Environmental geology: an earth systems science approach
Gespeichert in:
| Hauptverfasser: | , , |
|---|---|
| Format: | Buch |
| Sprache: | German |
| Veröffentlicht: |
New York [u.a.]
Freeman
2014
|
| Ausgabe: | 2. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Getr. Zählung Ill., graph. Darst., Kt. |
| ISBN: | 9781429237437 1429237430 |
Internformat
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Datensatz im Suchindex
| _version_ | 1804152398563770368 |
|---|---|
| adam_text | Titel: Environmental geology
Autor: Merritts, Dorothy
Jahr: 2014
Contents
Letter from the Authors
Preface
PART I Introduction 1
CHAPTER 1 Dynamic Earth Systems 3
Earth System Science 4
The Concept of Systems 6
Types of Systems 6
System Behavior 7
Feedbacks in Earth Systems 8
Earth s Environmental Systems 9
The Geosphere: Earth s Metallic
Interior and Rocky Outer Shell 9
The Pedosphere: Where Soils Form 13
The Hydrosphere: Earth s Distinguishing
Characteristic 14
The Atmosphere: Earth s Envelope
of Gases 16
The Biosphere: Where Life Exists 17
Earth s Energy System 18
States of Energy 18
Sources of Energy 20
Energy Budget of Earth 21
Human Consumption of Energy 22
Human Population and Earth System
Boundaries 22
Human Population Growth 23
Resources and Sustainable Development 24
Pollution, Wastes, and Environmental
Impact 26
Natural Disasters, Hazards, and Risks 28
The Anthropocene and Planetary
Boundaries 28
Closing Thoughts 30
Summary and Key Terms 30
Questions and Exercises 31
Suggested Readings 32
PART II Solid Earth Systems
and Geologic Time 33
CHAPTER 2 Plate Tectonics: Solid
Earth in Motion 35
Introduction 36
BOX 2-1 Global and Environmental
Change: Plate Tectonics and the Evolution
of Species 37
An Early Conundrum and the Scientific
Method 38
Science, Pseudoscience, and the Scientific
Method 40
Plate Properties and Motions 40
Divergent Plate Boundaries, Spreading
Ridges, and Normal Faults 41
Convergent Plate Boundaries, Subduction
Zones, and Reverse Faults 44
Transform Plate Boundaries and
Strike-Slip Faults 47
Piecing the Theory Together 48
Paleomagnetism and Proof of
Continental Drift 49
Magnetic Reversals and the Magnetic
Polarity Timescale 51
Paleomagnetism and Seafloor Spreading 52
More Evidence in Support of the Theory 52
BOX 2-2 Emerging Research: Drilling into
a Subduction Zone: The NanTroSEIZE Project 54
The Driver of Plate Tectonics 55
BOX 2-3 Emerging Research: Our Evolving
Understanding of the Hawaiian Hot Spot 56
Closing Thoughts 58
Summary and Key Terms 58
Questions and Exercises 58
Suggested Readings 59
CHAPTER 3 Earthquakes:
Their Causes, Hazards, and Risks 61
Introduction 62
The Buildup and Release of Seismic Energy 64
Fault Behavior 65
Seismic Sources and Waves 67
Locating Earthquake Epicenters 68
BOX 3-1 Geologist s Toolbox: Imaging
Earth s Interior 70
Tectonic Loading and the Earthquake
Cycle 72
Assessing Earthquake Hazards 75
Earthquake Moment Magnitude 75
Earthquake Intensity 76
Looking for Earthquakes in
the Geologic Record 78
BOX 3-2 Case Study: Magnitude Versus
Intensity: The 2010 Haiti and Chile Events 79
The Potential for Future Earthquakes 82
BOX 3-3 Emerging Research: The Parkfield
Earthquake and the Difficulties of Prediction 84
Minimizing the Risks from Earthquakes 86
BOX 3-4 Earth Science and Public Policy:
Earthquakes and Legislation 87
Closing Thoughts 89
Summary and Key Terms 89
Questions and Exercises 90
Suggested Readings 91
CHAPTER 4 Earth Materials:
Elements, Minerals, and Rocks 93
Introduction 94
Minerals: Building Blocks of the
Lithosphere 96
Crystallization and Mineral Structure 97
