The paper presents a review of the far‐infrared (FIR) properties of the Earth's atmosphere
and their role in climate. These properties have been relatively poorly understood, and it is …

Results are summarized for a scientific project devoted to the comparison of four
atmospheric radiative transfer codes incorporated into different satellite data processing …

One of the main concerns regarding a decrease in stratospheric ozone is the consequential
increasein the amount of ultraviolet (UV) radiation that reaches the lower atmosphere and …

Fast Lidar and Radar Multiple-Scattering Models. Part II: Wide-Angle Scattering Using the
Time-Dependent Two-Stream Approximation in: Journal of the Atmospheric Sciences Volume …

We have developed a powerful 3D Monte Carlo code, as part of the Radiance in a Dynamic
Ocean (RaDyO) project, which can compute the complete effective Mueller matrix at any …

We present the first examination on how 3‐D radiative transfer impacts satellite cloud
detection that uses a single visible channel threshold. The 3‐D radiative transfer through …

The traditional conversion of satellite‐observed reflectances to the aerosol optical depth
(AOD) is highly conjectural in the vicinity of clouds due to the 3D cloud‐induces …

The cloud scanner sensor is a central part of a recently proposed satellite remote sensing
concept–the three-dimensional (3-D) cloud and aerosol interaction mission (CLAIM-3D) …

Clouds increase the complexity of atmospheric radiative transfer processes, particularly for
aerosol retrievals in clear regions in the vicinity of clouds. This study focuses on identifying …

The net shortwave radiative impact of aerosol on simulations of two shallow marine cloud
cases is investigated using a Monte Carlo radiative transfer model. For a shallow cumulus …