Physical geography : the global environment
著者
書誌事項
Physical geography : the global environment
Oxford University Press, 2004
3rd ed
大学図書館所蔵 全3件
  青森
  岩手
  宮城
  秋田
  山形
  福島
  茨城
  栃木
  群馬
  埼玉
  千葉
  東京
  神奈川
  新潟
  富山
  石川
  福井
  山梨
  長野
  岐阜
  静岡
  愛知
  三重
  滋賀
  京都
  大阪
  兵庫
  奈良
  和歌山
  鳥取
  島根
  岡山
  広島
  山口
  徳島
  香川
  愛媛
  高知
  福岡
  佐賀
  長崎
  熊本
  大分
  宮崎
  鹿児島
  沖縄
  韓国
  中国
  タイ
  イギリス
  ドイツ
  スイス
  フランス
  ベルギー
  オランダ
  スウェーデン
  ノルウェー
  アメリカ
注記
Includes bibliographical references and index
内容説明・目次
内容説明
This is an introdutory physical geography text designed for 1st or 2nd year undergraduate students of Geography, Geology and Environmental Sciences. A four colour text with a massive visual program that includes nearly 300 colour photgraphs, 300 line drawings and numerous maps and tables.
目次
- Preface
- PART 1. A GLOBAL PERSPECTIVE
- UNIT 1. GEOGRAPHY
- 1.1. Physical Geography
- 1.2. A Century of Physical Geography
- 1.3. Systems and Models in Physical Geography
- 1.4. Geographic Magnitude
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: SLIDING SCALE
- UNIT 2. THE PLANET EARTH
- 2.1. Spheres of the Earth System
- 2.2. Hemispheres
- 2.3. Continents and Oceans
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: HUMAN POPULATION AND NATURAL PROCESSES
- UNIT 3. MAPPING THE EARTH'S SURFACE
- 3.1. The Spherical Earth
- 3.2. Map Projections
- 3.3. Map Interpretation
- 3.4. Evolving Cartographic Technology
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: REMOTE SENSING OF THE ENVIRONMENT
- UNIT 4. THE EARTH IN THE UNIVERSE
- 4.1. The Universe
- 4.2. The Solar System
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: COLLISION!
- UNIT 5. EARTH-SUN RELATIONSHIPS
- 5.1. Earth's Planetary Motions
- 5.2. Seasonality
- 5.3. Insolation and Its Variation
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: MEASURING TIME ON OUR ROTATING EARTH
- PART 2. ATMOSPHERE AND HYDROSPHERE
- UNIT 6. COMPOSITION AND STRUCTURE OF THE ATMOSPHERE
- 6.1. Contents of the Atmosphere
- 6.2. The Layered Structure of the Atmosphere
- 6.3. Research Frontiers
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: OZONE HOLES IN THE STRATOSPHERE
- UNIT 7. RADIATION AND THE HEAT BALANCE OF THE ATMOSPHERE
- 7.1. The Radiation Balance
- 7.2. The Heat Balance
- 7.3. Global Distribution of Heat Flows
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE GREENHOUSE EFFECT AND GLOBAL WARMING
- UNIT 8. ATMOSPHERIC AND SURFACE TEMPERATURE
- 8.1. What is Temperature?