Major Mineral Groups 98
BOX 4-1 Geologist s Toolbox: Soft Crystals
and Hard Science in the Cave of Crystals,
Mexico 100
Mineral Properties: Hardness and Cleavage 102
Rocks and the Rock Cycle 103
Igneous Rocks 103
Sediments and Sedimentary Rocks 107
Metamorphic Rocks 111
The Rock Cycle 113
Rock and Mineral Resources 114
Industrialization and Mineral Resources 115
Critical Minerals 116
Ore Deposits and Ore Minerals 116
Types of Ore Deposits 117
BOX 4-2 Case Study: Rare Earth Elements:
Not Rare, But Hard to Get 118
Depletion and Recycling of Mineral
Resources 124
Environmental Impacts of Mining 125
Environmental Regulation of Mining 126
Metal Cycling Through Earth Systems:
Copper Case Study 127
BOX 4-3 Case Study: Butte, Montana —
From Boom Town to Superfund Site 128
Closing Thoughts 133
Summary and Key Terms 133
Questions and Exercises 134
Suggested Readings 137
CHAPTER 5 Volcanoes 139
Introduction 140
Volcanic Eruptions 142
How Volcanoes Erupt 142
Magma Types and Eruptive Styles 143
Shield Volcanoes, Stratovolcanoes,
and Cinder Cones 145
Craters, Calderas, and Climate 148
Volcanic Hazards 149
Volcanic Ash 149
BOX 5-1 Earth Science and Public Policy:
Creating Artificial Volcanic Eruptions to
Counter Global Warming: Geoengineering
or Geo-Fantasy? 151
Volcanic Gases 152
Tsunamis from Volcanic Eruptions 153
Active, Dormant, and Extinct Volcanoes 153
The Volcanic Explosivity Index 153
Determining Volcanic Threat Levels 154
BOX 5-2 Earth Science and Public Policy:
The Prediction Challenge 157
Minimizing the Risks from Volcanic
Eruptions 159
The Lahars of Mount Rainier 159
BOX 5-3 Earth Science and Public Policy:
Volcano Databases and Volcanic Ash Advisory
Centers 161
Stopping the Lava on Mount Etna 162
Closing Thoughts 163
Summary and Key Terms 163
Questions and Exercises 164
Suggested Readings 165
CHAPTER 6 Geologic Time,
Environmental Change, and Earth
System Cycles 167
Introduction 168
Scales of Time and Earth System Cycles 169
Time and Earth System Cycles 169
Measuring Time: Relative and Absolute
Age Dating 169
BOX 6-1 Global and Environmental
Change: One Billion Years of Rock Cycling
Revealed in the Grand Canyon 170
Fossils, Evolution, and Relative Geologic
Time 172
Radioactivity and Absolute Geologic
Time 175
Radiometric Dating 178
BOX 6-2 Geologist s Toolbox: How Is the
Rate of Radioactive Decay Used to Date Earth
Materials? 180
BOX 6-3 Geologist s Toolbox: Family
History: Radiometric Dating and the Tempo
of Human Evolution 182
Global Change over Different Scales
of Time 184
Global Change over Historic Time Scales 184
Global Change over Short Geologic Time
Scales 185
BOX 6-4 Geologist s Toolbox: How Do
Scientists Date Ice Cores? 186
Global Change over Long Geologic Time
Scales 186
Closing Thoughts
Summary and Key Terms
Questions and Exercises
Suggested Readings
187
187
188
189
PART III Earth s Surface System 191
CHAPTER 7 The Biosphere 193
Introduction 194
Biosphere Structure and Functioning 194
Energy for Life: Photosynthesis and
Respiration 195
Nutrients and Biogcochcmical Cycles 195
Trophic Levels and Food Chains 199
Competition and Cooperation 200
Population Growth and Carrying Capacity 200
BOX 7-1 Case Study: The Guano Era in
Peruvian History 201
Biomes, Habitats, and Ecological Niches 203
Biodiversity 205
BOX 7-2 Emerging Research: Anthropogenic
Biomes: Humanity s Imprint on the Biosphere 206
BOX 7-3 Case Study: Consequences of Wolf
Reintroduction into Yellowstone National Park 208
Ecosystem Services
Environmental Goods
Pollination of Crops and Native
Vegetation
Water Purification
210
210
211
