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Earth and Atmospheric Sciences
Atmospheric Sciences and Climate
Atmospheric Sciences
1. Introduction to Atmospheric Sciences
2. Atmospheric Composition and Structure
3. Atmospheric Thermodynamics
4. Atmospheric Radiation
5. Cloud Microphysics
6. Atmospheric Dynamics
7. Synoptic-Scale Meteorology
8. General Circulation of the Atmosphere
9. Mesoscale Meteorology and Severe Weather
10. Weather Analysis and Forecasting
11. Climate and Climate Change
12. Specialized Topics and Applications
Atmospheric Dynamics
Fundamental Forces
Pressure Gradient Force
Gravitational Force
Coriolis Force
Effect of Latitude
Centrifugal Force
Frictional Force
Surface Effects
Boundary Layer Effects
Equations of Motion
Newton's Second Law in a Rotating Frame
Coriolis Terms
Centrifugal Terms
The Primitive Equations
Momentum Equations
Continuity Equation
Thermodynamic Energy Equation
Atmospheric Kinematics
Divergence and Convergence
Horizontal Motions
Vertical Motions
Vorticity
Relative Vorticity
Absolute Vorticity
Potential Vorticity
Balanced Flow
Geostrophic Wind
Geostrophic Balance
Gradient Wind
Curved Flow
Cyclostrophic Flow
Small-Scale Systems
The Thermal Wind
Vertical Wind Shear
Relationship to Temperature Gradient
The Atmospheric Boundary Layer
Surface Energy Balance
Radiation Fluxes
Sensible Heat Fluxes
Latent Heat Fluxes
Diurnal Cycle
Daytime Heating
Nighttime Cooling
Turbulence and Eddies
Causes and Effects
Ekman Spiral
Wind Profile with Height
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5. Cloud Microphysics
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7. Synoptic-Scale Meteorology