HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?
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Transcript of HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?
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HOW DOES ENERGY ESCAPETHE PLANETARY SYSTEM?
The Outgoing Longwave Radiation Budget
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Space
20
49
Atmosphere
Surface
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Space
20
49
Atmosphere
Surface
69Back to Spaceas longwave
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Space
20
49 Convection
7
Atmosphere
Surface
69Back to Spaceas longwave
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Space
20
49 Convection LatentHeat
7 23
50 = 7 + 23 + 20
Atmosphere
Surface
69Back to Spaceas longwave
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Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12
50 = 7 + 23 + 20 Greenhouse Gases
12
Atmosphere
Surface
Direct OLR
12 + ??? = 69Back to Spaceas longwave
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Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12
102
50 = 7 + 23 + 20 Greenhouse Gases
Absorb
12
Atmosphere
Surface
Direct OLR
12 + ??? = 69Back to Spaceas longwave
![Page 8: HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?](https://reader036.fdocuments.us/reader036/viewer/2022062323/56816756550346895ddc0f0c/html5/thumbnails/8.jpg)
Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12
102
50 = 7 + 23 + 20 Greenhouse Gases
Absorb
12
Re-emit
Warmer
Cooler Atmosphere
Surface
Direct OLR
12 + ??? = 69Back to Spaceas longwave
![Page 9: HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?](https://reader036.fdocuments.us/reader036/viewer/2022062323/56816756550346895ddc0f0c/html5/thumbnails/9.jpg)
Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12
102
95
50 = 7 + 23 + 20 Greenhouse Gases
Absorb
12
Re-emit
Warmer
Atmosphere
Surface
Direct OLR
12 + ??? = 69Back to Spaceas longwave
![Page 10: HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?](https://reader036.fdocuments.us/reader036/viewer/2022062323/56816756550346895ddc0f0c/html5/thumbnails/10.jpg)
Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12
102
95
50 = 7 + 23 + 20 Greenhouse Gases
Absorb
12
Re-emit102 - 95 = 7
Warmer
Cooler Atmosphere
Surface
Direct OLR
12 + ??? = 69Back to Spaceas longwave
![Page 11: HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?](https://reader036.fdocuments.us/reader036/viewer/2022062323/56816756550346895ddc0f0c/html5/thumbnails/11.jpg)
Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12 57
102
95
50 = 7 + 23 + 20 Greenhouse Gases
Absorb
12
Re-emit102 - 95 = 7
Warmer
Cooler Atmosphere
Surface
Direct OLR
IndirectOLR
12 + ??? = 69Back to Spaceas longwave
![Page 12: HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?](https://reader036.fdocuments.us/reader036/viewer/2022062323/56816756550346895ddc0f0c/html5/thumbnails/12.jpg)
Space
20
49 Convection LatentHeat
Outgoing LongwaveRadiation
7 23
12 57
102
95
12 + 57 = 69Back to Spaceas longwave
50 = 7 + 23 + 20 Greenhouse Gases
Absorb
12
Re-emit102 - 95 = 7
Warmer
Cooler Atmosphere
Surface
Direct OLR
IndirectOLR
![Page 13: HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?](https://reader036.fdocuments.us/reader036/viewer/2022062323/56816756550346895ddc0f0c/html5/thumbnails/13.jpg)
OLR at Base of Clouds minus OLR at Top of Clouds (July). What do you see?