211
Human Impacts on the Biosphere 212
Human Population Growth 213
Human Impacts on Biogeochemical Cycles 216
Habitat Fragmentation
Exotic Species
Extinctions and Loss of Biodiversity
BOX 7-4 Earth Science and Public Policy:
Detergent Phosphates: From Good
Housekeeping Necessity to Environmental
Nuisance
Restoration Ecology
Closing Thoughts
Summary and Key Terms
Questions and Exercises
Suggested Readings
216
216
218
219
221
222
222
223
225
CHAPTER 8 Soil and Weathering
Systems 227
Introduction 228
The Pedosphere: A Ceomembrane
to Other Earth Systems 230
Physical Weathering 231
Chemical Weathering 233
BOX 8-1 Global and Environmental
Change: Tectonic Uplift, Rock Weathering,
and Long-Term Climate Change 236
BOX 8-2 Geologist s Toolbox: The Unusual
Properties of Clay Minerals 240
Biological Processes and Their Role
in Weathering 240
Soil Profiles and Soil-Forming Factors 242
The Interaction of Earth Systems
to Form Soil 243
Cycling of Nitrogen Among the
Atmosphere, Biosphere, and
Pedosphere 245
Pedosphere Resources: Soils, Clays,
and Mineral Ores 245
The Fertile Soil 245
BOX 8-3 Earth Science and Public Policy:
Population-Supporting Capacities and Soil 248
Clay, Laterite, and Mineral Ores 249
Soil Erosion Hazards, Land Degradation,
and Soil Conservation 250
Soil Erosion: A Quiet Crisis 250
BOX 8-4 Case Study: Droughts, Land
Degradation, and the American Dust Bowl 252
Soil Erosion by Water 253
Land Degradation and Desertification 254
Assessing Soil Erosion 255
Soil Conservation Practices 256
Mass Movement Hazards and Their
Mitigation 257
The Roles of Gravity and Water in Mass
Movement 258
Types of Mass Movement 259
Causes and Prevention of Mass
Movement 261
Closing Thoughts 263
Summary and Key Terms 263
Questions and Exercises 264
Suggested Readings 266
PART IV Fluid Earth Systems 267
CHAPTER 9 Earth s Surface Water 269
Introduction 270
The Hydrologic Cycle 271
Surface Water Distribution 272
Hydrologic Budgets 273
BOX 9-1 Earth Science and Public Policy:
Surface Water Use in the Colorado River
Basin and Long-Term Records of Runoff
from Tree Rings 275
Drainage Basins and Streams 277
Drainage Networks and Base-Level
Controls 277
What Happens When It Rains? 278
Stream Stage, Discharge, and
Hydrographs 280
Stream Channel Patterns and Processes 281
Floods 284
Flood Hazards 284
Flood Frequency Analysis 286
The U.S. National Flood Insurance
Program 287
BOX 9-2 Case Study: The Geologic
Record of Flooding in South Dakota s
Black Hills 288
Altered Streams 290
Dams 290
Dam Removal 293
Artificial Levees and Floodwalls 294
Channelization 294
Wetlands 295
Characteristics and Benefits of Wetlands 295
Protecting Wetlands 296
Managing and Restoring Streams
and Wetlands 297
River Corridor and Wetland Restoration 297
BOX 9-3 Emerging Research: Stream and
Wetland Restoration: What Is Natural? 298
Unchannelizing the Kissimmee River 301
Water Resources and Protection 302
Freshwater Use and Virtual Water 302
Surface Water Systems and Waste
Disposal 304
The Clean Water Act and Watershed
Management 304
Regulations to Protect Drinking Water 307
The National Wild and Scenic Rivers Act 308
Droughts 309
Types of Droughts 309
Impacts of Droughts on Socioeconomic
and Environmental Systems 310
Drought History and Global Warming 311
BOX 9-4 Case Study: Water Battles in
Wet Places: Drought and the Tri-State Water
Dispute 312
Closing Thoughts 315
Summary and Key Terms 315
Questions and Exercises 316
Suggested Readings 318
CHAPTER 10 The Groundwater
System 321
Introduction 322
Water in the Ground 323
The Water Table 323
Porosity and Groundwater Storage 324
