Laser Induced Fluorescence environmental LiDARs
Active remote sensing of water bodies of all types as quickly, qualitatively, and cost-effective as possible
Environmental monitoring
Monitoring of the key water quality parameters - chlorophyll a, dissolved and suspended organic matter, total suspended sediments
Monitoring of waters of any type (and land in some cases) for contaminants of organic origin, e.g. oils and oil products on the surface or in-water emulsion, sewage waters, illegal tank washing, sewage and oil leaks from pipes, harmful cyanobacteria blooms, river plumes, etc.
Supporting scientific research related to biology, optics, geology, and physics of the water upper layer of natural water bodies (from
fresh to hyperhaline, from oligotrophic to hypertrophic)
Satellite bio-optical models
The original method tested in reservoirs of different trophic indexes, allows you to fully use the advantages of high-performance LIF LiDAR imaging for the collection of ground-truth data about the concentrations of key water quality parameters, simultaneously with satellite imagery
This makes it possible to obtain thousands of match-ups in one day of satellite measurement and significantly simplifies the development of regional satellite bio-optical models
SURVEYS
20+ years of marine fieldwork with self-designed LIF LiDARs around the globe
Proven by dozens of marine expeditions know-hows that allow you to confidently work with the fluorescence of the Case-1 waters with low-power UV lasers, at long sensing distances and under all weather and light conditions (up to working on a solar track)
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