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Volumn 27, Issue , 2003, Pages 673-675
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Geobotanical remote sensing applied to targeting new geothermal resource locations in the U.S. Basin and range with a focus on Dixie Meadows, Nevada
a b c d d e e e e a a f |
Author keywords
Airborne; Basin; CO2; Emissions; ENVI; Exploration; Faults; Geobotanical; Geothermal; Hidden; Hyperspectral; Imagine; Imaging; LWIR; Microbial; MWIR; Plant; Plant health; Radar; Range; Remote; SAR; Satellite; Sensing; Species; Spectrometry; Stress; USA; VISNIR; Western
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Indexed keywords
AIRBORNES;
ATMOSPHERICALLY CORRECTED IMAGES;
GEOBOTANICAL;
GEOPOWERING;
GEOTHERMAL RESOURCES;
HYPERSPECTRAL;
KAOLINITE;
MINIMUM NOISE FRACTIONS;
PACIFIC;
SUBSURFACES;
CATCHMENTS;
DATA REDUCTION;
HIGH TEMPERATURE EFFECTS;
IMAGING TECHNIQUES;
OPTICAL RESOLVING POWER;
RADAR;
REFLECTION;
SATELLITES;
SENSORS;
SPRINGS (WATER);
REMOTE SENSING;
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EID: 4143075700
PISSN: 01935933
EISSN: None
Source Type: Conference Proceeding
DOI: None Document Type: Conference Paper |
Times cited : (3)
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References (3)
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