We revise the direct radiative effect (DRE) of mineral dust aerosols in the shortwave (SW)
and longwave (LW) based on global model simulations that include coarse dust particles (> …

Aerosol is an important component of the Earth's atmosphere, affecting weather, climate,
and diverse elements of the biosphere. Satellite sounders are an essential tool for …

A neural network (NN) approach is proposed to combine future infrared (IASI-NG) and
microwave (MWS) observations to retrieve cloud liquid and ice water path. The methodology …

Data from hyperspectral infrared sounders are routinely ingested worldwide by the National
Weather Centers. The cloud‐free fraction of this data is used for initializing forecasts which …

The paper describes a recently developed forward model (σ-IASI/F2N) to produce spectral
radiances from the far to near-infrared spectrum (100 to 2760 cm-1). The model is a pseudo …

Top of the atmosphere synthetic spectral radiances are computed for widespread
atmospheric conditions by alternatively using the discrete ordinate algorithm solution or …

A fully physical retrieval scheme for land surface emissivity spectra is presented, which
applies to high spectral resolution infrared observations from satellite sensors. The surface …

Observations from spaceborne microwave (MW) and infrared (IR) passive sensors are the
backbone of current satellite meteorology, essential for data assimilation into modern …

Detailed measurements of radiation, atmospheric and aerosol properties were carried out in
summer 2013 during the Aerosol Direct Radiative Impact on the regional climate in the …

One-dimensional variational retrievals of temperature and moisture fields from hyperspectral
infrared (IR) satellite sounders use cloud-cleared radiances (CCRs) as their observation …