The CLouds and Aerosol Radiative Interaction and Forcing Investigation (CLARIFI) project was carr...
Since August 2002 SCIAMACHY delivers a wealth of high-quality data permitting to study the status...
In this paper we study 16-year long time series of the Absorbing Aerosol Index (AAI) for a select...
A method is presented to determine the energy absorbed by aerosols overlying clouds, using passiv...
Er bestaat een sterke relatie tussen de hoeveelheid aërosolen in de atmosfeer en regenval. Deze r...
To better understand the different processes and interactions that govern the earth system and to...
Eleven EARLINET lidar systems were directly compared during EARLI09 in Leipzig, Germany, in may, ...
The CLouds and Aerosol Radiative Interaction and Forcing Investigation (CLARIFI) project is part ...
In this paper profiles of integral properties of the aerosol size distributions are derived from ...
A large Saharan desert dust outbreak in May 2009 was detected using a Raman lidar, deployed in Le...
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...