Atmospheric Dynamics and Weather Systems
( 24 Modules )

Module #1
Introduction to Atmospheric Dynamics
Overview of the course, importance of atmospheric dynamics, and fundamental concepts

Module #2
Basics of Atmospheric Structure
Composition, layers, and properties of the atmosphere

Module #3
Thermodynamics of the Atmosphere
Heat, temperature, and energy transfer in the atmosphere

Module #4
Atmospheric Pressure and Wind
Pressure gradients, wind direction, and wind patterns

Module #5
Global Wind Patterns
Trade winds, westerlies, jet stream, and global circulation patterns

Module #6
Ocean-Atmosphere Interactions
Heat transfer, evaporation, and momentum exchange between ocean and atmosphere

Module #7
Weather Systems:Introduction
Definition, types, and characteristics of weather systems

Module #8
Fronts and Frontal Zones
Cold fronts, warm fronts, and occluded fronts:structure and effects

Module #9
Low-Pressure Systems
Cyclones, anticyclones, and their role in weather patterns

Module #10
Thunderstorms and Convection
Formation, structure, and effects of thunderstorms and convective systems

Module #11
Mid-Latitude Cyclones
Structure, life cycle, and weather patterns associated with mid-latitude cyclones

Module #12
Tropical Cyclones
Formation, structure, and impacts of tropical cyclones

Module #13
Weather Forecasting:Introduction
Basic principles, tools, and techniques of weather forecasting

Module #14
Observations and Data Analysis
Surface and upper-air observations, data assimilation, and analysis techniques

Module #15
Numerical Weather Prediction
Numerical models, grid points, and forecasting techniques

Module #16
Ensemble Forecasting
Concepts and applications of ensemble forecasting in weather prediction

Module #17
Atmospheric Instability and Turbulence
Causes, types, and effects of atmospheric instability and turbulence

Module #18
Mountain Meteorology
Effects of mountains on atmospheric circulation and weather patterns

Module #19
Urban Meteorology
Urban heat islands, effects of urbanization on local weather and climate

Module #20
Climate Dynamics
Introduction to climate dynamics, feedback loops, and climate variability

Module #21
Paleoclimate and Climate Change
Proxy records, climate change indicators, and implications of climate change

Module #22
Remote Sensing in Meteorology
Satellite and radar remote sensing applications in atmospheric science

Module #23
Weather and Climate Modeling
Global climate models, regional climate models, and model evaluation

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Atmospheric Dynamics and Weather Systems career

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Atmospheric Dynamics and Weather Systems ( 24 Modules )

Atmospheric Dynamics and Weather Systems
( 24 Modules )