This study presents the upgrade of the Optimal Interpolation scheme used in the basin scale assimilation scheme of the Mediterranean Forecasting System . The modifications include a daily analysis cycle, the assimilation of ARGO float profiles, the implementation of the geostrophic balance in the background error covariance matrix and the initialisation of the analyses. A series of numerical experiments showed that each modification had a positive impact on the accuracy of the analyses: The daily cycle improved the representation of the processes with a relatively high temporal variability, the assimilation of ARGO floats profiles significantly improved the salinity analyses quality, the geostrophically balanced background error covariances...
International audienceIn this paper, the impact of assimilating Temperature (T) and Salinity (S) pro...
Temperature and salinity sampling strategies are studied and compared by means of the Observing Syst...
International audienceThe impact of Argo float trajectory assimilation on the quality of ocean analy...
International audienceThis study presents the upgrade of the Optimal Interpolation scheme used in th...
This study presents the upgrade of the Optimal Interpolation scheme used in the basin scale assimil...
Abstract. This study presents the upgrade of the Optimal Interpolation scheme used in the basin scal...
International audienceThis paper describes the operational implementation of the data assimilation s...
The impact of ARGO float trajectory assimilation on the quality of ocean analyses is studied by mean...
Abstract. This paper describes the operational implementa-tion of the data assimilation scheme for t...
The assimilation of satellite and in situ in the Mediterranean forecast system is based on an optima...
The Mediterranean Forecasting System (MFS) is a numerical ocean prediction system that produces ana...
Abstract In this paper results from the application of an ocean data assimilation (OD...
International audienceIn this paper, the impact of assimilating Temperature (T) and Salinity (S) pro...
Temperature and salinity sampling strategies are studied and compared by means of the Observing Syst...
International audienceThe impact of Argo float trajectory assimilation on the quality of ocean analy...
International audienceThis study presents the upgrade of the Optimal Interpolation scheme used in th...
This study presents the upgrade of the Optimal Interpolation scheme used in the basin scale assimil...
Abstract. This study presents the upgrade of the Optimal Interpolation scheme used in the basin scal...
International audienceThis paper describes the operational implementation of the data assimilation s...
The impact of ARGO float trajectory assimilation on the quality of ocean analyses is studied by mean...
Abstract. This paper describes the operational implementa-tion of the data assimilation scheme for t...
The assimilation of satellite and in situ in the Mediterranean forecast system is based on an optima...
The Mediterranean Forecasting System (MFS) is a numerical ocean prediction system that produces ana...
Abstract In this paper results from the application of an ocean data assimilation (OD...
International audienceIn this paper, the impact of assimilating Temperature (T) and Salinity (S) pro...
Temperature and salinity sampling strategies are studied and compared by means of the Observing Syst...
International audienceThe impact of Argo float trajectory assimilation on the quality of ocean analy...