Towards the Development of Global Scale Transferability of Inference Schemes for Radiative Forcing Functions under the CEOP Initiative

Department of Atmospheric and Oceanic Science
University of Maryland, College Park


Department of Atmospheric and Oceanic Science
 


Background

Approach

Parameters

Results
   
Available Data

References

Collaboration

Acknowledgements

Contacts

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Approach


 

Shortwave Radiation (SR) provides the primary forcing for land surface energy and water cycles. Correct simulation and partitioning of surface turbulent fluxs depends on accurate estimates of the radiative fluxes. Methodologies to derive surface and top of the atmosphere radiative fluxes will be modified for implementation to key regions of CEOP with a focus on monsoonal regions.

The inference schemes will be implemented primarily with observations from geostationary satellites, to depict diurnal cycles, and with new relevant satellites, such as MODIS.

Instantaneous shortwave downward flux (W/m2) from Meteosat-5, 07UTC August 1, 2002, at 0.125 deg.

Maintained by Chuan Li cli@atmos.umd.edu