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Earth and Atmospheric Sciences
Earth System Science
1. Introduction to Earth System Science
2. The Geosphere
3. The Hydrosphere
4. The Atmosphere
5. The Biosphere
6. Earth System Interactions and Cycles
7. Earth System History
8. The Anthropocene
9. Tools and Methods of Earth System Science
The Atmosphere
Composition and Structure
Major Gases
Trace Gases
Aerosols and Particulates
Vertical Structure
Troposphere
Weather Processes
Stratosphere
Ozone Layer
Mesosphere
Thermosphere
Atmospheric Pressure and Density
Atmospheric Energy
Solar Radiation and the Electromagnetic Spectrum
Types of Radiation
Absorption and Scattering
Earth's Energy Budget
Incoming Solar Energy
Reflection and Albedo
Outgoing Infrared Radiation
The Greenhouse Effect
Greenhouse Gases
Natural Greenhouse Effect
Enhanced Greenhouse Effect
Atmospheric Dynamics
Atmospheric Pressure
Measurement and Variation
Global Wind Patterns
Hadley Cells
Ferrel Cells
Polar Cells
The Coriolis Effect
Causes and Consequences
Jet Streams
Location and Characteristics
Influence on Weather
Weather and Climate
Defining Weather vs. Climate
Air Masses and Fronts
Types of Air Masses
Types of Fronts
Major Storm Systems
Hurricanes
Formation and Structure
Impacts and Hazards
Tornadoes
Formation and Structure
Impacts and Hazards
Mid-latitude Cyclones
Formation and Structure
Impacts and Hazards
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3. The Hydrosphere
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5. The Biosphere