- 8.2. The Vertical Distribution of Temperature
- 8.3. The Horizontal Distribution of Temperature
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: URBAN DUST DOMES AND HEATING PATTERNS
- UNIT 9. AIR PRESSURE AND WINDS
- 9.1. Atmospheric Pressure
- 9.2. Air Movement in the Atmosphere
- 9.3. Large-and Smaller-Scale Wind Systems
- 9.4. Local Wind Systems
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: AIR PRESSURE AND WIND IN OUR DAILY LIVES
- UNIT 10. CIRCULATION PATTERNS OF THE ATMOSPHERE
- 10.1. A Model of the Surface Circulation
- 10.2. The Actual Surface Circulation Pattern
- 10.3. Secondary Surface Circulation: Monsoonal Windflows
- 10.4. Circulation of the Upper Atmosphere
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE SAILOR'S LEGACY-NAMING THE WINDS
- UNIT 11. HYDROSPHERE: CIRCULATION OF THE WORLD OCEAN
- 11.1. Surface Currents
- 11.2. Generation of Ocean Currents
- 11.3. Flow Behavior of Ocean Currents
- 11.4. Deep-Sea Currents
- 11.5. The Coupled Ocean-Atmosphere System
- 11.6. El Nino-Southern Oscillation
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE NORTH ATLANTIC OSCILLATION
- UNIT 12. ATMOSPHERIC MOISTURE AND THE WATER BALANCE
- 12.1. Physical Properties of Water
- 12.2. Measuring Water Vapor
- 12.3. The Hydrologic Cycle
- 12.4. Evaporation
- 12.5. Condensation and Clouds
- 12.6. Precipitation
- 12.7. The Surface Water Balance
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: WATER USAGE IN THE UNITED STATES
- UNIT 13. PRECIPITATION, AIR MASSES, AND FRONTS
- 13.1. Precipitation-Producing Processes
- 13.2. Convergent-Lifting Precipitation
- 13.3. Convectional Precipitation
- 13.4. Orographic Precipitation
- 13.5. Frontal (Cyclonic) Precipitation
- 13.6. Air Masses in the Atmosphere
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: TORNADOES AND THEIR CONSEQUENCES
- UNIT 14. WEATHER SYSTEMS
- 14.1. Low-Latitude Weather Systems
- 14.2. Weather Systems of the Middle and Higher Latitudes
- 14.3. Energy and Moisture Within Weather Systems
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: HONDURAS AFTER HURRICANE MITCH
- UNIT 15. WEATHER TRACKING AND FORECASTING
- 15.1. Weather Data Acquisition
- 15.2. Mapping Weather Data
- 15.3. Weather Forecasting
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: CLIMATE IN DAILY HUMAN TERMS
- UNIT 16. CLIMATE CLASSIFICATION AND REGIONALIZATION
- 16.1. Classifying Climates
- 16.2. The Koppen Climate Classification System
- 16.3. The Regional Distribution of Climate Types
- 16.4. Boundaries of Climate Regions
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: DEFORESTATION OF THE TROPICS
- UNIT 17. TROPICAL (A) AND ARID (B) CLIMATES
- 17.1. The Major Tropical (A) Climates
- 17.2. The Major Arid (B) Climates
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: DESERTIFICATION
- UNIT 18. HUMID MESOTHERMAL (C) CLIMATES
- 18.1. The Perpetually Moist (Cf) Climates
- 18.2. The Dry-Summer (Cs) Climates
- 18.3. The Dry-Winter (Cw) Climates
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE DROUGHT OF '88
- UNIT 19. HIGHER LATITUDE (D, E) AND HIGH-ALTITUDE (H) CLIMATES
- 19.1. The Major Humid Microthermal (D) Climates
- 19.2. The Polar (E) Climates
- 19.3. High-Altitude (H) Climates
- Perspectives on the Human Environment: Acid Precipitation
- UNIT 20. DYNAMICS OF CLIMATE CHANGE
- 20.1. Evidence of Climate Change
- 20.2. The Climatic History of the Earth
- 20.3. Mechanisms of Climate Change
- 20.4. The Climatic Future
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: WEATHER EXTREMES AND TELECONNECTIONS
- UNIT 21. HUMAN-CLIMATE INTERACTIONS AND IMPACTS
- 21.1. The Heat Balance of the Human Body
- 21.2. Shelter, Houses, and Climate
- 21.3. Urban Microclimates
- 21.4. Air Pollution
- 21.5. Human Activities and the Global Climate Machine
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: WEATHER MODIFICATION IN AN INDUSTRIAL REGION
- PART 3. THE BIOSPHERE
- UNIT 22. CLIMATE, SOIL, PLANTS, AND ANIMALS
- 22.1. Natural Geography
- 22.2. Conservation and the Biosphere
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: BIODIVERSITY UNDER SIEGE
- UNIT 23. FORMATION OF SOILS
- 23.1. The Formation of Soil
- 23.2. Processes in the Soil
- 23.3. Soil Profiles
- 23.4. Soil Regimes
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: EXCHANGE OF IONS
- UNIT 24. PHYSICAL PROPERTIES OF SOIL
- 24.2. Soil Texture
- 24.3. Soil Structure
- 24.4. Soil Color
- 24.5. Soil Acidity and Alkalinity
- 24.6. Soils of Hills and Valleys
- 24.7. The Soil Development System
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: FERTILIZER
- UNIT 25. CLASSIFICATION AND MAPPING OF SOILS
- 25.1. Classifying Soils
- 25.2. The Soil Taxonomy
- 25.3. The Spatial Distribution of Soils
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: SOIL TAXONOMY-WHAT'S IN A NAME?
