In this work, many of the fundamental and advanced spectral processing methods available
to geologic remote sensing are reviewed. A novel categorization scheme is proposed that …

Geologists have used remote sensing data since the advent of the technology for regional
mapping, structural interpretation and to aid in prospecting for ores and hydrocarbons. This …

Improvements in optical remote sensing spectral resolution and increased data volumes
necessitates the development of improved techniques for quantitative geological analysis …

Hyperspectral imaging has been used in a variety of geological applications since its advent
in the 1970s. In the last few decades, different techniques have been developed by …

Authored by a panel of experts in the field, this book focuses on hyperspectral image
analysis, systems, and applications. With discussion of application-based projects and case …

A cooperative R&D project facilitated by The Geosat Committee Inc. documented the
spectral characteristics of seeps and associated oil-impacted soils and constructed a …

The development of advanced laboratory-based imaging hyperspectral sensors, such as
SisuCHEMA, has created an opportunity to extract compositional information of mineral …

This work begins with some brief historical comments to set the stage for a discussion of the
long-term potential for land remote sensing technology. This is followed by comments about …

The hyperspectral remote sensing technology has been available to the research
community for more than three decades. Since in its first steps the hyperspectral technology …

Over the last fifty years, a large number of spaceborne and airborne sensors have been
employed to gather information regarding the earth's surface and environment. As sensor …