In order to determine temporal changes of the absolute radiometric calibration of the entire TM system in flight spectroradiometric measurements of the ground and the atmosphere were made simultaneously with TM image collections over the White Sands, New Mexico area. By entering the measured values in an atmospheric radiative transfer program, the radiance levels in four of the spectral bands of the TM were determined, band 1:0.45 to 0.52 micrometers, band 2:0.53 to 0.61 micrometers band 3:0.62 to 0.70 micrometers and 4:0.78 to 0.91 micrometers. These levels were compared to the output digital counts from the detectors that sampled the radiometrically measured ground area, thus providing an absolute radiometric calibration of the entire TM ...
A common scientific methodology and terminology is outlined for characterizing the radiometry of bot...
The need for absolute radiometric calibration of space-based sensors will continue to increase as ne...
The results of an analysis that relates thematic mapper (TM) saturation level to ground reflectance,...
The TM multispectral scanner system was calibrated in an absolute manner before launch. To determine...
The in-flight absolute radiometric calibration of the Thematic Mapper (TM) is being conducted using ...
The results obtained for the absolute calibration of TM bands 2, 3, and 4 are presented. The results...
Results are summarized and analyzed from several prelaunch tests with a 122 cm integrating sphere us...
The reduction of the data measured on July 8, 1984 at White Sands, New Mexico is summarized. The rad...
The results of the absolute radiometric calibration of the LANDSAT 4 thematic mapper, as determined ...
The need for independent, redundant absolute radiometric calibration methods is discussed with refer...
The importance of accurate absolute radiometric calibration is discussed by reference to the needs o...
The early results of an absolute radiometric calibration of the NOAA-9 AVHRR sensor indicate signifi...
Raw thematic mapper (TM) calibration data from pre-launch tests and in-orbit acquisitions from LANDS...
Three methods for the in-flight absolute radiometric calibration of satellite sensors are presented....
The effects of the atmosphere on propagating radiation must be known in order to calibrate an in orb...
A common scientific methodology and terminology is outlined for characterizing the radiometry of bot...
The need for absolute radiometric calibration of space-based sensors will continue to increase as ne...
The results of an analysis that relates thematic mapper (TM) saturation level to ground reflectance,...
The TM multispectral scanner system was calibrated in an absolute manner before launch. To determine...
The in-flight absolute radiometric calibration of the Thematic Mapper (TM) is being conducted using ...
The results obtained for the absolute calibration of TM bands 2, 3, and 4 are presented. The results...
Results are summarized and analyzed from several prelaunch tests with a 122 cm integrating sphere us...
The reduction of the data measured on July 8, 1984 at White Sands, New Mexico is summarized. The rad...
The results of the absolute radiometric calibration of the LANDSAT 4 thematic mapper, as determined ...
The need for independent, redundant absolute radiometric calibration methods is discussed with refer...
The importance of accurate absolute radiometric calibration is discussed by reference to the needs o...
The early results of an absolute radiometric calibration of the NOAA-9 AVHRR sensor indicate signifi...
Raw thematic mapper (TM) calibration data from pre-launch tests and in-orbit acquisitions from LANDS...
Three methods for the in-flight absolute radiometric calibration of satellite sensors are presented....
The effects of the atmosphere on propagating radiation must be known in order to calibrate an in orb...
A common scientific methodology and terminology is outlined for characterizing the radiometry of bot...
The need for absolute radiometric calibration of space-based sensors will continue to increase as ne...
The results of an analysis that relates thematic mapper (TM) saturation level to ground reflectance,...