers 197 Movement and Change of Glaciers 197 Glacial Erosion and Deposition 199 Ice Ages and Their Possible Causes 201 ■ Case Study 9 Vanishing Glaciers, Vanishing Water Supply 204 Wind and Its Geologic Impacts 206 Wind Erosion 207 Wind Deposition 209 Dune Migration 209 Loess 210 Deserts and Desertification 210 Causes of Natural Deserts 211 Desertification 213 SUMMARY 21S KEY TERMS AND CONCEPTS 215 EXERCISES 215 CHAPTER 10 Climate — Past, Present, and Future 216 Major Controls on Global Climate; The Greenhouse Effect 217 Climate and Ice Revisited 218 The Hidden Ice: Permafrost 219 Oceans and Climate 219 The Thermohaline Circulation 221 El Niño 222 Other Aspects of Global Change 224 Evidence of Climates Past 227 ■ Case Study 10 Taking Earth s Temperature 228 Whither for the Future? Climate Feedbacks, Predictive Uncertainty 229 SUMMARY 232 KEY TERMS AND CONCEPTS 232 EXERCISES 232 Contents S E с τ ι ο ν IV Resources Resources, People, and Standards of Living 235 Projection of Resource Supply and Demand 237 11 CHAPTER Water as a Resource 239 Fluid Storage and Mobility: Porosity and Permeability 240 Subsurface Waters 241 Aquifer Geometry and Groundwater Flow 242 Confined and Unconfined Aquifers 242 Darcy s Law and Groundwater Flow 243 Other Factors in Water Availability 243 Consequences of Groundwater Withdrawal 244 Lowering the Water Table 244 Compaction and Surface Subsidence 245 Saltwater Intrusion 247 Impacts of Urbanization on Groundwater Recharge 248 Karst and Sinkholes 248 Water Quality 251 Measures of Water Quality 252 ■ Case Study 11 What s in the Water? 252 Hard Water 253 Water Use, Water Supply 254 General U.S. Water Use 254 Regional Variations in Water Use 257 Case Studies in Water Consumption 259 The Colorado River Basin 259 The High Plains (Ogallala) Aquifer System 261 The Aral Sea 262 Lake Chad 263 Extending the Water Supply 263 Conservation 263 Interbasin Water Transfer 265 Desalination 266 SUMMARY 267 KEY TERMS AND CONCEPTS 267 EXERCISES 267 12 CHAPTER Soil as a Resource 269 Soil Formation 270 Soil-Forming Processes: Weathering 270 Soil Profiles, Soil Horizons 273 Chemical and Physical Properties of Soils 274 Color, Texture, and Structure of Soils 274 Soil Classification 275 Soils and Human Activities 277 Latentie Soil 277 Wetland Soils 278 Soil Erosion 278 Soil Erosion versus Soil Formation 280 Strategies for Reducing Erosion 283 Irrigation and Soil Chemistry 285 ■ Case Study 12. 1 Plantations in Paradise: Unintended Consequences 286 The Soil Resource—The Global View 287 ■ CaseStudy 12.2 Suspects and Soils 289 SUMMARY 289 KEY TERMS AND CONCEPTS 290 EXERCISES 290 CHAPTER 13 Mineral and Rock Resources 291 Ore Deposits 292 Types of Mineral Deposits 292 Igneous Rocks and Magmatic Deposits 292 Hydrothermal Ores 294 Sedimentary Deposits 296 Contents Other Low-Temperature Ore-Forming Processes 296 Metamorphic Deposits 297 Mineral and Rock Resources — Examples 298 Metals 298 Nonmetallic Minerals 298 Rock Resources 299 Mineral Supply and Demand 299 U.S. Mineral Production and Consumption 299 World Mineral Supply and Demand 301 Minerals for the Future: Some Options Considered 303 New Methods in Mineral Exploration 304 Marine Mineral Resources 306 Conservation of Mineral Resources 308 ■ Case Study 13 Mining Your Cell Phone? 309 Impacts of Mining-Related Activities 310 SUMMARY 314 KEY TERMS AND CONCEPTS 314 EXERCISES 314 CHAPTER 14 Energy Resources — Fossil Fuels 316 Formation of Oil and Natural Gas Deposits 318 Supply and Demand for Oil and Natural Gas 319 Oil 320 a Case Study 14.1 The Arctic National Wildlife Refuge- To Drill or Not to Drill? 