%0 Book Section
%9 OS CH : Chapitres d'ouvrages scientifiques
%A Dupouy, Cécile
%A Savranski, T.
%A Lefèvre, Jérôme
%A Despinoy, Marc
%A Mangeas, Morgan
%A Fuchs, Rosalie
%A Faure, Vincent
%A Ouillon, Sylvain
%A Petit, Michel
%T Monitoring optical properties of the Southwest Tropical Pacific
%B Remote sensing of the coastal ocean, land, and atmosphere environment
%C Bellingham
%D 2010
%E Frouin, R.
%E Yoo, H.R.
%E Won, J.S.
%E Feng, A.
%L fdi:010052111
%G ENG
%I SPIE
%K CYCLE BIOGEOCHIMIQUE ; CHLOROPHYLLE ; ABSORPTION ; REFLECTANCE ; TELEDETECTION ; DONNEES SATELLITE ; MODELE
%K NOUVELLE CALEDONIE
%K PACIFIQUE TROPICAL SUD OUEST
%P 13
%R 10.1117/12.869888
%U https://www.documentation.ird.fr/hor/fdi:010052111
%> https://www.documentation.ird.fr/intranet/publi/depot/2011-06-29/010052111.pdf
%V 7858
%W Horizon (IRD)
%X We present data collected as part of VALidation HYperspectral of a BIOgeochemical model (ValHyBio), a PNTSsponsored program dedicated to chlorophyll satellite imaging and validation as affected by bathymetry in the South
Western Tropical Lagoon of New Caledonia. The specific goals of ValHyBio are to: - examine time-dependent oceanic reflectance in relation to dynamic surface processes, - construct field/satellite reflectance-based chlorophyll models, -
investigate the feasibility of inverting the model to yield surface chlorophyll and turbidity, and - validate the biogeochemical model with field/satellite observations. The in situ bio-optical parameters include absorption coefficients
by CDOM and particles, Secchi disk depth, backscattering coefficient, pigment concentration, suspended matter concentration, and K_dPAR. They are measured every month at 5 stations, of contrasted bathymetry and bottom
reflectance, as well as at a reference station situated 4 miles offshore, and at a station over coral reefs. Remote sensing reflectance is calculated from the absorption and backscattering coefficients and compared with satellite data. SeaWIFS
and MODIS Aqua match-ups collected over the period 1997-2010 (ValHySat database) are used. Satellite retrievals are examined as a function of bathymetry and for the special case of Trichodesmium red tides. The feasibility of a long-term
monitoring program of water optical properties with satellite remote sensing techniques is examined in the frame of the GOPS (South Pacific Integrated Observatory).
%S Proceedings of SPIE
%B SPIE Remote Sensing 2010
%8 2010/09/20-23
%$ 126TELAPP05 ; 032MILPHY