Preliminary Comparison and Accuracy Assessment of Mineral Maps Produced From 1997 AVIRIS Data, Ray Mine, AZ
Explore the source record for details and available documents.
Mineral Maps AVIRIS Ray Mine↗
Engineering topics
Lang, H.
Publications and source records attributed to Lang, H..
K/Ar Ages From the Guerrero Transect Date Four Thermotectonic Events Affecting the North America Plate in Mexico from 301 Ma to 29 Ma
Because of questions regarding the validity of proposed accreted terranes, the tectonostratigraphic evolution of the southern margin of North America plate in Mexico remains controversial.
tectonics Mexico accreted terranes geochronology↗
Mapping Environmental Contaminants at Ray Mine, AZ
Airborne Visible and Infrared Imaging Spectrometer (AVIRIS) data was collected over Ray Mine as part of a demonstration project for the Environmental Projection Agency (EPA) through the Advanced Measurement Initiative (AMI).
AVIRIS↗
Validation of Airborne Visible-Infrared Imaging Spectrometer Data at Ray Mine, AZ
We validate 1997 Airborne Visible-Infrared Imaging Spectrometer (AVIRIS) reflectance spectra covering 0.4 meu - 2.4 meu from a stable, flat mineralogically characterized man-made target at Ray Mine, AZ, the site for an EPA/NASA assessment of the utility of remote sensing for monitoring acid drainage from an active open pit mine.
AVIRIS visible-infrared spectrometer imaging↗
ASTER Digital Elevation Models
This document is based on information and ideas developed by members of the ASTER Digital Elevation Model Working Group (ADEMWG).
ASTER digital elevation model geometric D-13751↗
ASTER Validation Plan
This document is the validation plan for the ASTER standard data products.
ASTER validator calibration algorithm↗
Mineral Mapping Using Partial Unmixing at Ray Mine, AZ
Imaging Spectroscopy enables the identification and mapping of surface mineralogy over large areas.
Mineral Mapping Partial Unmixing mineralogical bac↗
Geologic Utility of LANSDAT-4 TM Data
The performance of the TM vis-a-vis various geological applications was quantified by analyzing: (1) the geological utility of the data with respect to the increased spatial resolution and number of bands (compared to the MSS); (2) the geometric accuracy; (3) the radiometric performance of the TM scanner. Preliminary analyses were performed on TM scenes: over Death Valley, California, and over southern Arizona. Both scenes were acquired in CCT-PT format, where the data were geometrically and radiometrically corrected. Overall, the TM data appears to contain a marked increase in geologically useful information; however, a number of instrumental or processing artifacts may well limit the ability of the geologist to fully extract this information.
Abrams, M.↗