- UNIT 26. BIOGEOGRAPHIC PROCESSES
- 26.1. Dynamics of the Biosphere
- 26.2. Plant Successions
- 26.3. Geographic Dispersal
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: A BIOGEOGRAPHIC PUZZLE: THE SPECIES-RICHNESS GRADIENT
- UNIT 27. THE GLOBAL DISTRIBUTION OF PLANTS
- 27.1. Biomes
- 27.2. Principal Terrestrial Biomes
- Perspectives on the Human Environment: North America's Vegetation Regions
- UNIT 28. ZOOGEOGRAPHY: SPATIAL ASPECTS OF ANIMAL POPULATIONS
- 28.1. Processes of Evolution
- 28.2. Emergence of Zoogeography
- 28.3. The Earth's Zoogeographic Realms
- 28.4. Further Studies in Zoogeography
- 28.5. Zoogeography and Conservation
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE AFRICAN STOWAWAYS
- PART 4. THE RESTLESS CRUST
- UNIT 29. PLANET EARTH IN PROFILE: THE LAYERED INTERIOR
- 29.1. Evidence of the Earth's Internal Structuring
- 29.2. The Earth's Internal Layer
- 29.3. The Earth's Outer Layer
- 29.4. The Crustal Surface
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: HILLS, MOUNTAINS, PLAINS, PLATEAUS--WHAT'S IN A NAME?
- UNIT 30. MINERALS AND IGNEOUS ROCKS
- 30.1. Minerals and Rocks
- 30.2. Classification of Rock Types
- 30.3. Igneous Rocks
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE WORLD'S OLDEST ROCKS
- UNIT 31. SEDIMENTARY AND METAMORPHIC ROCKS
- 31.1. Sedimentary Rocks
- 31.2. Metamorphic Rocks
- 31.3. The Rock Cycle
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: OILFIELD FORMATION
- UNIT 32. PLATES OF THE LITHOSPHERE
- 32.1. Continental Drift
- 32.2. Continents and Seafloors
- 32.3. Distribution of Plates
- 32.4. Movement of Plates
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: FAULTING IN THE LOS ANGELES BASIN: THE 1994 NORTHRIDGE EARTHQUAKE
- UNIT 33. PLATE MOVEMENT: CAUSES AND EFFECTS
- 33.1. Mechanism of Crustal Spreading
- 33.2. Evolution of Continents
- 33.3. Isostasy
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: HOW FAST DO DRIFTING PLATES MOVE?
- UNIT 34. VOLCANISM AND ITS LANDFORMS
- 34.1. Distribution of Volcanic Activity
- 34.2. Volcanic Mountains
- 34.3. Calderas
- 34.4. Landscapes of Volcanism
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: RISKING THE WRATH OF GODDESS PELE
- UNIT 35. EARTHQUAKES AND LANDSCAPES
- 35.1. Earthquake Terminology
- 35.2. Earthquake Distribution
- 35.3. Earthquakes and Landscapes
- 35.4. Tsunamis
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: EARTHQUAKE RISK IN THE EASTERN UNITED STATES
- UNIT 36. SURFACE EXPRESSIONS OF SUBSURFACE STRUCTURES
- 36.1. Terminology of Structure
- 36.2. Fault Structures
- 36.3. Fold Structures
- 36.4. Regional Deformation
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE DECLINE AND FALL OF SOUTHEAST TEXAS
- PART 5. SCULPTING THE SURFACE
- UNIT 37. THE FORMATION OF LANDSCAPES AND LANDFORMS
- 37.1. Landscapes and Landforms
- 37.2. Gradation
- 37.3. Erosion and Tectonics
- 37.4. Regional Landscapes
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: USING THE GEOLOGIC TIME SCALE
- UNIT 38. WEATHERING PROCESSES
- 38.1. Mechanical Weathering
- 38.2. Chemical Weathering
- 38.3. Biological Weathering
- 38.4. Geography of Weathering
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE DUST BOWL
- UNIT 39. MASS MOVEMENTS
- 39.1. Mass Movement
- 39.2. The Importance of Mass Movements
- Perspectives on the Human Environment: The Human Factor
- UNIT 40. WATER IN THE LITHOSPHERE
- 40.1. Water at the Surface
- 40.2. Water Flow in Rivers
- 40.3. Water Beneath the Surface
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: GROUNDWATER CONTAMINATION
