Physical geography:
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Belmont, Calif. [u.a.]
Brooks/Cole
2009
|
| Edition: | 9. ed., internat. student ed. |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Bis 8. Aufl. u.d.T.: Essentials of physical geography / Robert E. Gabler |
| Physical Description: | XXVI, 641 S. zahllr. Ill., graph. Darst., Kt. |
| ISBN: | 9780495555063 0495555061 |
Staff View
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| 500 | |a Bis 8. Aufl. u.d.T.: Essentials of physical geography / Robert E. Gabler | ||
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Record in the Search Index
| _version_ | 1804138699344052224 |
|---|---|
| adam_text | EDITION
PHYSICAL
GEOGRAPHY
Robert E Gabler
Emeritus, Western Illinois University
James F Petersen
Texas State University-San Marcos
L Michael Trapasso
Western Kentucky University
Dorothy Sack
Ohio University-Athens
, o BROOKS/COLE
t o CENGAGE Learning
Australia • Brazil • Japan • Korea • Mexico • Singapore • Spain • United Kingdom • United States
Contents
1 Physical Geography:
Earth Environments
and Systems 3
The Study of Geography 4
Physical Geography 5
Technology, Tools, and Methods 6
Major Perspectives in Physical Geography 7
The Spatial Science Perspective 7
Geography s Spatial Science Perspective: The Regional
Concept: Natural and Environmental Regions 8
The Physical Science Perspective 12
Geography s Physical Science Perspective:
The Scientific Method 13
The Environmental Science Perspective 15
Geography s Environmental Science Perspective:
Human-Environment Interactions 16
Models and Systems 21
Systems Theory 22
How Systems Work 22
Equilibrium in Earth Systems 23
Physical Geography and You 26
Chapter 1 Activities 26
2 Representations of Earth 29
Location on Earth 30
Maps and Mapmaking 30
Size and Shape of Earth 30
Globes and Great Circles 31
Latitude and Longitude 32
The Geographic Grid 36
Parallels and Meridians 34
Longitude and Time 34
The International Date Line 36
The U S Public Lands Survey System 36
The Global Positioning System 38
Maps and Map Projections 38
Advantages of Maps 38
Limitations of Maps 40
Properties of Map Projections 40
Examples of Map Projections 41
Map Basics 43
Displaying Spatial Data and Information
on Maps 46
Discrete and Continuous Data 46
Topographic Maps 47
Geography s Spatial Science Perspective: Using Vertical
Exaggeration to Portray Topography 48
Modern Mapping Technology 50
Digital Mapmaking 50
Geographic Information Systems 51
Remote Sensing of the Environment 53
Aerial Photography and Image Interpretation 54
Specialized Remote Sensing Techniques 56
Multispectral Remote Sensing Applications 56
Geography s Physical Science Perspective: Polar versus
Geostationary Satellite Orbits 58
Chapter 2 Activities 59
Map Interpretation: Topographic Maps 62
Earth-Sun Relationships
and Solar Energy
The Solar System and Beyond 66
The Solar System 66
The Planets 66
The Earth-Sun System 67
Geography s Environmental Science Perspective: Passive
Solar Energy, an Ancient and Basic Concept 68
The Sun and Its Energy 69
Solar Energy and Atmospheric Dynamics 71
Movements of Earth 72
Sun Angle, Duration, and
Insolation 74
The Seasons 74
Lines on Earth Delimiting Solar Energy 77
Geography s Physical Science Perspective:
Using the Sun s Rays to Measure the Spherical
Earth-2200 Years Ago 79
XVII
XVIII CONTENTS
The Analemma 80
Variations of Insolation with Latitude
Chapter 3 Activities 82
The Atmosphere, Temperature,
and the Heat Budget
Characteristics of the Atmosphere 86
