Add to ORKGA new suggestion for the surface treatment within SYNAER, with a vegetation index dependent regression from infrared to red channel, is presented and described. The work is based on analysis of measured vegetation spectra and the satellite based ASRVN surface database
The retrieval of aerosol properties using multi-spectral data provided by satellite based radiometer...
Analysis of high resolution imaging spectrometer data requires a thorough compensation for atmospher...
Abstract Optical imaging satellites, such as SPOT and Cartosat‐2S, provide visible/near infrared (VN...
An information content analysis for multi-wavelength SYNergetic AErosol Retrieval algorithm SYNAER w...
The surface reflectance is of important geophysical parameter for many quantitative remote sensing a...
An algorithm for the derivation of atmospheric parameters and surface reflectance data from MEdium R...
An atmospheric correction algorithm for the retrieval of land surface reflectance from the Medium Re...
At DLR-DFD a synergetic aerosol retrieval method SYNAER was developed (Holzer-Popp et al., JGR, 107,...
Abstract. The synergetic aerosol retrieval method SYNAER (Holzer-Popp et al., 2002a) has been extend...
A novel approach for the joint retrieval of aerosol optical depth (AOD) and aerosol type, using Mete...
This paper presents a new method for simultaneously retrieving aerosol and surface reflectance prope...
International audienceSpaceborne instruments such as POLDER (polarization and directionality of Eart...
The synergetic aerosol retrieval method SYNAER (Holzer-Popp et al., 2002a) has been extended to the...
At the German Remote Sensing Data Center (DFD) of the German Aerospace Center (DLR) a synergistic ae...
This paper presents the software package REFLECT for the retrieval of ground reflectance from high a...
The retrieval of aerosol properties using multi-spectral data provided by satellite based radiometer...
Analysis of high resolution imaging spectrometer data requires a thorough compensation for atmospher...
Abstract Optical imaging satellites, such as SPOT and Cartosat‐2S, provide visible/near infrared (VN...
An information content analysis for multi-wavelength SYNergetic AErosol Retrieval algorithm SYNAER w...
The surface reflectance is of important geophysical parameter for many quantitative remote sensing a...
An algorithm for the derivation of atmospheric parameters and surface reflectance data from MEdium R...
An atmospheric correction algorithm for the retrieval of land surface reflectance from the Medium Re...
At DLR-DFD a synergetic aerosol retrieval method SYNAER was developed (Holzer-Popp et al., JGR, 107,...
Abstract. The synergetic aerosol retrieval method SYNAER (Holzer-Popp et al., 2002a) has been extend...
A novel approach for the joint retrieval of aerosol optical depth (AOD) and aerosol type, using Mete...
This paper presents a new method for simultaneously retrieving aerosol and surface reflectance prope...
International audienceSpaceborne instruments such as POLDER (polarization and directionality of Eart...
The synergetic aerosol retrieval method SYNAER (Holzer-Popp et al., 2002a) has been extended to the...
At the German Remote Sensing Data Center (DFD) of the German Aerospace Center (DLR) a synergistic ae...
This paper presents the software package REFLECT for the retrieval of ground reflectance from high a...
The retrieval of aerosol properties using multi-spectral data provided by satellite based radiometer...
Analysis of high resolution imaging spectrometer data requires a thorough compensation for atmospher...
Abstract Optical imaging satellites, such as SPOT and Cartosat‐2S, provide visible/near infrared (VN...