Permeability and Groundwater Flow 326
Aquifers 326
BOX 10-1 Geologist s Toolbox: Darcy s
Law and the Flow of Water and Contaminants
in Rocks and Sediments 330
Natural Groundwater Chemistry 332
BOX 10-2 Earth Science and Public Policy:
Saving Water in the Desert 335
Groundwater as a Resource 335
Global Distribution and Use 336
Groundwater Resource Management 336
BOX 10-3 Case Study: Water Resource
Management in Los Angeles 340
Groundwater Hazards 342
Solution Caverns and Sinkholes 342
Land Subsidence from Groundwater
Mining 342
BOX 10-4 Case Study: Dead Sea Sinkholes 344
Intrusion of Salt Water 346
Groundwater Pollution and Its Cleanup 347
Types and Sources of Groundwater
Pollution 347
Migration of Groundwater Pollutants 349
BOX 10-5 Case Study: Contaminant Plume
at Cape Cod, Massachusetts 350
U.S. Laws Governing the Quality of
Water Resources 352
Groundwater and Aquifer Restoration 353
Closing Thoughts 355
Summary and Key Terms 355
Questions and Exercises 356
Suggested Readings 357
CHAPTER 11 The Atmospheric
System 359
Introduction 360
The Atmosphere: An Envelope of Gases 362
Present Atmospheric Composition 362
BOX 11-1 Global and Environmental
Change: The Intertwined Histories of
Atmospheric Oxygen and Life 364
Atmospheric Structure 366
Atmospheric Circulation and Climate 369
The Greenhouse Effect 369
Differential Heating of Earth 370
BOX 11-2 Geologist s Toolbox:
Electromagnetic Radiation 372
Tropospheric Circulation 374
Climate Zones 378
Storms 381
Development of Air Masses and Frontal
Weather Systems 381
Severe Weather 383
Tropical Storms and Hurricanes 386
BOX 11-3 Geologist s Toolbox: Clouds:
Thor s Anvil and Castles in the Air 387
Human Influence on Atmospheric
Chemistry 390
Acid Rain 391
BOX 11-4 Case Study: The Destructive
Power of Tornados 392
Smog 394
Ozone Depletion 396
Air Pollution and Environmental
Management 398
Legislation 398
Cleanup Technologies 399
Closing Thoughts 400
Summary and Key Terms 401
Questions and Exercises 402
Suggested Readings 403
CHAPTER 12 The Ocean
and Coastal System 405
Introduction 406
The Ocean Basins 408
Features of the Seafloor 409
The Changing Ocean Basins 409
Coastlines 410
Sea Level Changes 411
Seawater Chemistry 412
The Salinity of Seawater 413
Nutrients in Seawater 414
Dissolved Gases and pH in Seawater 414
Ocean Structure and Circulation 416
Vertical Structure of the Oceans 416
Circulation in the Surface Mixed Layer 417
BOX 12-1 Global and Environmental
Change: El Nino Climatic Events 420
Circulation in the Deep Ocean 420
Coastal Processes and the Hazards
of Living by the Sea 424
Beaches and Waves 424
Tides 426
Coastal Erosion and Attempts to
Control It 428
Controlling Cliff Erosion 430
Tsunamis 431
Human Impacts on the Seas 436
Waste Disposal and Polluted Runoff
Along Continental Shelves 436
BOX 12-2 Earth Science and Public Policy:
Who Owns the Seas? 438
Plastics in the Sea 443
BOX 12-3 Case Study: Chesapeake Bay
and Population Growth 444
Ocean Acidification 447
Protecting the Oceans 447
Closing Thoughts
Summary and Key Terms
Questions and Exercises
Suggested Readings
449
451
452
454
PART V Energy Changing Earth and Human-Earth Interactions 455
CHAPTER 13 Energy 457
Energy and Humans 458
Earth s Energy System 460
States of Energy 460
Energy, Work, and Power 460
Sources of Energy 462
Earth s Energy Cycle and Budget 463
Energy Transfers and Photosynthesis 463
Resources, Energy Currency, and
End-Use Services 464
Petroleum: Crude Oil and Natural Gas 465
Origin of Petroleum 465
Finding, Extracting, and Refining
Petroleum 468
Peak Oil and Gas: How Long Will