Composition of the Atmosphere 86
Atmospheric Environmental Issues 88
Vertical Layers of the Atmosphere 91
Effects of the Atmosphere on Solar Radiation 92
Water as Heat Energy 93
Geography s Physical Science Perspective:
Colors of the Atmosphere 94
Heating the Atmosphere 95
Processes of Heat Energy Transfer 95
The Heat Energy Budget 96
Air Temperature 97
Temperature and Heat 97
Temperature Scales 97
Short-Term Variations in Temperature 98
Vertical Distribution of Temperature 99
Controls of Earth s Surface Temperatures 102
Temperature Distribution at Earth s Surface 104
Annual March of Temperature 105
Weather and Climate 107
Geography s Spatial Science Perspective: The Urban
Heat Island 108
Complexity of Earth s Energy Systems 110
Chapter 4 Activities 110
Atmospheric Pressure, Winds,
and Circulation Patterns 113
Variations in Atmospheric Pressure 115
Vertical Variations in Pressure 115
Horizontal Variations in Pressure 115
Basic Pressure Systems 116
Convergent and Divergent Circulation 116
Mapping Pressure Distribution 116
Wind 116
Geography s Environmental Science Perspective:
Harnessing the Wind 117
Pressure Gradients and Winds 118
The Coriolis Effect and Wind 118
Friction and Wind 119
Wind Terminology 119
Cyclones, Anticyclones, and Winds 119
Global Pressure Belts 120
Idealized Global Pressure Belts 120
The Global Pattern of Atmospheric Pressure 120
Seasonal Variations in the Pattern 120
Global Surface Wind Systems 123
Idealized Model of Atmospheric Circulation 123
Conditions within Latitudinal Zones 124
The Effects of Seasonal Migration 125
Longitudinal Differences in Winds 125
Upper Air Winds and Jet Streams 127
Subglobal Surface Wind Systems 128
Monsoon Winds 128
Local Winds 130
Geography s Spatial Science Perspective: The Santa
Ana Winds and Fire 132
Ocean-Atmosphere Relationships 133
Ocean Currents 133
El Nino 135
North Atlantic Oscillation 137
Chapter 5 Activities 138
Moisture, Condensation,
and Precipitation MI
The Hydrologic Cycle 142
Water in the Atmosphere 144
The Water Budget and Its Relation to the Heat Budget 144
Saturation and Dew Point 145
Humidity 145
Geography s Spatial Science Perspective: The Wettest and
Driest Places on Earth 146
Sources of Atmospheric Moisture 148
Rate of Evaporation 148
Potential Evapotranspiration 148
Condensation 149
Condensation Nuclei 150
Fog 150
CONTENTS XIX
Other Minor Forms of Condensation 152
Clouds 152
Precipitation Processes 156
Major Forms of Precipitation 157
Factors Necessary for Precipitation 159
Distribution of Precipitation 160
Geography s Physical Science Perspective:
The Lifting Condensation Level (LCL) 163
Variability of Precipitation 166
Chapter 6 Activities 168
Air Masses and
Weather Systems 171
Air Masses 172
Modification and Stability of Air Masses 172
North American Air Masses 172
Fronts 174
Cold Front 175
Warm Front 175
Stationary and Occluded Fronts 175
Atmospheric Disturbances 176
Middle Latitude Cyclones 176
Cyclones and Anticyclones 176
Hurricanes 181
Snow Storms and Blizzards 184
Geography s Spatial Science Perspective: Hurricane Paths
and Landfall Probability Maps 185
Thunderstorms 186
Tornadoes 188
Weak Tropical Disturbances 190
Geography s Physical Science Perspective:
Tornado Chasers and Tornado Spotters 192
Weather Forecasting 193
Chapter 7 Activities 194
Map Interpretation: Weather Maps 196
Global Climates and
Climate Change
Classifying Climates 200
The Thornthwaite System 200
The Koppen System 201
Geography s Physical Science Perspective:
Using Climographs 203
Climate Regions 210
