Radiative forcing by small dust particles deposited on snow plays a key role in climate change. Detection and quantification of these particles is essential ...

ESTIMATING DUST ON SNOW - APPLICATION OF A COUPLED ATMOSPHERE-SURFACE. MODEL TO SPACEBORNE EMIT IMAGING SPECTROMETER DATA. N. Bohn1∗, E. H. Bair2, P. G. ...

ESTIMATING DUST ON SNOW - APPLICATION OF A COUPLED ATMOSPHERE-SURFACE MODEL TO SPACEBORNE EMIT IMAGING SPECTROMETER DATA · 1: DEVELOPING SYNTHETIC PRE-LAUNCH ...

Estimating Dust on Snow - Application of a Coupled Atmosphere-Surface Model to Spaceborne Emit Imaging Spectrometer Data. July 2023. DOI:10.1109/IGARSS52108 ...

ESTIMATING DUST ON SNOW - APPLICATION OF A COUPLED ATMOSPHERE-SURFACE MODEL TO SPACEBORNE EMIT IMAGING SPECTROMETER DATA · https://doi.org/10.48577/jpl.phcvj8 ...

Article "Estimating Dust on Snow - Application of a Coupled Atmosphere-Surface Model to Spaceborne Emit Imaging Spectrometer Data" Detailed information of ...

Mar 30, 2023 · In this talk, I present a modification of the algorithm by using a coupled snow-atmosphere radiative transfer model. It includes the effects of ...

Estimating Dust on Snow - Application of a Coupled Atmosphere-Surface Model to Spaceborne Emit Imaging Spectrometer Data. IGARSS 2023: 685-688. [c19]. view.

Here we present a new method to retrieve snow grain size, liquid water fraction, and LAP mass mixing ratio from airborne and spaceborne imaging spectroscopy ...

Bozena Wojtasiewicz · Share · Estimating Dust on Snow - Application of a Coupled Atmosphere-Surface Model to Spaceborne Emit Imaging Spectrometer Data.