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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
Weather Analysis and Forecasting
Observational Networks
Surface Observations
METAR Reports
Parameters Measured
Station Models
Upper-Air Observations
Radiosondes
Launch Procedures
Data Collected
Weather Radar
Principles of Operation
Precipitation Detection
Satellite Imagery
Visible Imagery
Infrared Imagery
Water Vapor Imagery
Interpretation Techniques
Weather Map Analysis
Surface Charts
Isobars and Pressure Systems
Fronts and Weather Symbols
Upper-Air Charts
Constant Pressure Charts
850 hPa Level
500 hPa Level
300 hPa Level
Troughs and Ridges
Numerical Weather Prediction
Data Assimilation
Observational Data Integration
Model Grids and Resolution
Horizontal Grids
Vertical Grids
Model Physics and Parameterization
Representation of Physical Processes
Types of Models
Global Models
Regional Models
Forecasting Techniques
Persistence Forecasting
Climatology Forecasting
Trend Forecasting
Analogue Method
Ensemble Forecasting
Spread and Uncertainty
Model Output Statistics
Post-Processing Techniques
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9. Mesoscale Meteorology and Severe Weather
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11. Climate and Climate Change