Scale and Climate 210
Climates of the Past 211
The Ice Ages 211
Modern Research 212
Methods for Revealing Climates
of the Past 213
Rates of Climate Change 214
Causes of Climate Change 215
Orbital Variations 215
Changes in Earth s Atmosphere 216
Changes in the Ocean 217
Changes in Landmasses 219
Impact Events 219
Geography s Spatial Science Perspective:
Climate Change and Its Impact on
Coastlines 219
Predicting Future Climates 220
The Issue of Global Warming 222
Recommendations for the Future 223
Chapter 8 Activities 224
Graph Interpretation: The Koppen Climate
Classification System 226
Low-Latitude and
Arid Climate
Regions 231
Humid Tropical Climate
Regions 232
Tropical Rainforest Climate 232
Geography s Environmental Science Perspective:
The Amazon Rainforest 236
Tropical Monsoon Climate 238
Tropical Savanna Climate 240
Arid Climate Regions 242
Desert Climates 243
Geography s Spatial Science Perspective:
Desertification 244
Steppe Climates 248
Chapter 9 Activities 250
XX CONTENTS
10 Middle-Latitude, Polar,
and Highland Climate
Regions 253
Middle-Latitude Climates 254
Humid Mesothermal Climate Regions 254
Mediterranean Climate 254
Humid Subtropical Climate 258
Marine West Coast Climate 260
Humid Microthermal Climate Regions 263
Humid Continental, Hot-Summer Climate 265
Humid Continental, Mild-Summer Climate 267
Subarctic Climate 269
Geography s Physical Science Perspective:
Effective Temperatures 270
Polar Climate Regions 273
Tundra Climate 274
Ice-Sheet Climate 274
Human Activity in Polar Regions 276
Highland Climate Regions 277
Peculiarities of Mountain Climates 278
Geography s Environmental Science Perspective:
The Effects of Altitude on the Human Body 280
Highland Climates and Human Activity 281
Chapter 10 Activities 282
11 Biogeography
Organization within Ecosystems 286
Major Components 286
Trophic Structure 287
Nutrient Cycles 287
Energy Flow 287
Productivity 288
Ecological Niche 292
Succession and Climax Communities 292
Succession 293
The Climax Community 293
Environmental Controls 295
Geography s Environmental Science Perspective:
The Theory of Island Biogeography 296
Climatic Factors 298
Soil and Topography 300
Natural Catastrophes 301
Biotic Factors 301
Human Impact on Ecosystems 302
Classification of Terrestrial
Ecosystems 302
Geography s Spatial Science Perspective:
Introduction and Diffusion of an Exotic
Species—Fire Ants 303
Forest Biomes 304
Tropical Forests 304
Middle-Latitude Forests 309
Grassland Biomes 311
Tropical Savanna Grasslands 311
Middle-Latitude Grasslands 312
Desert 313
Arctic and Alpine Tundra 315
Marine Ecosystems 316
The Resilience of Life-Forms 317
Chapter 11 Activities 318
12 Soils and Soil
Development 321
Major Soil Components 322
Inorganic Materials 322
Soil Water 323
Soil Air 324
Organic Matter 324
Characteristics of Soil 325
Color 325
Texture 325
Geography s Physical Science Perspective:
Basic Soil Analysis 326
Structure 327
Acidity and Alkalinity 327
Development of Soil Horizons 328
Soil Horizons 328
Factors Affecting Soil
Formation 330
Parent Material 330
Organic Activity 330
Climate 331
Land Surface Configuration 332
Time 333
CONTENTS XXI
Soil-Forming Regimes 334
Laterization 335
Podzolization 335
Calcification 335
Regimes of Local Importance 336
Geography s Environmental Science Perspective:
Soil Resources Are Limited and Threatened:
How Much Good Soil Is There on Earth? 337
Soil Classification 338
The NRCS Soil Classification System 338
NRCS Soil Orders 338
Soil as a Critical Natural Resource 345
Chapter 12 Activities 345
