Mapping Geology
Click-on the text above to open the document pdf.Presented at 2018 GRSG Meeting, Boulder, Colorado.
Co-authors: James Ellis and Justin Wood
Click-on the text above to open the document pdf. The USGS published some of our multispectral and hyperspectral mapping as part of the U.S. Dept. of Defense Task Force for Business and Stability Operations (TFBSO
Click-on the text above to open the document pdf. The HyVista Airborne Hyperspectral Sensor flown with 5 m pixels.
Click-on the text above to open the document pdf. Examples of using image processing to extract optimum geologic information in arid regions.
Click-on the text above to open the document pdf. Paper describes planning and using airborne SAR to map geology and integrate field observations. Published ERIM 1988.
Click-on the text above to open the document pdf. 14 overlapping radar flight strips were interpreted for geology and topography using a standard mirror stereoscope. A DEM with contours was developed. Published ERIM 1991.
Airborne SAR was flown East-West looking North to highlight structures. Published ERIM 1986.
Airborne SAR was flown along the western and eastern flanks of the Eastern Cordillera to support structural mapping. Published ERIM 1994.
Landsat TM was processed to support geophysical operations and improve geologic maps. Published ERIM 1993.
Several of the downloads are papers submitted to Proceedings of the 5th to 14th Applied Geologic Remote Sensing Conferences, coordinated by the Environmental Research Institute of Michigan (ERIM). Reprints of specific articles or the One- or Two-volume sets of the entire Conference Proceedings may be available from Michelle Wienert, Associate Director, Office Operations, MTRI, Michigan Tech University, 3600 Green Ct., Ste. 100, Ann Arbor, MI 48105, 734-913-6870 (o), mwienert@mtu.edu, www.mtri.org