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Mar 10, 2015 · Here, we describe the characteristics of brightness temperature (Tb) measured by the Advanced Microwave Scanning Radiometer-2 (AMSR2) ...
This paper reports characteristics of the AMSR2 L1B brightness temperature (Tb) measurement through intercalibration approach among other microwave ...
The intercalibration results for the ocean area as the cold end and the rainforest area the as warm end demonstrate that Tb measured by AMSR2 exhibits no ...
To calculate DD, we need first to find the single difference (SD) for each radiometer, which is the difference between the observed and the simulated radiometer.
It consists of two polar-orbiting satellite series [GCOM-W (Water) and. GCOM-C (Climate)] with 1-year overlap between them for inter-calibration. As payloads ...
This paper reports characteristics of the AMSR2 L1B brightness temperature (Tb) measurement through intercalibration approach among other microwave ...
Abstract: This paper reports characteristics of the AMSR2 L1B brightness temperature (Tb) measurement through intercalibration approach among other ...
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Intercalibration with other microwave radiometers: We have tested several intercalibration methods for AMSR2 brightness temperatures (Tb) Version 1.1. The ...
Oct 22, 2024 · The inter-calibration of AMSR2 observed brightness temperatures has been implemented using the double difference approach with the AMSR-E and ...
Based on the regressions, the AMSR2 brightness temperatures were adjusted to be consistent with the NASA Team 2 algorithm parameters for AMSR-E. This will allow ...