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 Our Surface Acquisition Systems (SAS) are designed for above-water measurements of ocean colour using Satlantic's multispectral or hyperspectral digital optical sensors. The system consists of two radiance sensors and one irradiance sensor. The main advantage of the MicroSAS system is it's small size and extremely fast sampling rate. Special adapters can also be mounted to the MicroSAS radiometer to narrow the field of view to a half angle of 1.5º to 0.75º. The HyperOCR SAS radiance sensors are designed with a narrow field of view compared to the in-water version and provide 136 channels of Li and Lt data.
The SAS can be mounted on a variety of vessels to provide continuous monitoring of ocean colour along the ship's track, on towers or other platforms to provide time series observations, or the system can be used for airborne remote sensing of ocean colour.
Applications:
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Estimate concentrations of dissolved organic matter, suspended sediments, and chlorophyll
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Bio-optical algorithm development and modelling
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Satellite calibration and validation
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Environmental monitoring
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Data products include water leaving irradiance, remote sensing reflectance, and energy fluxes
Features:
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Precision measurements of Li, Lt & Es
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Adjustable viewing angles from Nadir to Zenith
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Multiple radiometer options - multi, hyperspectral or combinations
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Full ancillary suite - tilts, sea-surface temperature, GPS
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Data logging and processing software included
Please contact our Sales Department for additional information.
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 Reference Materials |
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| References |
Jun 11, 2007
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Kowalczuk et al. 2006
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Kowalczuk, P.; M.J. Durako; W.J. Cooper; D. Wells; & J.J. Souza. 2006. Comparison of radiometric quantities measured in water, above water and derived from seaWiFS imagery in the South Atlantic Bight, North Carolina, USA. Continental Shelf Research 26: 2433-53.
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Jun 11, 2007
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Berthon & Zibordi 2004
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Berthon, J.; & G. Zibordi. 2004. Bio-optical relationships for the northern Adriatic Sea. International Journal of Remote Sensing 25: 1527-32.
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Jun 11, 2007
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Hooker et al. 2002
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Hooker, S.; G. Lazin; G. Zibordi; & S. McLean. 2002. An evaluation of above and in-water methods for determining water-leaving radiance. Journal of Atmospheric and Ocean Technology 19: 486-515.
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Jun 11, 2007
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Melin et al. 2005
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Melin, F.; J. Berthon; & G. Zibordi. 2005. Assessment of apparent and inherent optical properties derived from SeaWiFS with field data. Remote Sensing of Environment 97: 540-53.
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