Grapevine Mountains / Bergen / Dresden / Windeler / Pasadena / San Antonio / Yerington / Beijing / London / Lyon / /
Company
Nikon / Ford / Brodsky / Mercian / Lichti D.D. / Norwegian Research Council / StatoilHydro ASA / /
Country
Germany / Norway / United Kingdom / / /
Event
Environmental Issue / /
Facility
University of Bergen / Institute of Photogrammetry / /
IndustryTerm
lidar systems / hyperspectral image processing / cylindrical imaging geometry / image processing algorithms / imaging / geocellular modelling systems / data processing workflow / seismic imaging / geological applications / electronics / modelled using cylindrical imaging geometry / /
MusicGroup
Digitisation MCT / /
Organization
Technische Universität Dresden / Institute of Photogrammetry and Remote Sensing / University of Bergen / Department of Earth Science / Centre for Integrated Petroleum Research / /
Person
Trond Løke / Pixel / Peter Gutteridge / Modern Geology / Ivar Baarstad / /
Position
Mineralogist / geologist / heterogeneities and fluid-flow Corresponding author / T.D. / producer / /
Product
Nikon D200 Digital Camera / /
ProvinceOrState
Texas / Nevada / California / /
PublishedMedium
Journal of Geophysical Research / /
Technology
Remote Sensing / image processing / digital camera / LASER / simulation / image processing algorithms / /
GEOLOGICAL OUTCROP MODELLING AND INTERPRETATION USING GROUND BASED HYPERSPECTRAL AND LASER SCANNING DATA FUSION T. H. Kurza, b,* , S. J. Buckleya, J. A. Howella, D. Schneiderc a Centre for Integrated Petroleum Research,