[1] We have developed a new methodology to simultaneously retrieve the optical depths of aerosols and thin cirrus clouds over the oceans by using the Moderate Resolution Imaging Spectroradiometer (MODIS) Airborne Simulator (MAS) data. This methodology takes advantage of the fact that the visible (or a near-infrared window) reflectance from cirrus can be characterized by its correlation to the reflectance from a near-infrared band located in a strong water vapor absorption region. Once the reflectance due to cirrus has been removed, the residual reflectance in these bands is used to retrieve aerosol optical depth. Cirrus cloud properties are subsequently obtained by minimizing the difference between observed and calculated reflectance values...
Spectral optical layer properties of cirrus are derived from simultaneous and vertically collocated ...
Solar radiation reflected by cirrus and deep convective clouds (DCCs) was measured by the Spectral M...
This study focuses on the various techniques being used for the remote sensing of tropical cirrus pr...
The importance of separating thin cirrus and aerosols from satellite remote sensing to produce broad...
A strategy for retrieving aerosol optical depth (AOD) under conditions of thin cirrus coverage from ...
Retrieval of aerosol optical properties using shortwave bands from passive satellite sensors, such a...
In this study, new and simple algorithms to retrieve cirrus cloud, sediment and aerosol optical dep...
Within this Ph.D. thesis, the optical thickness and particle effective radius of cirrus and deep con...
Spectral upward and downward solar irradiances from vertically collocated measurements above and bel...
Solar radiation reflected by cirrus and deep convective clouds (DCCs) was measured by the Spectral M...
The effect of thin cirrus clouds in retrieving the dust optical depth from MODIS observations is inv...
The successful launch of CALIPSO and CloudSat in June 2006 has provided for the first time global, v...
Optically thin cirrus (optical thickness, τ<2.0) has been retrieved from the Moderate-resolution ...
Thin cirrus clouds (optical depth (OD) < 03) are often undetected by standard cloud masking in satel...
Different methods have been proposed to detect multilayer clouds using passive remote sensing data. ...
Spectral optical layer properties of cirrus are derived from simultaneous and vertically collocated ...
Solar radiation reflected by cirrus and deep convective clouds (DCCs) was measured by the Spectral M...
This study focuses on the various techniques being used for the remote sensing of tropical cirrus pr...
The importance of separating thin cirrus and aerosols from satellite remote sensing to produce broad...
A strategy for retrieving aerosol optical depth (AOD) under conditions of thin cirrus coverage from ...
Retrieval of aerosol optical properties using shortwave bands from passive satellite sensors, such a...
In this study, new and simple algorithms to retrieve cirrus cloud, sediment and aerosol optical dep...
Within this Ph.D. thesis, the optical thickness and particle effective radius of cirrus and deep con...
Spectral upward and downward solar irradiances from vertically collocated measurements above and bel...
Solar radiation reflected by cirrus and deep convective clouds (DCCs) was measured by the Spectral M...
The effect of thin cirrus clouds in retrieving the dust optical depth from MODIS observations is inv...
The successful launch of CALIPSO and CloudSat in June 2006 has provided for the first time global, v...
Optically thin cirrus (optical thickness, τ<2.0) has been retrieved from the Moderate-resolution ...
Thin cirrus clouds (optical depth (OD) < 03) are often undetected by standard cloud masking in satel...
Different methods have been proposed to detect multilayer clouds using passive remote sensing data. ...
Spectral optical layer properties of cirrus are derived from simultaneous and vertically collocated ...
Solar radiation reflected by cirrus and deep convective clouds (DCCs) was measured by the Spectral M...
This study focuses on the various techniques being used for the remote sensing of tropical cirrus pr...