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Outline of Topics for Physical Geography | GEOG 1003, Study notes of Physical Geography

Material Type: Notes; Class: Physical Geography; Subject: Geography; University: NorthWest Arkansas Community College; Term: Unknown 1989;

Typology: Study notes

Pre 2010

Uploaded on 08/19/2009

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Outline of Topics for Physical Geography, GEOG 1003
Physical Geography by Gable, Petersen and Trapasso, 8th Edition
I. Basic Concepts
A. Geography: A Spatial Science
B. Human-Cultural Components of Geography
C. Physical Geography
D. Models
E. Great/Small Circles
II. Representations of Earth
A. Globe/Geographic Grid
B. Latitude/Longitude
C. Time/Days
D. Map Types
E. Projections
F. Map Essentials and Scale
G. Public Land Survey System
H. Geographic Information Systems
I. Global Positioning Systems
J. Remote Sensing
III. Earth As a Planet
A. Size and Shape
B. Earth Movements
C. Seasons
D. Insolation
IV. The Atmosphere, Atmospheric Heating
A. Characteristics of the Atmosphere
B. Controls of Weather and Climate
C. Heating of the Atmosphere
D. Temperature
V. Atmospheric Pressure and Wind
A. Pressure Cells and World Pressure Belts
B. Pressure Gradients and Winds
C. Coriolis Effect
VI. Circulation Patterns
A. Idealized Model of Global Wind Systems
B. Seasonal Migration
C. Ocean Currents and El Nino
D. Monsoon and Local Winds
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Outline of Topics for Physical Geography, GEOG 1003

Physical Geography by Gable, Petersen and Trapasso, 8 th Edition I. Basic Concepts A. Geography: A Spatial Science B. Human-Cultural Components of Geography C. Physical Geography D. Models E. Great/Small Circles II. Representations of Earth A. Globe/Geographic Grid B. Latitude/Longitude C. Time/Days D. Map Types E. Projections F. Map Essentials and Scale G. Public Land Survey System H. Geographic Information Systems I. Global Positioning Systems J. Remote Sensing III. Earth As a Planet A. Size and Shape B. Earth Movements C. Seasons D. Insolation IV. The Atmosphere, Atmospheric Heating A. Characteristics of the Atmosphere B. Controls of Weather and Climate C. Heating of the Atmosphere D. Temperature V. Atmospheric Pressure and Wind A. Pressure Cells and World Pressure Belts B. Pressure Gradients and Winds C. Coriolis Effect VI. Circulation Patterns A. Idealized Model of Global Wind Systems B. Seasonal Migration C. Ocean Currents and El Nino D. Monsoon and Local Winds

VII. Moisture, Condensation, and Precipitation A. Humidity B. Condensation C. Adiabatic Rates D. Clouds/Fog E. Precipitation Forms and Causes VIII. Air Masses and Atmospheric Disturbances A. Types of Air Masses B. Fronts C. Cyclones D. Storms IX. Climatic Models and Climates A. The Koppen System B. A, B, C, D, E, and H Climatic Types X. Biogeography A. Ecosystems and Autotrophs B. Classification of Terrestrial Ecosystems C. Climatic Factors D. Soil and Topography E. Human Impact on Ecosystems XI. Earth’s Interior and the Crust A. Structure of the Earth B. Rocks and Minerals C. Plate Tectonics XII. Tectonic Processes and Resulting Landforms A. Magmatic Processes (Volcanism) and Resulting Landforms B. Solid Processes (Folding, Faulting, Warping) and Landforms XIII. Gradation, Weathering, and Mass Wasting A. The Gradational Process B. Weathering (Physical, Chemical, Differential) C. Mass Movement XIV. Fluvial Processes and Landforms A. The Stream System B. Landforms Sculpted by Streams XV. Eolian (Wind) Landforms A. Wind Erosion and Deposition B. Water in the Desert C. Landforms of Arid Fluvial Erosion and Deposition