Crude Oil and Natural Gas Last? 470
BOX 13-1 Earth Science and Public Policy:
The Essential Trade-off between Fossil Fuels
and the Environment 472
Unconventional Fluid Hydrocarbons:
Oil Sands, Shale Oil, and Gas 474
Environmental Impacts Associated
with Petroleum Use 478
BOX 13-2 Earth Science and Public Policy:
Deepwater Drilling and Well Blowouts 482
Coal 484
Origin of Coal 485
Global Distribution of Coal Deposits 486
Coal Production and Reserves 487
Coal Mining 487
Environmental Impacts of Mining
and Burning Coal 488
BOX 13-3 Geologist s Toolbox: Visualizing
Mountaintop Removal in 3-D with Remote
Sensing and Lidar 490
493
Carbon Capture and Storage
Geothermal Energy 495
Nuclear Energy 497
The Nuclear Fuel Cycle 497
Fission and Fusion 501
Nuclear Power Plant Safety 502
Nuclear Waste 502
Renewable Energy 504
Solar Energy 504
Wind Energy 507
Hydropower 510
Biomass 510
Energy Efficiency and Conservation 511
BOX 13-4 Case Study: The New
EnergyEra : Green Buildings and The Road
Taken 512
Closing Thoughts 516
Summary and Key Terms 517
Questions and Exercises 518
Suggested Readings 519
CHAPTER 14 Understanding
Climatic and Environmental Change 521
Introduction 522
Climate on Terrestrial Planets 523
Earth s Temperature and the Faint
Young Sun Problem 524
Mars: A Frozen Planet 526
Venus: A Runaway Greenhouse Effect 526
Causes of Climatic Change 527
Climate and the Evolution of Life 528
Influence of Plate Tectonics on Climate 530
Influence of the Oceans on Climate 532
BOX 14-1 Case Study: Snowball Earth 534
Influence of Earth s Orbital Parameters
on Climate 536
Influence of Humans on Climate 538
Climatic Feedbacks 539
Indicators of Environmental Change 541
Geologic Records of Climate and
Environment 541
BOX 14-2 Emerging Research: Earth s
Flickering Temperature and Climatic Seesaw 546
Biological Records of Climate and
Environment 551
Global Climate Models 554
Closing Thoughts 556
Summary and Key Terms 557
Questions and Exercises 558
Suggested Readings 559
CHAPTER 15 Humans and the
Whole Earth System: Living in the
Anthropocene 561
Introduction 562
Planetary Boundaries 564
Atmospheric Aerosol Loading 565
Biodiversity Loss 565
BOX 15-1 Global and Environmental
Change: Tipping Points 566
Changes in Biogeochemical Cycles 566
Changes in Land Use 567
Chemical Pollution 568
Global Freshwater Use 568
Stratospheric Ozone Depletion 569
Anthropogenic Climate Change 570
Evidence for a Warming Earth 571
Causes of Climatic Change 571
BOX 15-2 Earth Science and Public Policy:
Manufacturing a Controversy 573
The Case for Human Sources 574
BOX 15-3 Emerging Research: Atmospheric
CO2 and Temperature: Resolving a Chicken
and Egg Problem 578
Impacts of Rising Greenhouse Gas
Concentrations 580
Greenhouse Gas Scenarios 581
Temperature 581
Sea Level Rise 583
Changes to the Hydrologic Cycle 587
Impacts on Human Health 587
Ecosystem Impacts of a Warming Planet 588
Lessons from Former Worlds 589
BOX 15-4 Emerging Research:
Frozen Methane: A Climatic Bomb Waiting
to Go Off? 590
Climate Change Benefits 592
Coming to Grips with the Anthropocene 592
Greenhouse Gas Reduction Strategies 592 Appendix 1: Classification of Biological
Geoengineering 594 Organisms A-1
Adaptations to a Warmer World 595 Appendix 2: Periodic Table of Elements A-2
International Agreements 598 Appendix 3: Units and Conversions A-3
Closing Thoughts 600 Appendix 4: Properties of Common
Minerals A-8
Summary and Key Terms 601 Glossary G-1
Questions and Exercises 602 References R-1
Suggested Readings 603 Index 1-1
|
| any_adam_object | 1 |
| author | Merritts, Dorothy Menking, Kirsten Dewet, Andrew |
