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Technique for validating remote sensing products of water quality

Mhd. Suhyb Salama,W. Verhoef,Jaak Monbaliu,Z. Vekerdy,Chris M. Mannaerts,Zhan Su+1 more-2008-01-01-Repository of the Academy's Library (Library of the Hungarian Academy of Sciences)

TL;DRAbstract

Remote sensing of water quality is initiated as an additional part of the on going activities of the EAGLE2006 project.
\nWithin this context intensive in-situ and airborne measurements campaigns were carried out over the Wolderwijd and
\nVeluwemeer natural waters. However, in-situ measurements and image acquisitions were not simultaneous. This poses
\nsome constraints on validating air/space-borne remote sensing products of water quality. Nevertheless, the detailed insitu
\nmeasurements and hydro-optical model simulations provide a bench mark for validating remote sensing products.
\nThat is realized through developing a stochastic technique to quantify the uncertainties on the retrieved aquatic inherent
\noptical properties (IOP).
\nThe output of the proposed technique is applied to validate remote sensing products of water quality. In this processing
\nphase, simulations of the radiative transfer in the coupled atmosphere-water system are performed to

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Remote sensing of water quality is initiated as an additional part of the on going activities of the EAGLE2006 project.
\nWithin this context intensive in-situ and airborne measurements campaigns were carried out over the Wolderwijd and
\nVeluwemeer natural waters. However, in-situ measurements and image acquisitions were not simultaneous. This poses
\nsome constraints on validating air/space-borne remote sensing products of water quality. Nevertheless, the detailed insitu
\nmeasurements and hydro-optical model simulations provide a bench mark for validating remote sensing products.
\nThat is realized through developing a stochastic technique to quantify the uncertainties on the retrieved aquatic inherent
\noptical properties (IOP).
\nThe output of the proposed technique is applied to validate remote sensing products of water quality. In this processing
\nphase, simulations of the radiative transfer in the coupled atmosphere-water system are performed to

Keywords

Remote sensingRadiative transferEnvironmental scienceContext (archaeology)ResidualInversion (geology)Computer scienceMeteorology

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