In this paper spectral solar zenith radiances are analyzed which were obtained from ship–based measurements over the Atlantic ocean. In combination with high–resolution lidar and microwave remote sensing optical and microphysical cloud properties were retrieved using spectral radiation data. To overcome problems of existing transmissivity–based cloud retrievals, a new retrieval algorithm is introduced which circumvents retrieval ambiguities and reduces the influence of measurement uncertainties. The method matches radiation measurements of ratios of spectral transmissivity at six wavelengths with modeled transmissivities. The new retrieval method is fast and accurate, and thus suitable for operational purposes. It is applied to homogeneous ...
Accurate ground-based remotely sensed microphysical and optical properties of liquid water clouds ar...
In this thesis upward spectral radiances are analyzed, which were sampled above subtropical trade wi...
The retrieval of cloud microphysical properties from remote sensors is challenging. In the past, gr...
In this paper spectral solar zenith radiances are analyzed which were obtained from ship–based measu...
In this thesis spectral solar zenith radiances are analyzed which were obtained from ship-based meas...
Within the scope of the OCEANET-Project (autonomous measurement platforms for energy and material ex...
A method is presented to infer cloud liquid water path (LWP in kg/m2) over the ocean from passive mi...
In this article, liquid water cloud microphysical properties are retrieved by a combination of micro...
[1] Radiative transfer modeling through cloudy atmospheres requires accurate measurement of the clou...
The development and application of new cloud retrieval methods from ground–based and airborne measur...
We introduce a new spectral method for the retrieval of optical thickness and effective radius from ...
Satellite remote sensing studies on the microphysical and optical properties of clouds have construc...
A technique for retrieving warm cloud microphysics using synergistic ground based remote sensing ins...
An algorithm for the retrieval of liquid water cloud properties from simultaneous radar and lidar me...
Hydro-meteorological parameters i.e. precipitable water, cloud water and ice content, and precipitat...
Accurate ground-based remotely sensed microphysical and optical properties of liquid water clouds ar...
In this thesis upward spectral radiances are analyzed, which were sampled above subtropical trade wi...
The retrieval of cloud microphysical properties from remote sensors is challenging. In the past, gr...
In this paper spectral solar zenith radiances are analyzed which were obtained from ship–based measu...
In this thesis spectral solar zenith radiances are analyzed which were obtained from ship-based meas...
Within the scope of the OCEANET-Project (autonomous measurement platforms for energy and material ex...
A method is presented to infer cloud liquid water path (LWP in kg/m2) over the ocean from passive mi...
In this article, liquid water cloud microphysical properties are retrieved by a combination of micro...
[1] Radiative transfer modeling through cloudy atmospheres requires accurate measurement of the clou...
The development and application of new cloud retrieval methods from ground–based and airborne measur...
We introduce a new spectral method for the retrieval of optical thickness and effective radius from ...
Satellite remote sensing studies on the microphysical and optical properties of clouds have construc...
A technique for retrieving warm cloud microphysics using synergistic ground based remote sensing ins...
An algorithm for the retrieval of liquid water cloud properties from simultaneous radar and lidar me...
Hydro-meteorological parameters i.e. precipitable water, cloud water and ice content, and precipitat...
Accurate ground-based remotely sensed microphysical and optical properties of liquid water clouds ar...
In this thesis upward spectral radiances are analyzed, which were sampled above subtropical trade wi...
The retrieval of cloud microphysical properties from remote sensors is challenging. In the past, gr...