Spectral hemispherical-conical reflectances of a nadir looking sensor were taken throughout the day for a lodgepole pine and two grass canopies. Mathematical simulations of both spectral hemispherical-conical and bi-hemispherical reflectances were performed for two theoretical canopies of contrasting geometric structure. These results and comparisons with literature studies showed a great amount of variability of vegetation canopy reflectances as a function of solar zenith angle. Explanations for this variability are discussed and recommendations for further measurements are proposed
The possibility of using reflectance data collected under both cloudy and sunny conditions is studie...
Remote sensing techniques of measuring red and far-red crop canopy reflectance are frequently used t...
An exploratory study of the variance of the bidirec- (Deschamps et al., 1994) instruments. Also, dir...
The non-Lambertian directional reflectance of a multilayer vegetative canopy is derived. Cause of th...
The variation of the directional reflectance of a vegetative canopy with azimuthal view angle become...
The vegetation radiative transfer model, Cupid, was tested by comparing simulations with measured ca...
219-228Vegetative surfaces are non-lambertian and deriving their spectral properties from space-born...
Considerable variations have been noted in the relationship between remotely sensed data and canopy ...
The experiment was conducted at the Kendall Site of the Walnut Gulch Experiment Watershed in southea...
Pronounced effects on the reflective response of a crop canopy due to changes in solar azimuth and r...
The spectral behaviour of an incomplete cotton canopy was analysed in relation to solar zenith angle...
Two Fagus sylvatica L. stands with different Leaf Area Index and similar planophile Leaf Angle Distr...
The directional spectral reflectance of deciduous forests changes markedly throughout the year as a ...
Two Fagus sylvatica L. stands with different Leaf Area Index and similar planophile Leaf Angle Distr...
Current vegetation i dices are normally computed with directional spectral reflectances and are subj...
The possibility of using reflectance data collected under both cloudy and sunny conditions is studie...
Remote sensing techniques of measuring red and far-red crop canopy reflectance are frequently used t...
An exploratory study of the variance of the bidirec- (Deschamps et al., 1994) instruments. Also, dir...
The non-Lambertian directional reflectance of a multilayer vegetative canopy is derived. Cause of th...
The variation of the directional reflectance of a vegetative canopy with azimuthal view angle become...
The vegetation radiative transfer model, Cupid, was tested by comparing simulations with measured ca...
219-228Vegetative surfaces are non-lambertian and deriving their spectral properties from space-born...
Considerable variations have been noted in the relationship between remotely sensed data and canopy ...
The experiment was conducted at the Kendall Site of the Walnut Gulch Experiment Watershed in southea...
Pronounced effects on the reflective response of a crop canopy due to changes in solar azimuth and r...
The spectral behaviour of an incomplete cotton canopy was analysed in relation to solar zenith angle...
Two Fagus sylvatica L. stands with different Leaf Area Index and similar planophile Leaf Angle Distr...
The directional spectral reflectance of deciduous forests changes markedly throughout the year as a ...
Two Fagus sylvatica L. stands with different Leaf Area Index and similar planophile Leaf Angle Distr...
Current vegetation i dices are normally computed with directional spectral reflectances and are subj...
The possibility of using reflectance data collected under both cloudy and sunny conditions is studie...
Remote sensing techniques of measuring red and far-red crop canopy reflectance are frequently used t...
An exploratory study of the variance of the bidirec- (Deschamps et al., 1994) instruments. Also, dir...