Computer Science
Scientific paper
May 2004
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2004esasp.549e..30b&link_type=abstract
Proceedings of MERIS User Workshop (ESA SP-549). 10-13 November 2003, ESA-ESRIN, Frascati, Italy. Editor: H. Lacoste. Published
Computer Science
Scientific paper
Optical properties of aerosols vary with regions and seasons. Thus, radiative transfer simulations, which are used for the atmospheric correction of remotely sensed imagery of ocean surfaces, have to be based on a regional aerosol climatology [1]. Furthermore data of aerosol optical properties is used also for the global radiative budget and aerosol pollution, caused by biomass burning such as forest fires and by traffic. Data from coastal regions are collected with high temporal frequency by ground-based measurements like the AERONET network of sun-photometers from NASA [2] or by hand-held radiometers as Simbada-LOA, University Lille [3, 4] but they contain only little spatial information. In contrast, ocean colour satellite sensors, as MERIS on Envisat, provide a high spatial information, but the data is limited generally to one sequence per day. Analysis and comparison of both data is presented.
Becu G.
Behnert I.
Deschamps Pierre-Yves
Doerffer Roland
Fomferra N.
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