This paper describes a new fast line-by-line radiative transfer scheme which computes top of
the atmosphere spectral radiance and its Jacobians with respect to any set of geophysical …

Space-borne thermal infrared instruments working in the nadir geometry are providing
spectroscopic measurements of species that impact on the chemical composition of the …

Satellite instruments specifically designed to monitor atmospheric carbon dioxide
concentrations have not been flown to date but, high‐resolution infrared sounders, being …

The problem of simultaneous physical retrieval of surface emissivity, skin temperature, and
temperature, water–vapor, and ozone atmospheric profiles from high-spectral-resolution …

This paper describes a physical-based methodology for the retrieval of geophysical
parameters (temperature, water vapor and ozone) from highly resolved infrared radiance …

The application of a recently created software for creative processing of IR spectra observed
from space is presented in this paper. Fine Infrared Explorer for Atmospheric Radiation …

The problem of diurnal variation in surface emissivity over the Sahara Desert during non‐
raining days is studied and assessed with observations from the Infrared Atmospheric …

The physical forward/inverse scheme φ‐IASI has been applied to the retrieval of
atmospheric vertical profiles of temperature, water vapour and ozone by inverting high …

The problem of cloud detection for the Interferometric Monitoring of Greenhouse Gases
spectrometer has been addressed by considering a set of thresholding tests which takes full …

A method based on artificial neural network for atmospheric temperature profile retrieval
from spectra measured by nadir viewing high resolution Fourier transform spectrometers is …