Satellite Hyperspectral Sensing Boosts Environmental Research
Last week, I participated in the bi-annual Earth Observation Business Network 2012 (EOBN) conference, a small group of industry leaders brought together in Vancouver, British Columbia and sponsored by MDA of Canada. A tip of the hat to John Hornsby, MDA VP of GeoSpatial Strategies and his team, who hosted a very informative and interactive conference.
This year’s EOBN theme was "Operational Decision Making From Earth Observation." The conference featured application sessions from both government and industry leaders who addressed the tactical impact and requirements of satellite and airborne imagery. From aviation to land surveillance/intelligence to the Arctic and Antarctic, leading end-users and providers offered their unique perspective of capabilities and requirements for remote sensing and earth sciences.
It is clear that remote sensing capability is not only a critical and strategic capability for nations, but also for commercial satellite providers developing advanced data products and imaging services. The challenges of working within such harsh environments as the Arctic Circle – whether maritime transport or mineral exploration – require data products that are fused with satellite and spectral imagery.
Photo Source: CBC
With our current ability to provide hyperspectral sensor payloads for small satellites covering the VNIR (380 -1000 nm) and SWIR (950 – 1000 nm), it is clear that Headwall will continue to play an expanding role in the development of remote sensing capabilities throughout the world.