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| author_role | aut aut aut |
| author_sort | Merritts, Dorothy |
| author_variant | d m dm k m km a d ad |
| building | Verbundindex |
| bvnumber | BV041992960 |
| classification_rvk | RB 10180 |
| ctrlnum | (OCoLC)879594709 (DE-599)BSZ403609739 |
| discipline | Geographie |
| edition | 2. ed. |
| format | Book |
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| genre | (DE-588)4123623-3 Lehrbuch gnd-content |
| genre_facet | Lehrbuch |
| id | DE-604.BV041992960 |
| illustrated | Illustrated |
| indexdate | 2024-07-10T01:10:05Z |
| institution | BVB |
| isbn | 9781429237437 1429237430 |
| language | German |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-027435156 |
| oclc_num | 879594709 |
| open_access_boolean | |
| owner | DE-11 DE-634 DE-29 |
| owner_facet | DE-11 DE-634 DE-29 |
| physical | Getr. Zählung Ill., graph. Darst., Kt. |
| publishDate | 2014 |
| publishDateSearch | 2014 |
| publishDateSort | 2014 |
| publisher | Freeman |
| record_format | marc |
| spelling | Merritts, Dorothy Verfasser aut Environmental geology an earth systems science approach Dorothy Merritts ; Kirsten Menking ; Andrew DeWet 2. ed. New York [u.a.] Freeman 2014 Getr. Zählung Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Physische Geografie (DE-588)4174629-6 gnd rswk-swf Geowissenschaften (DE-588)4020288-4 gnd rswk-swf Umweltgeologie (DE-588)4251569-5 gnd rswk-swf Geologie (DE-588)4020227-6 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Geowissenschaften (DE-588)4020288-4 s Umweltgeologie (DE-588)4251569-5 s DE-604 Geologie (DE-588)4020227-6 s Physische Geografie (DE-588)4174629-6 s Menking, Kirsten Verfasser aut Dewet, Andrew Verfasser aut HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027435156&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Merritts, Dorothy Menking, Kirsten Dewet, Andrew Environmental geology an earth systems science approach Physische Geografie (DE-588)4174629-6 gnd Geowissenschaften (DE-588)4020288-4 gnd Umweltgeologie (DE-588)4251569-5 gnd Geologie (DE-588)4020227-6 gnd |
| subject_GND | (DE-588)4174629-6 (DE-588)4020288-4 (DE-588)4251569-5 (DE-588)4020227-6 (DE-588)4123623-3 |
| title | Environmental geology an earth systems science approach |
| title_auth | Environmental geology an earth systems science approach |
| title_exact_search | Environmental geology an earth systems science approach |
| title_full | Environmental geology an earth systems science approach Dorothy Merritts ; Kirsten Menking ; Andrew DeWet |
| title_fullStr | Environmental geology an earth systems science approach Dorothy Merritts ; Kirsten Menking ; Andrew DeWet |
| title_full_unstemmed | Environmental geology an earth systems science approach Dorothy Merritts ; Kirsten Menking ; Andrew DeWet |
| title_short | Environmental geology |
| title_sort | environmental geology an earth systems science approach |
| title_sub | an earth systems science approach |
| topic | Physische Geografie (DE-588)4174629-6 gnd Geowissenschaften (DE-588)4020288-4 gnd Umweltgeologie (DE-588)4251569-5 gnd Geologie (DE-588)4020227-6 gnd |
| topic_facet | Physische Geografie Geowissenschaften Umweltgeologie Geologie Lehrbuch |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027435156&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT merrittsdorothy environmentalgeologyanearthsystemsscienceapproach AT menkingkirsten environmentalgeologyanearthsystemsscienceapproach AT dewetandrew environmentalgeologyanearthsystemsscienceapproach |