Discrimination and identification of lithologies from multispectral images is discussed. Rock/soil identification can be facilitated by removing the component of the signal in the images that is contributed by the vegetation. Mixing models were developed to predict the spectra of combinations of pure end members, and those models were refined using laboratory measurements of real mixtures. Models in use include a simple linear (checkerboard) mix, granular mixing, semi-transparent coatings, and combinations of the above. The use of interactive computer techniques that allow quick comparison of the spectrum of a pixel stack (in a multiband set) with laboratory spectra is discussed
The author has identified the following significant results. Computer-aided analysis techniques used...
Conventional image analyzing techniques are inaccurate when applied to Landsat data obtained from hi...
The identification of calcareous soils, through unique spectral responses of the vegetation to the c...
A linear mixing model is used to model the spectral variability of an AVIRIS scene from the western ...
One of the most exciting prospects in the application of remote sensing technology is that of identi...
Abstract: Spectral Mixture Analysis (SMA) has been used to extract qualitative and quantitative info...
An important application of remote sensing is to map and monitor changes over large areas of the lan...
Vegetation covers a large portion of the Earth's land surface. Remotely sensing quantitative informa...
Computer image processing of digital data was performed to support several geological studies. The s...
Hyperspectral determination of soil types has the potential to become an important addition to the m...
High spectral resolution imaging spectroscopy will play an important role in future planetary missio...
A study has investigated the ability of ratioed information from Landsat 2 Multispectral imagery, to...
Rock type identification may be assisted by the use of remote sensing of associated vegetation, part...
Efforts concentrated on developing a technique for relating laboratory spectral reflectance curves o...
This thesis contains results of an evaluation of the spectral signatures of vegetation communities r...
The author has identified the following significant results. Computer-aided analysis techniques used...
Conventional image analyzing techniques are inaccurate when applied to Landsat data obtained from hi...
The identification of calcareous soils, through unique spectral responses of the vegetation to the c...
A linear mixing model is used to model the spectral variability of an AVIRIS scene from the western ...
One of the most exciting prospects in the application of remote sensing technology is that of identi...
Abstract: Spectral Mixture Analysis (SMA) has been used to extract qualitative and quantitative info...
An important application of remote sensing is to map and monitor changes over large areas of the lan...
Vegetation covers a large portion of the Earth's land surface. Remotely sensing quantitative informa...
Computer image processing of digital data was performed to support several geological studies. The s...
Hyperspectral determination of soil types has the potential to become an important addition to the m...
High spectral resolution imaging spectroscopy will play an important role in future planetary missio...
A study has investigated the ability of ratioed information from Landsat 2 Multispectral imagery, to...
Rock type identification may be assisted by the use of remote sensing of associated vegetation, part...
Efforts concentrated on developing a technique for relating laboratory spectral reflectance curves o...
This thesis contains results of an evaluation of the spectral signatures of vegetation communities r...
The author has identified the following significant results. Computer-aided analysis techniques used...
Conventional image analyzing techniques are inaccurate when applied to Landsat data obtained from hi...
The identification of calcareous soils, through unique spectral responses of the vegetation to the c...