13 Earth Structure, Earth
Materials, and
Plate Tectonics 349
Earth s Planetary Structure 350
Earth s Core 351
Earth s Mantle 351
Earth s Crust 353
Minerals and Rocks 353
Minerals 354
Rocks 354
Continents in Motion: The Search for
a Unifying Theory 362
Continental Drift 362
Supporting Evidence for
Continental Drift 363
Geography s Spatial Science Perspective:
Paleomagnetism: Evidence of Earth s Ancient
Geography 364
Plate Tectonics 365
Seafloor Spreading and Convection
Currents 365
Tectonic Plate Movement 367
Hot Spots in the Mantle 371
Growth of Continents 371
Geography s Physical Science Perspective:
Isostasy: Balancing Earth s Lithosphere 373
Paleogeography 374
Chapter 13 Activities 376
14 Volcanic and Tectonic
Processes and
Landforms 379
Landforms and Geomorphology 380
Igneous Processes and Landforms 382
Volcanic Eruptions 382
Volcanic Landforms 383
Plutonism and Intrusions 390
Tectonic Forces, Rock Structure, and
Landforms 391
Geography s Spatial Science Perspective:
Spatial Relationships between Plate Boundaries,
Volcanoes, and Earthquakes 392
Compressional Tectonic Forces 394
Tensional Tectonic Forces 396
Shearing Tectonic Forces 399
Relationships between Rock Structure
and Topography 399
Geography s Environmental Science Perspective:
Mapping the Distribution of Earthquake
intensity 400
Earthquakes 402
Measuring Earthquake Size 402
Earthquake Hazards 403
Chapter 14 Activities 406
Map Interpretation: Volcanic Landforms 408
15 Weathering and
Mass Wasting
4n
Nature of Exogenic Processes 412
Weathering 412
Physical Weathering 413
Chemical Weathering 416
Geography s Physical Science Perspective:
Expanding and Contracting Soils 419
Variability in Weathering 420
Climate 420
Rock Type 421
Structural Weaknesses 421
Topography Related to Differential Weathering
and Erosion 422
XXII CONTENTS
Mass Wasting 425
Classification of Mass Wasting 426
Slow Mass Wasting 426
Fast Mass Wasting 428
Geography s Environmental Science Perspective:
The Frank Slide 433
Weathering, Mass Wasting, and the
Landscape 434
Chapter 15 Activities 435
16 Underground Water and
Karst Landforms
The Nature of Underground Water 440
Subsurface Water Zones and the Water Table 440
The Distribution and Availability of
Groundwater 442
Groundwater Utilization 444
Wells 444
Artesian Systems 445
Geography s Physical Science Perspective:
Acid Mine Drainage 446
Groundwater Quality 447
Landform Development by Subsurface
Water 447
Karst Landscapes and Landforms 447
Limestone Caverns and Cave Features 451
Geography s Environmental Science Perspective:
Sudden Sinkhole Formation 452
Geothermal Water 455
Chapter 16 Activities 456
Map Interpretation: Karst Topography 458
17 Fluvial Processes
and Landforms 4
Surface Runoff 462
The Stream System 463
Drainage Basins 463
Geography s Spatial Science Perspective: Watersheds
as Critical Natural Regions 466
Drainage Density and Drainage Patterns 467
Stream Discharge 469
Stream Energy 471
Fluvial Process 472
Stream Erosion 472
Stream Transportation 473
Stream Deposition 474
Channel Patterns 476
Land Sculpture by Streams 476
Features of the Upper Course 477
Features of the Middle Course 478
Features of the Lower Course 478
Deltas 479
Base-Level Changes and Tectonism 480
Stream Hazards 481
The Importance of Surface Waters 483
Streams 483
Geography s Environmental Science Perspective: Dams 484
Lakes 485
Quantitative Fluvial Geomorphology 485
Chapter 17 Activities 486
Map Interpretation: Fluvial Landforms 488
18 Arid Region Landforms and
Eolian Processes 491
Surface Runoff in the Desert 492