322 Natural Gas 324 Future Prospects 324 Enhanced Oil Recovery 325 Alternate Natural Gas Sources 325 Conservation 327 Oil Spills 327 ■ Case Study 14.2 Energy Prices, Energy Uses 328 Coal 331 Formation of Coal Deposits 331 Coal Reserves and Resources 332 Limitations on Coal Use 332 Environmental Impacts of Coal Use 334 Gases 334 Ash 334 Coal-Mining Hazards and Environmental Impacts 334 Oil Shale 337 Tar Sand 338 SUMMARY 339 KEY TERMS AND CONCEPTS 339 EXERCISES 339 CHAPTER 15 Energy Resources- Alternative Sources 341 Nuclear Power — Fission 343 Fission — Basic Principles 343 The Geology of Uranium Deposits 344 Extending the Nuclear Fuel Supply 344 Concerns Related to Nuclear Reactor Safety 345 ■ Case Study 15.1 Crisis at Chernobyl 346 Concerns Related to Fuel and Waste Handling 347 Risk Assessment, Risk Projection 348 Nuclear Power — Fusion 350 Solar Energy 351 Solar Heating 352 Solar Electricity 352 Geothermal Energy 355 Traditional Geothermal Energy Uses 355 Alternative Geothermal Sources 357 Hydropower 358 Limitations on Hydropower Development 359 Energy from the Oceans 360 Wind Energy 362 Biofuels 363 Waste-Derived Fuels 364 Alcohol Fuels 365 ■ Case Study 15.2 Electricity s Hidden Energy Costs 366 SUMMARY 368 KEY TERMS AND CONCEPTS 368 EXERCISES 368 Contents xiii S E C T I О ν V Waste Disposal, Pollution, and Health CHAPTER Ю Waste Disposal 373 Solid Wastes—General 374 Municipal Waste Disposal 374 Sanitary Landfills 375 Incineration 378 Ocean Dumping 378 Reducing Solid-Waste Volume 380 Handling (Nontoxic) Organic Matter 380 Recycling 381 Other Options 382 Toxic-Waste Disposal 385 ■ Case Study 16.1 Decisions, Decisions ... 386 Secure Landfills 387 Deep-Well Disposal 387 Other Strategies 388 Sewage Treatment 388 Septic Systems 388 Municipal Sewage Treatment 390 ■ Case Study 16.2 The Ghost of Toxins Past: Superfund 392 Radioactive Wastes 392 Radioactive Decay 393 Effects of Radiation 394 Nature of Radioactive Wastes 395 Historical Suggestions: Space, Ice, and Plate Tectonics 396 Seabed Disposal 397 Bedrock Caverns for Liquid Waste 397 Bedrock Disposal of Solid High-Level Wastes 398 Waste Isolation Pilot Plant (WIPP): A Model? 399 The Long Road to Yucca Mountain 400 No High-Level Radioactive Waste Disposal Yet 403 SUMMARY 404 KEY TERMS AND CONCEPTS 404 EXERCISES 404 17 CHAPTER Water Pollution 406 General Principles 407 Geochemical Cycles 407 Residence Time 407 Residence Time and Pollution 408 Point and Nonpoint Pollution Sources 409 Organic Matter 409 Biochemical Oxygen Demand 410 Eutrophication 411 Industrial Pollution 412 Inorganic Pollutants — Metals 412 ■ Case Study 17.1 Lessons from Minamata 416 Other Inorganic Pollutants 416 Organic Compounds 418 Problems of Control 419 Thermal Pollution 420 ■ Case Study 17.2 The Long Shadow of DDT 421 Agricultural Pollution 422 Fertilizers and Organic Waste 422 Sediment Pollution 423 Pesticides 424 Reversing the Damage—Surface Water 425 Groundwater Pollution 427 The Surface—Ground Water Connection Explored 427 Tracing Pollution s Path 429 Reversing the Damage—Ground Water 431 Decontamination After Extraction 431 in Situ Decontamination 431 Damage Control by Containment—The Rocky Mountain Arsenal 431 New Technology Meets Problems from the Past: California Gulch Superfund Site, Leadville, Colorado 433 SUMMARY 434 KEY TERMS AND CONCEPTS 435 EXERCISES 435 XIV Contents 18 CHAPTER Air Pollution 436 Atmospheric Chemistry — Cycles and Residence Times 437 Types and Sources of Air Pollution 438 Particulates 438 Carbon Gases 440 Sulfur Gases 441 Nitrogen Gases and Smog Ozone 442 The Ozone Layer and Chlorofluorocarbons (CFCs) 443 Lead 446 Other Pollutants 448 Acid Rain 448 ■ Case Study 18 Indoor Air Pollution? 