MODTRAN4, the newly released version of the US Air Force atmospheric transmission,
radiance and flux model is being developed jointly by the Air Force Research …

Accurate radiative transfer models are the key tools for the understanding of radiative
transfer processes in the atmosphere and ocean, and for the development of remote sensing …

Knowing the spatial and temporal distribution of the underwater light field, ie, the spectral
and angular structure of the radiant intensity at any point in the water column, is essential to …

Featured Application Ocean color remote sensing. Abstract An analytical radiative transfer
(RT) model for remote sensing reflectance that includes the bidirectional reflectance …

We describe a radiation experiment performed at the Kaashidhoo Climate Observatory
(KCO), Republic of Maldives, during the Indian Ocean Experiment (INDOEX) field campaign …

We used a spectral radiative transfer model to compute the direct radiative effect (DRE) of
natural plus anthropogenic aerosols in the solar near-infrared (IR), between 0.85–10 μm …

Satellite instruments currently provide global maps of surface UV irradiance by combining
backscattered radiance data with radiative transfer models. The models are often limited by …

An extensive comparison between radiative transfer codes in the atmosphere–ocean system
is proposed and performed. The full angular radiance distribution at several optical depths in …

Radiative transfer (RT) plays a crucial role within the atmospheric sciences. To firstorder
approximation, the most pressing climatic change scenarios, such as enhanced greenhouse …

Radiance measurements of solar radiation that is backscattered by the Earth׳ s atmosphere
or surface contain information about the atmospheric composition and the state of the Earth׳ …‎