HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?
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HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM? The Outgoing Longwave Radiation Budget
description
HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?. The Outgoing Longwave Radiation Balance. Space. Atmosphere. 20. Surface. 49. 69 Back to Space as longwave. Space. Atmosphere. 20. Surface. 49. 69 Back to Space as longwave. Space. Atmosphere. 20. 7. Surface. 49. Convection. - PowerPoint PPT Presentation
Transcript of HOW DOES ENERGY ESCAPE THE PLANETARY SYSTEM?
HOW DOES ENERGY ESCAPETHE PLANETARY SYSTEM?
The Outgoing Longwave Radiation Budget
Space
20
49
Atmosphere
Surface
Space
20
49
Atmosphere
Surface
69Back to Spaceas longwave
Space
20
49 Convection
7
Atmosphere
Surface
69Back to Spaceas longwave
Space
20
49 Convection LatentHeat
7 23
50 = 7 + 23 + 20
Atmosphere
Surface
69Back to Spaceas longwave
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
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
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
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
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
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
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
OLR at Base of Clouds minus OLR at Top of Clouds (July). What do you see?
