International audienceA simple bidirectional reflectance model is derived for terrestrial surfaces. This model uses photometric relationships together with data from the Nimbus 7 Earth Radiation Budget (ERB) Experiment. It is shown that the model provides a good description of bidirectional patterns derived from satellite observations for two classes of broad uniform surfaces, namely, land and desert. Dependency of the derived albedo model on solar zenith angle is also studied and compared with several observations made at the surface of the earth. Despite the simplicity of the approach the proposed bidirectional reflectance model might be useful for several applications in satellite remote sensing
Land surface albedo may be derived from the satellite data through the estimation of a bidirectional...
Land surface albedo is a very important parameter, which can be derived from a bidirectional reflect...
The estimation of the hemispherical reflectance and the instantaneous albedo of canopies from top of...
International audienceA simple bidirectional reflectance model is derived for terrestrial surfaces. ...
A surface bidirectional reflectance model has been developed for the correction of surface bidirecti...
The angular distribution of radiation scattered by the earth surface contains information on the str...
A remote-sensing reflectance model based on a lookup table is proposed for use in analyzing satellit...
Despite the encouraging results of recent satellite based estimates of solar energy at the Earth's s...
Bare terrain surfaces have attracted little attention in albedo and remote sensing studies despite t...
Land surface albedo is derived from a bidirectional reflectance distribution function (BRDF) model w...
Changes in the Earth`s surface albedo impact the atmospheric and global energy budget and contribute...
To improve the accuracy of bifacial gain estimation, recent radiative models of solar energy systems...
International audienceSpaceborne instruments such as POLDER (polarization and directionality of Eart...
This paper presents a review of the application of Bi-directional Reflectance Distribution Function ...
The non-Lambertian nature of the terrestrial surface is a major source of unexplained variability in...
Land surface albedo may be derived from the satellite data through the estimation of a bidirectional...
Land surface albedo is a very important parameter, which can be derived from a bidirectional reflect...
The estimation of the hemispherical reflectance and the instantaneous albedo of canopies from top of...
International audienceA simple bidirectional reflectance model is derived for terrestrial surfaces. ...
A surface bidirectional reflectance model has been developed for the correction of surface bidirecti...
The angular distribution of radiation scattered by the earth surface contains information on the str...
A remote-sensing reflectance model based on a lookup table is proposed for use in analyzing satellit...
Despite the encouraging results of recent satellite based estimates of solar energy at the Earth's s...
Bare terrain surfaces have attracted little attention in albedo and remote sensing studies despite t...
Land surface albedo is derived from a bidirectional reflectance distribution function (BRDF) model w...
Changes in the Earth`s surface albedo impact the atmospheric and global energy budget and contribute...
To improve the accuracy of bifacial gain estimation, recent radiative models of solar energy systems...
International audienceSpaceborne instruments such as POLDER (polarization and directionality of Eart...
This paper presents a review of the application of Bi-directional Reflectance Distribution Function ...
The non-Lambertian nature of the terrestrial surface is a major source of unexplained variability in...
Land surface albedo may be derived from the satellite data through the estimation of a bidirectional...
Land surface albedo is a very important parameter, which can be derived from a bidirectional reflect...
The estimation of the hemispherical reflectance and the instantaneous albedo of canopies from top of...