The spatial distribution of aerosol and clouds in the atmosphere leads, in a significant number of cases, to the occurrence of a complex vertical stratification and large horizontal variability. This is especially the case when low and mid- level clouds are embedded over the ocean in absorbing aerosol layers near polluted areas or biomass burning regions. This implies at the same time difficulties to determine representative optical and microphysical properties in any vertical column from remote sensing observations, and problems to perform accurate radiation budget analysis at the regional scale. A set of representative cases for such complex aerosol and clouds structures has been looked at. The last version of the radiative transfer (RT) ...
In this study, the regional-scale aerosol effects are quantitatively assessed under various weather ...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
The spatial distribution of aerosol and clouds in the atmosphere leads, in a significant number of c...
We conducted modeling work in radiative transfer and cloud microphysics. Our work in radiative trans...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
This thesis describes a new procedure for computing irradiances for the Earth's atmosphere including...
This project aimed to assess the degree to which estimates of three-dimensional cloud structure can ...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
Abstract. Active remote sensing allows cloud properties such as ice and liquid water contents and ve...
In this study, the regional-scale aerosol effects are quantitatively assessed under various weather ...
In this study, the regional-scale aerosol effects are quantitatively assessed under various weather ...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
The spatial distribution of aerosol and clouds in the atmosphere leads, in a significant number of c...
We conducted modeling work in radiative transfer and cloud microphysics. Our work in radiative trans...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
Heterogeneity in boundary layer clouds is the sum of the 3D variability of cloudy water and the 3D m...
This thesis describes a new procedure for computing irradiances for the Earth's atmosphere including...
This project aimed to assess the degree to which estimates of three-dimensional cloud structure can ...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
Abstract. Active remote sensing allows cloud properties such as ice and liquid water contents and ve...
In this study, the regional-scale aerosol effects are quantitatively assessed under various weather ...
In this study, the regional-scale aerosol effects are quantitatively assessed under various weather ...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...
Radiative transfer in clouds is a challenging task, due to their high spatial and temporal variabili...