QUantitative and Automatic Atmospheric Correction (QUAAC): Application and Validation

QUantitative and Automatic Atmospheric Correction (QUAAC): Application and Validation

The difficulty of atmospheric correction based on a radiative transfer model lies in the acquisition of synchronized atmospheric parameters, especially the aerosol optical depth (AOD). At the moment, there is no fully automatic and high-efficiency atmospheric correction method to make full use of th...

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Bibliographic Details
Main Authors: Chen, X. (Author), Gao, H. (Author), Gu, X. (Author), Li, H. (Author), Li, J. (Author), Li, Z. (Author), Liu, S. (Author), Yang, H. (Author), Yang, J. (Author), Zhang, Y. (Author), Zhao, L. (Author), Zheng, F. (Author), Zhou, R. (Author)
Format: Article
Language:English
Published: MDPI 2022
Subjects:
Aerosol optical depths
aerosol optical thickness
Aerosol optical thickness
Atmospheric aerosols
Atmospheric analysis
atmospheric correction
Atmospheric corrections
Fast line-of-sight atmospheric analyse of spectral hypercube
FLAASH
Geostationary satellites
Hyper-cubes
Line of Sight
Lines-of-sight
Optical properties
Radiative transfer
radiative transfer model
Radiative transfer modelling
Reflection
surface reflectance
Surface reflectance
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