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December. March. June. September. Incoming Solar (Shortwave) at TOA. December. March. June. September. Reflected Solar at TOA. December. March. June. September. Planetary Albedo. December. March. June. September. Net Shortwave (Solar) Radiation. December. March. June.

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Presentation Transcript
Incoming solar shortwave at toa

December

March

June

September

Incoming Solar (Shortwave) at TOA


Reflected solar at toa

December

March

June

September

Reflected Solar at TOA


Planetary albedo

December

March

June

September

Planetary Albedo


Net shortwave solar radiation

December

March

June

September

Net Shortwave (Solar) Radiation


Outgoing longwave ir at toa

December

March

June

September

Outgoing Longwave (IR) at TOA


Net incoming radiation lw and sw

December

March

June

September

Net Incoming Radiation (LW and SW)


Latitudinal radiation imbalance

Total

heat

transport

Atmospheric

heat

transport

Latitudinal Radiation Imbalance

adapted from Trenberth and Caron (2001)

PW=1015 W


Midlatitude weather systems
Midlatitude weather systems

NOAA NCEP-NCAR CDAS-1 DAILY

300 mb height (m) and winds (m/s) 1 Apr 1997


300mb

January

July



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