Azimuthally dependent shortwave radiance in an atmosphere–ocean system is calculated
for different types and concentrations of suspended matter in ocean and atmosphere. The …

Since the initiation of development at the Institute of Environmental Physics (IUP), University
of Bremen, in 1994, the radiative transfer model SCIATRAN (formerly GOMETRAN) has …

Accurate climate and weather simulations must account for all relevant physical processes
and their complex interactions. Each of these atmospheric, ocean, and land processes must …

Accurate radiative transfer modeling in the coupled atmosphere-sea system is increasing in
importance for the development of advanced remote-sensing applications. Aiming to …

Solar and thermal radiation are critical aspects of planetary climate, with gradients in
radiative energy fluxes driving heating and cooling. Climate models require that radiative …

The viability of a spectrally averaging model to perform radiative transfer calculations in the
infrared including scattering by atmospheric particles is examined for the application of …

The surface-leaving radiance model developed in Part I [Appl. Opt. 47, 3701 (2008)] is
validated against an exhaustive set of Fourier transform spectrometer field observations …

Many spaceborne sensors have been deployed to image the ocean in the visible portion of
the spectrum. Information regarding the concentration of water constituents is contained in …

The objective of the present work is to develop a general purpose, polarized, microwave
radiative transfer forward model, including calculation of interaction parameters for fast …

Radiative Transfer in Coupled Environmental Systems This book discusses radiative
transfer in coupled media such as atmosphere-ocean systems with Lambertian as well non …