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Chapter 6 Lecture
2
Atmosphere and Oceans
3
Earth's Seasons
4
Distribution of Solar Energy
5
Oceanic Heat Flow
6
Heat Gained and Lost by Oceans
7
Physical Properties of the Atmosphere
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Temperature Variation in the Atmosphere
9
Density Variations in the Atmosphere
10
Atmospheric Water Vapor Content
11
Movement of the Atmosphere
12
Movements in the Air
13
The Coriolis Effect
14
Global Atmospheric Circulation
15
Three-Cell Model of Atmospheric Circulation
16
Global Wind Belts
17
Characteristics of Wind Belts and Boundaries
18
January Atmospheric Pressures and Winds
19
Idealized Three-Cell Model
20
Weather vs. Climate
21
Sea and Land Breezes
22
Storms and Air Masses
23
Fronts
24
Tropical Cyclones (Hurricanes)
25
Hurricane Origins
26
Hurricane Development
27
Saffir-Simpson Scale of Hurricane Intensity
28
Historical Storm Tracks
29
Hurricane Anatomy
30
Hurricane Movement
Description:
Explore the intricate relationship between the atmosphere and oceans in this comprehensive lecture on Air Sea Interaction. Delve into Earth's seasons, solar energy distribution, and oceanic heat flow. Examine the physical properties of the atmosphere, including temperature and density variations, as well as atmospheric water vapor content. Investigate global atmospheric circulation patterns, wind belts, and the Coriolis effect. Learn about weather phenomena such as sea and land breezes, storms, air masses, and fronts. Gain in-depth knowledge of tropical cyclones, including their origins, development, anatomy, and movement. Utilize the provided global map of ocean conditions to enhance your understanding of these complex atmospheric and oceanic processes.

Air Sea Interaction

Sven Holbik
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