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The Baltic Sea Monitoring and Forecasting Centre in MyOcean. Presentation by: Frank Jannsen Priidik Lagemaa. MyOcean What it is all about. MyOcean: a service, a team, a project. MyOcean is a SERVICE The main component of the « GMES » Marine Service
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The Baltic Sea Monitoring and Forecasting Centre inMyOcean Presentation by: Frank Jannsen Priidik Lagemaa
MyOcean: a service, a team, a project • MyOcean is a SERVICE • The main component of the « GMES » Marine Service • Global & Regional Ocean monitoring and forecasting • Information based on Data Combination and assimilative Models • Currents, Temperature, Salinity, Sea level, Ice, …. • GMES Marine Service • MyOcean is a TEAM of European partners • 61 partners out of 29 countries ; ~450 people involved • 20 core partners committed for operations; european best monitoring and forecasting systems • Pan-European team • MyOcean is a PROJECT • An EC/FP7 project, the GMES « Marine Fast Track » project • 3 years ; has started on 1st April 2009, will end 31 March 2012 • Budget 18 M€/year, with 11 M€/year EC funding • 2009 – 2010 – 2011 – 2012
The Production Units 5 Thematic Assembly Centres 7 Monitoring and Forecasting Centres Models Observations Service Desk Global Ocean Sea Level Arctic Ocean Ocean Color Baltic Sea Sea Surface Temp. Atlantic NWS Sea Ice & Wind Atlantic IBI In Situ Mediterranean Sea Black Sea
Baltic Sea MFC: The partners • Baltic Sea Marine Forecasting Center (MFC) – WP6 partners FMI (Finland) SMHI (Sweden) MSI (Estonia) DMI (Denmark) BSH (Germany)
Baltic Sea MFC: Model development Goal: Integrate existing operational Baltic Sea models into one operational forecasting system: HIROMB-BOOS-Model HBM HBM V2 HBM V1 FMI & MSI HBM V0 Time DMI- BSHcmod at DMI HIROMB at SMHI 2001 1995 BSHcmod at BSH
Baltic Sea MFC: The HBM physical model HBM V1 Currently running at SMHI, DMI, BSH. (FMI to follow.) 2 daily 60 hour forecasts(00Z and 12Z). 3 nautical milehorizontal grid, 17 vertical output levels (V1). (DMI and BSH run high resolution nested grids in the Danish Straits and German Bight.) Output Parameters – sea level, ice cover, ice thickness,current (u, v), salinity, temperature. Data assimilation (SMHI & DMI) – SST, sea ice, salt and temperaturefrom IceMap, satellite, ferrybox and buoys. Output to 3nm grid in NetCDFformat.
Baltic Sea MFC: The HBM biochemical models HBM V1 Coupled to biogeochemical model: HBM-ERGOM (DMI) HIROMB-SCOBI (SMHI) V1 Operational since June 1st 2011 20 year reanalysis, HBM V2 since December 15th 2011
Sea level • Sea level at 58 coastal stations (BOOS stations) • General Taylor diagram
Results from the Baltic MFC • Monthly mean SST in June 2007: • model results from BSH, SMHI and DMI • ensemble mean and spreading
Results from the Baltic MFC • Ice concentration in March 2007: • model results from BSH, SMHI and DMI • observations from FMI
Results from the Baltic MFC • Monthly mean surface currents in September 2007: • model results from BSH, SMHI and DMI
Results from the Baltic MFC Time/depth profiles for 2007-2008 at BMP-K2: Chl-a, DO, NO3, PO model results from DMI
The Baltic MFCPhysical Product • 60h-forecast twice a day providing • hourly values of • northward current • eastward current • sea surface elevation • pot. temperature • salinity • sea ice cover • sea ice thickness
The Baltic MFC Ecological Product • 60h-forecast twice a day providing • hourly values of • nitrate • phosphate • dissolved oxygen • chlorophyll-a
The future of MyOcean and the Baltic MFC MyOcean-2: EU-Project, 30 month, 4/2012-10/2014 continuation of MyOcean-1 same partners, at least for Baltic MFC ECOMF: European Centre for Ocean Monitoring and Forecasting preliminary planing 1st meeting in July 2011
Project contact point:contact@myocean.eu.orgwww.myocean.eu.orgBaltic MFC contact point:vibeke.huess@dmi.dk