Applications
Satellite SST measurements are used in many applications as they provide a synoptic view
of the dynamic thermal character of the ocean surface. Measurements are fundamentally important to agencies
and institutions tasked with the study of climate variability, operational weather and ocean forecasting,
military operations, validation and forcing of ocean and atmospheric models, ecosystem assessment, tourismand, fisheries research, amongst many others.
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Modern Ocean Forecasting systems provide a full 4-dimensional decription of the
ocean at various vertical and horizontal spatial resolutions. SST data are used as a boundary conditions and in data assimilation schemes
within these model systems.
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There is a great deal of R&D taking place by groups both using and producing
satellite SST maps. Understanding the impact of diurnal variability and the difference between SSTskin and SSTdepth are key
issues for the GHRSST-PP.
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Numerical Weather Prediction Systems require SST as a bottom boundary condition
and can, in certain cases, have an impartant impact on the forecasts e.g., fog formation, cyclogenisis, hurricane
intensity and storm track forecast, air-sea flux calculations.
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Accurate maps of SST are arguably one of the best climate indicators in their own right. Statistical Seasonal forecasts are based predictors derived from
tropical Atlantic and Tropical Pacific SST indeces and an accurate time-series of SST is
required to initialise dynamical seasonal forecasts using coupled ocean-atmosphere seasonal prediction models.
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What's the temperature of the sea going to be on the beach at your holiday
destination? Find out today using GHRSST-PP data products!
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There are several SST analysis systems running within the framework of
GHRSST-PP providing daily L4 gridded data products.
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