InterRisk Interoperable GMES Services for Environmental Risk Management

1. InterRisk Interoperable GMES Services for Environmental Risk Management in Marine and Coastal Areas of Europe ... with a view to Norwegian waters Coordinator: Prof. Stein Sandven

2. Outline • Overview of InterRisk project • Norwegian Service portal • Discussion, questions, feedback

3. Project objectives The overall objective is to develop a pilot system for interoperable GMES monitoring and forecastingservices for environmental risk and crisis management in marine and coastal areas. An open systemarchitecture will be designed based on established GIS and web services protocols, and implementedin a network of services (InterRisk services) for several European regional seas. The services will bebased on satellite data, in situ data and numerical models needed to monitor and forecast marineenvironmental crisis events. The network of interoperable services will be developed as a contributionto the implementation of GMES.

4. InterRisk Partners and Contact Points • Nansen Environmental and Remote Sensing Center (NERSC), NO: Stein.Sandven@nersc.no • University College Cork, Coastal and Marine Resources Centre (CMRC), IE: v.cummins@ucc.ie • SPACEBEL S.A./N.V. (SPB), BE: Yves.Coene@spacebel.be • Centre de Documentation, de Recherche et d'Expérimentations sur les Pollutions Accidentelles des Eaux (CEDRE), FR: Francois.Parthiot@cedre.fr • Plymouth Marine Laboratory (PML), UK: sbg@pml.ac.uk • GKSS-Forschungszentrum Geesthacht GmbH (GKSS), DE: Hajo.Krasemann@gkss.de • Norwegian Meteorological Institute (met.no), NO: bruce.hackett@met.no • Norwegian Institute for Water Research (NIVA), NO: kai.sorensen@niva.no • Institut Francais de Recherche pour l'Exploitation de la Mer (Ifremer), FR: Gilbert.Maudire@ifremer.fr • Marine Institute (MI), IE: trevor.alcorn@marine.ie • Universita' del Piemonte Orientale (UNIPO), IT: trivero@unipmn.it • Institut fuer Neuroinformatik, Ruhr-Universitaet, Bochum (INI), DE: Andrey.Bogdanov@neuroinformatik.ruhr-uni-bochum.de • OPTIMARE Sensorsysteme AG (Optimare), DE: nils.robbe@optimare.de • Institute of Oceanology, Polish Academy of Sciences (IOPAN), PL: piechura@iopan.gda.pl • Innova Consorzio per L’Informatica e la Telematica (INNOVA), IT: tataranni@consorzio-innova.it

5. InterRisk System Environment • Open system architecture where components can be ”plugged” in • Data servers (OGC WMS, WFS and WCS; OPeNDAP) • GIS clients (OGC WxS clients, JavaScript, Java) • Metadata catalogues (OGC CSW) • and more... • Supported by operational ESA infrastructure • ESA’s SSE Portal: http://services.eoportal.org • Based on established and new web and GIS standards • All data accessible through your web browser

6. Capabilities of web GIS technologies Web Portal Enables access to the defined demonstration areas: 1. North Sea / Skagerrak 2. Coast of Germany 3. Coast of France 4. Coast of Italy 5. Western English Channel 6. South-Western Ireland through pre-defined user profiles, which can be bookmarked

7. WP410 Norwegian Harmful Algal Bloom (NORHAB) Service WP430 MODIS FTP Archive ESA PAFs & Rolling Archive WP510 NERSC MODIS Processor NERSC MERIS Processor NIVA Ferrybox Processor met.no Ecosys & Metocean Forecast Processor NERSC Metadata Catalog met.no Metadata Catalog NERSC WMS/WCS/OD Servers NIVA WMS/WFS Server met.no WMS/WCS/OD Servers NIVA Metadata Catalog NORHAB Portal (DISPRO-based) InterRisk Services Web GIS Client Web Catalog Front-End InterRisk SSE Portal End-User

8. NORHAB Service Users • Institute of Marine Research (IMR), Bergen – fisheries research • Norwegian State Pollution Control Authority (SFT) – impacts of pollution • Norwegian Directorate of Fisheries, Bergen • Norwegian Directorate of Fisheries - Region south, Kråkerøy • The Norwegian Food Safety Authority • …more • Status: All have been contacted informally. Formal use case requirements outstanding

