Abstract

The papers of this special issue overview some of the scientific results of the second phase of development of the Mediterranean Forecasting System (MFS) realised during the EU project “Mediterranean ocean Forecasting System: Toward Environmental Predictions-MFSTEP” that started 1 March 2003 and ended in June 2006. The MFS oceanographic service that is now operational in the Mediterranean Sea was developed, implemented and quality assessed during MFSTEP. MFS is composed of: a) a near real time observing system with satellite and in situ elements; b) a numerical ocean forecasting system at basin scale, assimilating all data available in real time, and a set of limited area forecasting models in different sub-regional and shelf areas; c) biochemical models for algal biomass forecasting; d) a product dissemination system. Moreover, the products of MFS are used to develop downstream services, such as oil spill drift and dispersion, sediment transport in the coastal areas and fish stock assessment that demonstrate the value of the operational service for end-users. MFSTEP contained several phases of development and realised a demonstration exercise, the so-called Targeted Operational Period-TOP that started in September 2004 and ended in March 2005. During TOP all possible observing platforms were active, the numerical models were capable to assimilate the observations and the all models were running in forecast mode, from the basin scale to the shelf areas. The deployed observing and modelling components of MFS are now part of a sustained operational oceanographic service for the Mediterranean Sea, so-called Mediterranean Operational Oceanography Network (MOON, http: //www.moon-oceanforecasting.eu).

Highlights

  • The papers of this special issue overview some of the scientific results of the second phase of development of the Mediterranean Forecasting System (MFS) realised during the EU project “Mediterranean ocean Forecasting System: Toward Environmental Predictions-MFSTEP” that started 1 March 2003 and ended in June 2006

  • The analyses and forecasts can be used for management of emergencies at sea, for assessment of the state of the environment from pollution to fish stocks and integrated coastal zone management. In this issue we report of operational modelling of sediment transport in a northern Aegean Gulf (Krestenitis et al, 2007) and the hazard mapping for oil spill pollution (Pizzigalli and Rupolo, 2007)

  • All-purpose, high quality oceanographic information is nowadays delivered by the operational integrated system developed during MFSTEP

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Summary

Introduction

The papers of this special issue overview some of the scientific results of the second phase of development of the Mediterranean Forecasting System (MFS) realised during the EU project “Mediterranean ocean Forecasting System: Toward Environmental Predictions-MFSTEP” that started 1 March 2003 and ended in June 2006. The MFS oceanographic service that is operational in the Mediterranean Sea was developed, implemented and quality assessed during MFSTEP. MFS is composed of: a) a near real time observing system with satellite and in situ elements; b) a numerical ocean forecasting system at basin scale, assimilating all data available in real time, and a set of limited area forecasting models in different sub-regional and shelf areas; c) biochemical models for algal biomass forecasting; d) a product dissemination system. MFSTEP contained several phases of development and realised a demonstration exercise, the so-called Targeted Operational Period-TOP that started in September 2004 and ended in March 2005. The deployed observing and modelling components of MFS are part of a sustained operational oceanographic service for the Mediterranean Sea, so-called Mediterranean Operational Oceanography Network (MOON, http: //www.moon-oceanforecasting.eu)

The challenge of operational oceanography
MFSTEP results in synthesis
The real time observing system
The numerical ocean forecasting system and its atmospheric forcing
The ecosystem numerical modelling
The data dissemination and information system
The end-user applications and services
Conclusions
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