Water as a Geomorphic Agent in Arid Lands 495
Arid Region Landforms of Fluvial Erosion 495
Arid Region Landforms of Fluvial Deposition 498
Wind as a Geomorphic Agent 501
Wind Erosion and Transportation 501
Wind Deposition 505
Geography s Environmental Science Perspective:
Off-Road Vehicle Impacts on Desert Landscapes 511
Landscape Development in Deserts 512
Chapter 18 Activities 515
Map Interpretation: Desert Basin Landforms 518
19 Glacial Systems and
Landforms 523
Glacier Formation and the
Hydrologic Cycle 524
Types of Glaciers 525
CONTENTS XXIII
Geography s Physical Science Perspective:
Glacial Ice Is Blue! 526
How Do Glaciers Flow? 528
Glaciers as Geomorphic Agents 529
Alpine Glaciers 530
Equilibrium and the Glacial Budget 532
Erosional Landforms of Alpine Glaciation 532
Depositional Landforms of Alpine
Glaciation 535
Continental Glaciers 536
Existing Continental Glaciers 536
Pleistocene Glaciation 538
Continental Glaciers and Erosional Landforms 539
Geography s Spatial Science Perspective:
The Driftless Area—A Natural Region 540
Continental Glaciers and Depositional Landforms 542
Glacial Lakes 546
Periglacial Landscapes 548
Chapter 19 Activities 549
Map Interpretation: Alpine Glaciation 552
Map Interpretation: Continental Glaciation 554
20 Coastal Processes
and Landforms 557
The Coastal Zone 558
Origin and Nature of Waves 558
Tides 558
Tsunamis 561
Wind Waves 561
Geography s Physical Science Perspective: Tsunami
Forecasts and Warnings 562
Breaking Waves 564
Wave Refraction and Littoral Drifting 565
Coastal Erosion 566
Coastal Erosional Landforms 567
Coastal Deposition 567
Coastal Depositional Landforms 568
Geography s Environmental Science Perspective:
Beach Protection 570
Types of Coasts 574
Islands and Coral Reefs 578
Chapter 20 Activities 582
Map Interpretation: Active-Margin
Coastlines 584
Map Interpretation: Passive-Margin
Coastlines 586
Appendix A SI Units 589
Appendix B Topographic Maps 591
Appendix C Understanding and Recognizing Some
Common Rocks 593
Glossary 599
Index 621
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| id | DE-604.BV035371511 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T21:32:20Z |
| institution | BVB |
| isbn | 9780495555063 0495555061 |
| language | English |
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| spelling | Physical geography Robert E. Gabler ... 9. ed., internat. student ed. Belmont, Calif. [u.a.] Brooks/Cole 2009 XXVI, 641 S. zahllr. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Bis 8. Aufl. u.d.T.: Essentials of physical geography / Robert E. Gabler Physical geography Physische Geografie (DE-588)4174629-6 gnd rswk-swf Physische Geografie (DE-588)4174629-6 s DE-604 Gabler, Bob Sonstige (DE-588)141123834 oth HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017175893&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Physical geography Physical geography Physische Geografie (DE-588)4174629-6 gnd |
| subject_GND | (DE-588)4174629-6 |
| title | Physical geography |
| title_auth | Physical geography |
| title_exact_search | Physical geography |
| title_full | Physical geography Robert E. Gabler ... |
| title_fullStr | Physical geography Robert E. Gabler ... |
| title_full_unstemmed | Physical geography Robert E. Gabler ... |
| title_short | Physical geography |
| title_sort | physical geography |
| topic | Physical geography Physische Geografie (DE-588)4174629-6 gnd |
| topic_facet | Physical geography Physische Geografie |
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