450 Regional Variations in Rainfall Acidity and Impacts 452 Air Pollution and Weather 453 Thermal Inversion 453 Impact on Weather 455 Toward Air-Pollution Control 455 Air-Quality Standards 455 Control Methods 455 Automobile Emissions 456 Carbon Sequestration 458 SUMMARY 459 KEY TERMS AND CONCEPTS 460 EXERCISES 460 SECT ν VI Other Related Topics CHAPTER 19 Environmental Law and Policy 462 Resource Law: Water 463 Surface-Water Law 463 Groundwater Law 464 Resource Law: Minerals and Fuels 464 Mineral Rights 464 Mine Reclamation 465 International Resource Disputes 465 Law of the Sea and Exclusive Economic Zones 466 Antarctica 468 Pollution and Its Control 468 Water Pollution 468 Air Pollution 471 Waste Disposal 471 The U.S. Environmental Protection Agency 472 Defining Limits of Pollution 472 International Initiatives 473 Cost-Benefit Analysis 476 Problems of Quantification 476 Cost-Benefit Analysis and the Federal Government 476 Laws Relating to Geologic Hazards 477 Construction Controls 477 Other Responses to Earthquake Hazards 478 Flood Hazards, Flood Insurance 479 Problems with Geologic-Hazard Mitigation Laws 480 The National Environmental Policy Act (1969) 480 ■ Case Study 19 Impact Analysis and the Trans-Alaska Pipeline 483 SUMMARY 484 KEY TERMS AND CONCEPTS 485 EXERCISES 485 CHAPTER 20 Land-Use Planning and Engineering Geology 486 Land-Use Planning—Why? 487 Land-Use Options 488 Contents XV The Federal Government and Land-Use Planning 490 Maps as a Planning Tool 491 ■ Case Study 20.1 How Creen Is My — Golf Course? 496 Engineering Geology—Some Considerations 498 The Role of Testing and Scale Modeling 501 Case Histories, Old and New 501 The Leaning Tower of Pisa 501 The Panama Canal 503 Boston s Big Dig 504 Oams, Failures, and Consequences 505 The St. Francis Dam 505 Other Examples and Construction Issues 506 ■ Case Study 20.2 Three Gorges Dam (It s Not Only About Safety) 508 SUMMARY 510 KEY TERMS AND CONCEPTS 510 EXERCISES 511 Appendix A Geologic Time, Geologic Process Rates A-1 Introduction A-1 Relative Dating A-1 Arranging Events in Order A-1 Correlation A-2 Uniformitarianism A-3 How Old Is the Earth? A-4 Early Efforts A-4 Nineteenth-Century Views A-5 Radiometrie Dating A-5 Radioactive Decay and Dating A-5 Choice of an Isotopie System A-5 Radiometrie and Relative Ages Combined A-6 The Geologic Time Scale A-6 Geologic Process Rates A-7 SUMMARY A-8 KEY TERMS AND CONCEPTS A-8 Appendix В Mineral and Rock Identification B-1 Mineral Identification B-1 A Note on Mineral Formulas B-1 Rock Identification B-1 GLOSSARY G-1 INDEX 1-1 XVI Contents
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author	Montgomery, Carla W. 1951-
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spelling	Montgomery, Carla W. 1951- Verfasser (DE-588)1049538544 aut Environmental geology Carla W. Montgomery 9. ed., internat. student ed. New York, NY McGraw-Hill 2011 XVI, 509, A1-I12 Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Umweltgeologie (DE-588)4251569-5 gnd rswk-swf 1\p (DE-588)4123623-3 Lehrbuch gnd-content Umweltgeologie (DE-588)4251569-5 s DE-604 Digitalisierung UB Bayreuth application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024151443&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Montgomery, Carla W. 1951- Environmental geology Umweltgeologie (DE-588)4251569-5 gnd
subject_GND	(DE-588)4251569-5 (DE-588)4123623-3
title	Environmental geology
title_auth	Environmental geology
title_exact_search	Environmental geology
title_full	Environmental geology Carla W. Montgomery
title_fullStr	Environmental geology Carla W. Montgomery
title_full_unstemmed	Environmental geology Carla W. Montgomery
title_short	Environmental geology
title_sort	environmental geology
topic	Umweltgeologie (DE-588)4251569-5 gnd
topic_facet	Umweltgeologie Lehrbuch
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