Perspectives for directional spectra assimilation: Results from a study based on joint assimilation of CFOSAT synthetic wave spectra and observed SAR spectra from Sentinel-1A

With a low cut-off for the directional wave spectra CFOSAT will impact both mixed sea and swell. The complementary use of CFOSAT and SAR wave spectra will enhance the impact of the assimilation and therefore induce a more accurate sea state. The CFOSAT mission is on one hand a big challenge for oper...

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Main Authors: Aouf, L., Hauser, D., Tison, C., Mouche, A.
Format: Conference Proceeding
Language:English
Subjects:
assimilation
Atmospheric modeling
CFOSAT
forecast
Forecasting
Predictive models
SAR
Satellites
Sea surface
surface ocean wave model
surface ocean wave spectra
Surface waves
Synthetic aperture radar
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Hauser, D.
Tison, C.
Mouche, A.
description With a low cut-off for the directional wave spectra CFOSAT will impact both mixed sea and swell. The complementary use of CFOSAT and SAR wave spectra will enhance the impact of the assimilation and therefore induce a more accurate sea state. The CFOSAT mission is on one hand a big challenge for operational wave forecasting system, and on the other hand a good opportunity for wave modellers in order to improve the source and dissipation terms in the wave model.
doi_str_mv 10.1109/IGARSS.2016.7730520
format conference_proceeding
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subjects assimilation
Atmospheric modeling
CFOSAT
forecast
Forecasting
Predictive models
SAR
Satellites
Sea surface
surface ocean wave model
surface ocean wave spectra
Surface waves
Synthetic aperture radar
title Perspectives for directional spectra assimilation: Results from a study based on joint assimilation of CFOSAT synthetic wave spectra and observed SAR spectra from Sentinel-1A
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