Circulation of the Atmosphere - Exam I Review

Explore the fundamental concepts of atmospheric circulation in this 50-minute lecture from Yale University's course on The Atmosphere, the Ocean and Environmental Change. Delve into the latitudinal heat gradient caused by Earth's axial tilt and its impact on seasonal heat fluctuations. Examine how heat is transferred poleward through oceanic and atmospheric processes to balance the planet's energy budget. Investigate the three main atmospheric circulation cells and their role in heat transport. Review exam solutions and analyze key topics including differential heating, Earth's energy balance, poleward heat transport, heat flux by moving air, and the effects of Earth's rotation, including the Coriolis force and circulation cells. Gain a comprehensive understanding of the complex mechanisms driving atmospheric circulation and its significance in global climate systems.

- Chapter 1. Review of Exam Solutions
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- Chapter 2. Differential Heating and Earth's Energy Balance
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- Chapter 3. Poleward Heat Transport
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- Chapter 4. Heat Flux by moving air
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- Chapter 5. Effect of Earth's Rotation: Coriolis Force
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- Chapter 6. Effect of Earth's Rotation: Circulation Cells
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