Infrared spectroradiometer survey results from flights over the Marysvale, Utah district show that hydrothermal alteration mineralogy can be mapped using very rapid and effective airborne techniques. The system detects alteration mineral absorption band intensities in the infrared spectral region with high sensitivity. The higher resolution spectral features and high spectral differences characteristic of the various clay and carbonate minerals are also readily identified by the instrument allowing the mineralogy to be mapped as well as the mineralization intensity
The Cuprite mining district in southwestern Nevada has become a test site for remote sensing studies...
Anomalous soil mineralogy can indicate buried geologic structures and zones of permeability. Hypersp...
Airborne multispectral scanner images recorded in the 0.46- to 2.36-t•m region for the East Tintic m...
This study presents the results of our investigation into the development and application of high-sp...
Multispectral images of an area near Marysvale, Utah, were collected by using the airborne U.S. Nati...
The author has identified the following significant results. Preliminary analysis indicates that min...
Hydrothermal mineral deposits are the primary source of many mineral commodities of global importanc...
Airborne Visible and Infrared Imaging Spectrometer (AVIRIS) data were acquired over the Goldfield Mi...
An airborne multispectral scanner was flown over the Gold Acres mining district, Nevada, as part of ...
Integrating various tools in targeting mineral deposits increases the chance of adequate detection a...
This dataset was used for a publication that describes the first time application of the Minimum Wav...
Integrated analysis of imaging spectrometer data and field spectral measurements were used in conjun...
The airborne hyper-spectral survey system CASI/SASI, which has an integrated system for gathering bo...
Recent developments in remote sensing technology have provided geologists with new tools that simpli...
Hyperspectral remote-sensing in the reflected infrared and thermal infrared regions offers a unique ...
The Cuprite mining district in southwestern Nevada has become a test site for remote sensing studies...
Anomalous soil mineralogy can indicate buried geologic structures and zones of permeability. Hypersp...
Airborne multispectral scanner images recorded in the 0.46- to 2.36-t•m region for the East Tintic m...
This study presents the results of our investigation into the development and application of high-sp...
Multispectral images of an area near Marysvale, Utah, were collected by using the airborne U.S. Nati...
The author has identified the following significant results. Preliminary analysis indicates that min...
Hydrothermal mineral deposits are the primary source of many mineral commodities of global importanc...
Airborne Visible and Infrared Imaging Spectrometer (AVIRIS) data were acquired over the Goldfield Mi...
An airborne multispectral scanner was flown over the Gold Acres mining district, Nevada, as part of ...
Integrating various tools in targeting mineral deposits increases the chance of adequate detection a...
This dataset was used for a publication that describes the first time application of the Minimum Wav...
Integrated analysis of imaging spectrometer data and field spectral measurements were used in conjun...
The airborne hyper-spectral survey system CASI/SASI, which has an integrated system for gathering bo...
Recent developments in remote sensing technology have provided geologists with new tools that simpli...
Hyperspectral remote-sensing in the reflected infrared and thermal infrared regions offers a unique ...
The Cuprite mining district in southwestern Nevada has become a test site for remote sensing studies...
Anomalous soil mineralogy can indicate buried geologic structures and zones of permeability. Hypersp...
Airborne multispectral scanner images recorded in the 0.46- to 2.36-t•m region for the East Tintic m...