A low-cost, portable, video-camera system built by University of Bristol for the UK-DRA,
RARDE Fort Halstead, permits in-field acquisition of terrestrial hyper-spectral image sets …

The data produced by the imaging spectrometers of Appendix A is different from that of
multispectral instruments owing to the enormous number of wavebands recorded–leading to …

Small unmanned aerial vehicles are increasingly being employed for environmental
monitoring at local scale, which drives the demand for compact and lightweight spectral …

This paper briefly describes the methods available for collection, atmospheric and geometric
correction, and processing of hyperspectral imagery. Discussion of data capture …

Spectral imaging refers to the collection of optical images taken in multiple wavelength
bands that are spatially aligned such that at each pixel there is a vector representing the …

The future of remote sensing includes a significant role for hyperspectral imaging.
Hyperspectral imaging can provide the data needed to derive detailed information on …

Since the beginning of remote sensing observation, scientists have created a “toolbox” with
which to observe the varying dimensions of the Earth's dynamic surface. Hyperspectral …

This paper summarises recent research conducted within the Spatial Information Research
Group at Adelaide University, which has explored the spectral characteristics and variability …

Because all materials reflect, absorb, or emit photons in ways characteristic of their
molecular makeup, a high resolution trace of the transmitted, reflected, emitted, or …

Hyperspectral imaging has important benefits in remote sensing and material identification.
This paper describes a class of hyperspectral imaging systems which utilize a novel optical …