- UNIT 41. SLOPES AND STREAMS
- 41.1. Erosion and the Hydrologic Cycle
- 41.2. Streams and Basins
- 41.3. Stream Functions and Valley Properties
- 41.4. Factors in Stream Erosion
- 41.5. The River as a System
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE HAZARDS OF FLOODPLAIN SETTLEMENT
- UNIT 42. DEGRADATIONAL LANDFORMS OF STREAM EROSION
- 42.1. Factors Affecting Stream Degradation
- 42.2. Drainage Patterns
- 42.3. Overcoming Geologic Structure
- 42.4. Regional Geomorphology
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: CONTROLLING ROME'S RIVER
- UNIT 43. AGGRADATIONAL LANDFORMS OF STREAM EROSION
- 43.1. Alluvial Fans
- 43.2. Rivers to the Sea
- 43.3. Deltas
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE GREAT MIDWESTERN FLOOD OF '93
- UNIT 44. KARST PROCESSES AND LANDFORMS
- 44.1. Karst
- 44.2. Karst Processes
- 44.3. Karst Landforms and Landscapes
- 44.4. Karst and Caves
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: FLORIDA'S WINTER PARK SINKHOLE
- UNIT 45. GLACIAL DEGRADATION AND AGGRADATION
- 45.1. Glaciers of the Past
- 45.2. The Formation of Glaciers
- 45.3. The Glacier as a System
- 45.4. Glacial Movement and Erosion
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: WHAT CAUSES ICE AGES?
- UNIT 46. LANDFORMS AND LANDSCAPES OF CONTINENTAL GLACIERS
- 46.1. The Antarctic Ice Sheet
- 46.2. The Greenland Ice Sheet
- 46.3. Age of the Present Ice Sheets
- 46.4. Other Late Cenozoic Ice Sheets
- 46.4.1. North America's Glaciation: The Final Four
- 46.4.2.. Landscapes of Continental Glaciers
- 46.4.3. Aggradational Landforms of Ice Sheets
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE DRIFTLESS AREA
- UNIT 47. LANDFORMS AND LANDSCAPES OF MOUNTAIN GLACIERS
- 47.1. Mountain Glaciers Today
- 47.2. Degradational Landforms of Mountain Glaciers
- 47.3. Aggradational Landforms of Mountain Glaciers
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: MOUNTAIN GLACIERS: THE VIEW FROM SPACE
- UNIT 48. PERIGLACIAL ENVIRONMENTS AND LANDSCAPES
- 48.1. Permafrost
- 48.2. Geomorphic Processes in Periglacial Environments
- 48.3. Landforms of Periglacial Regions
- 48.4. Resource Development in Periglacial Environments
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: HUMANS AND THE PERIGLACIAL ENVIRONMENT
- UNIT 49. WIND AS A GEOMORPHIC AGENT
- 49.1. Wind Erosion
- 49.2. Degradational Landforms
- 49.3. Aggradational Landforms
- 49.4. Sand Dunes
- 49.5. Loess
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: THE WINDS OF INTERSTATE-10
- UNIT 50. COASTAL PROCESSES
- 50.1. Coasts and Shore
- 50.2. Waves and Their Properties
- 50.3. Waves Against the Shore
- 50.4. Degradation and Aggradation by Waves
- 50.5. Tides and Shore Zone Currents
- 50.6. The Role of Storms
- 50.7. Crustal Movement
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: TIDES AND THEIR BEHAVIOR
- UNIT 51. COASTAL LANDFORMS AND LANDSCAPES
- 51.1. Aggradational Landforms
- 51.2. Degradational Landforms
- 51.3. Coastal Landscapes
- 51.4. Living Shorelines
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: HAZARDS OF BARRIER ISLAND DEVELOPMENT
- UNIT 52. PHYSIOGRAPHIC REALMS AND REGIONS: THE SPATIAL VARIATION OF LANDSCAPES
- 52.1. Defining Physiographic Realms and Regions
- 52.2. Physiographic Realms and Regions of North America
- 52.3. The Physiographic Imprint
- PERSPECTIVES ON THE HUMAN ENVIRONMENT: CUMBERLAND GAP
- Appendix A: SI Units and Their Conversions
- Appendix B: World Political Map, 2003
- Pronunciation Guide
- Glossary of Terms
- Credits
- Index
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