Eleven EARLINET lidar systems were directly compared during EARLI09 in Leipzig, Germany, in may, ...
Absorbing aerosols, like smoke, can potentially have a large heating effect if they are situated ...
The inversion of optical Raman lidar data, to retrieve microphysicalaerosol properties, is challe...
In this paper we present the first results of long-term monitoring the Absorbing Aerosol Index (A...
We study the quality of the SCIAMACHY Absorbing Aerosol Index (AAI) product developed at our inst...
The retrieval of column densities and concentration profiles of atmospheric trace gas species fro...
A technique that has gained considerable interest over the last years to monitor aerosol distribu...
The Absorbing Aerosol Index (AAI) is the only operational aerosol product from the SCanning Imagi...
The Absorbing Aerosol Index (AAI) was investigated and used to analyze GOME data and compare it t...
A coupled EulerianeLagrangian Hybrid Ecological Model was applied to model the transport of flatf...
The KNMI scientific Absorbing Aerosol Index (AAI) product from SCIAMACHY is presented. It is comp...
SCIAMACHY, onboard Envisat, is an Earth-monitoring spectrometer over the wavelength range 240-240...
In this study the residue method for the detection of absorbing aerosols from space-borne sensors...
Some preliminary results about the verification and validation of SCIAMACHY's Absorbing Aerosol I...
We present a preliminary report on the verification of the SCIAMACHY level 1 polarisation product...