9. Models Weather Waves Ocean ecosys Processing chain for met.no NORHAB service component Operational observation system Operational forecast system Operationalforecastdatabase Obsdatabase NRT obs Data Integrator Subset forecastdatabase[netCDF] Subset forecastdatabase[felt] Subset obsdatabase Metadata Generator felt2ncconversion met.no Node WCS / OD THREDDS met.no Node WMS (UMN MapServer) met.noMetadata Catalog

10. NORHAB basic services – met.no • Ocean ecosystem forecast data repository ready. • MetOcean forecast data repository ready. • Metadata production and repository development on hold. • WMS server (UMN MapServer) running at http://wms.met.no/interrisk. • WCS and OPeNDAP server (THREDDS) under testing.

11. Processing chain for the NERSC NORHAB service component ESA MERIS Rolling Archive NASA MODIS SST ftp site MERIS Level 2 data Automatic downloading Automatic downloading Map projection Generate mosaics&means AOI extraction Map projection Parameter calculation Generate daily mosaics, 7-day & 1-month means MODIS SST daily, 7-day MERIS Chl-a, (YS and TSM) Metadata Generator Data Integrator Metadata Catalog (geonetwork) NERSC Node WMS / WCS (UMN MapServer)

12. NORHAB basic services - NERSC • ESA MERIS Chl-a data repository ready • NASA MODIS SST data repository ready • Metadata production and repository under testing • WMS server (UMN MapServer) running at … • WCS server (UMN MapServer) for satellite image data under implementation. • WCS and OPeNDAP server (THREDDS) for Ocean forecast data under development.

13. Processing chain for the NIVA NORHAB service component Ferrybox Ferrybox Water samples Algae analysis Ferrybox HAB Evaluation Auto QA Chemical analysis Ferrybox RT Database Laboratory Database HAB Warnings Data Admin & QA module Data Integrator & MAP Server Metadata Generator NIVA Node WMS / WFS (ArcGIS / UMN MapServer) Metadata Catalog

14. NORHAB basic services – NIVA • FerryBox data repository ready • MetOcean forecast data repository ready • Metadata production and repository development … • WMS server (ArcGIS) running at http://... • WFS server (UMN MapServer) under development.

15. MERIS Chl (Algal-1) and Ferrybox (Chl-fluor)

16. MERIS Chl (Algal-2) and Ferrybox (Chl-fluor)

17. MERIS TSM and Ferrybox (turbidity)

18. WP410 Norwegian Oilspill monitoring and forecasting (NOROIL) Service WP430 ESA PAFs & Rolling Archive WP510 NERSC ASAR Processor met.no Oil & Metocean Forecast Processor NERSC Metadata Catalog Other data met.no Metadata Catalog NERSC WMS/WCS/OD Server met.no WMS/WCS/OD Server User request NOROIL Portal (DISPRO-based) InterRisk Services Web GIS Client Web Catalog Front-End InterRisk SSE Portal End-User

19. NOROIL Service Users • Norwegian Coastal Administration (KV) – oil spill response agency • Norwegian Clean Seas Association of Offshore Operators (NOFO) – industry organization for oil spill preparedness • Norwegian State Pollution Control Authority (SFT) – impacts of pollution • Status: All have been contacted informally. Formal use case requirements outstanding.

20. NOROIL basic services – met.no • Oil spill forecast data repository ready. • MetOcean forecast data repository ready. • Similar to NORHAB • Metadata production and repository development on hold. • WMS server (UMN MapServer) running at http://kilden.met.no/ (password required). • InterRisk user established

21. NOROIL basic services - NERSC • ESA ASAR data repository ready. • NCEP GFS data repository ready. • Wind data production and repository ready. • Metadata production and repository under testing. • WMS server (UMN MapServer) running at … • WCS server (UMN MapServer) for satellite image data under implementation.

22. NORHAB / NOROIL portal • Test installation at NERSC • Based on DISPRO client

23. Discussion What are the key tasks you want to perform ? What data are needed? What processing must be done? What is the desired output?