
Explore global and local wind patterns across micro to macro scales, including atmospheric circulations, synoptic flows, and jet streams that shape regional weather.
Explore global wind patterns and the general circulation of the atmosphere, including the single and three-cell models, Hadley cells, Intertropical Convergence Zone, and jet streams.
Explore how global wind patterns drive ocean currents like the Gulf Stream and upwelling, and how El Niño–La Niña and the North Atlantic oscillation shape regional weather.
Explore wind surface map analysis using reporting stations to read wind, temperature, and gust data, then interpret wind finder and jet stream patterns for forecasts.
Explore how to read wind patterns and pressure forecasts using NOAA and Tropical Tidbits resources, including ensemble and hurricane models, ITCZ, and four-quadrant wind forecasts.
Do you want to learn about how wind and pressure impact your daily life in real time? This course is designed to answer your initial questions about weather and the prevailing winds associated with various systems in our atmosphere.
This course is designed to provide you with a solid foundation for understanding global wind patterns and the atmospheric conditions that help to steer weather systems around the world. This is an introductory module that will cover the various prevailing wind patterns found mostly in the United States and some other parts of the world too.
The second part of this course will examine the tools that weather students use to measure wind and pressure in the atmosphere. We will look at the origins of the barometer and how it is vital for understanding whether stormy or fair weather is coming your way. This weather course is designed to help you be on your way to compiling a forecast that looks at the steering currents of a system from a macro perspective and also be able to analyze the synoptic patterns found on a contour weather map.
Finally, we will look at the changes in using wind energy via windmills in the ocean and land to help ease the energy and emissions burden as climate change continues to threaten our world.