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JERICO WP2 Strengthening regional and trans-regional activities

JERICO WP2 Strengthening regional and trans-regional activities. Henning Wehde Institute of Marine Research. Jerico WP2 Strengthening regional and trans-regional activities. WP 2 Regional activities Objectives. Make an inventory of existing coastal observing systems

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JERICO WP2 Strengthening regional and trans-regional activities

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  1. JERICO WP2Strengthening regional and trans-regional activities Henning Wehde Institute of Marine Research PARIS – Maison de la recherche - 24 & 25 May 2011

  2. Jerico WP2Strengthening regional and trans-regional activities

  3. WP 2 Regional activities Objectives • Make an inventory of existing coastal observing systems • To identify data to be used for demonstration, for inter-calibration (WP4) and data collection in servers (WP5)

  4. WP 2 Regional activities Objectives • To identify main gaps between accessible observations and data needs and address how to fill these gaps at the regional level (link with WP9) • To demonstrate the feasibility of joint transregional product production PARIS – Maison de la recherche - 24 & 25 May 2011

  5. WP 2 Regional activities Partners in WP2 • Arctic ROOS IMR • BOOS SMHI • NOOS Deltares and IMR • IBI ROOS IH and AZTI • MOON INGV • Black Sea IO-BAS • Meetings: • organised around the GA • at Annual meetings of the Rooses • attached to common conferences • EuroGOOS conference would be an excellent opportunity

  6. WP 2 structure • 7 partners, 2 tasks, 5 deliverables • Task 2.1: State of the Art in Coastal observing systems • Henning Wehde – IMR, SMHI, Deltares ,IH, AZTI, INGV, IO-BAS • Task 2.2 Cross regional integration and demonstration • Chantal Donnelly - SMHI, IMR,Deltares ,IH, AZTI, INGV, IO-BAS

  7. Deliverables: • D2.1 (12) Report on existing observation network from all ROOSs • D2.2 (12) Report on recommendations for future research and developments for filling gaps in all ROOSs • D2.3 (18) Integrated Pan European Atlas/first report on Coastal Observing systems • D2.4 (24) Demonstration of the feasibility of joint trans-regional product production Transports; E-HYPE • D2.5 (48) update at the end of the project PARIS – Maison de la recherche - 24 & 25 May 2011

  8. Task 2.1 State of the Art in Coastal observing systems • In each of the European regions: • Adress the state of the Art in terms of coastal observing systems • contributing to an overall atlas of the European coastal observing systems • Based on f.e. Edios, Seprise, EEA Insitu data requirements

  9. Task 2.1 State of the Art in Coastal observing systems • Review of ongoing and planned programmes and projects collecting in situ data • Establishment of an inventory of existing observing systems, with special focus on up till now not sufficiently considered biochemical parameters, terms for data accessibility, administrative and legal barriers • Identify data and make data available on servers  WP5

  10. Task 2.1 State of the Art in Coastal observing systems • Identification of the main gaps between accessible observations and data needs, define priorities • Identification of methodological/technical gaps (discussion to conduct with WP3) • Development of recommendations on how to fill these gaps at the regional and at the technological level PARIS – Maison de la recherche - 24 & 25 May 2011

  11. Task 2.2 Cross regional integration and demonstration • S2.2.1 Demonstration of pan-European transport product • Exploring/inventory of observations on fluxes in the different areas • Define operational products based on this and connect to operational users • S.2.2.2 E-HYPE European Hydrological Predictions for the Environment • Access to water discharge and nutrient transport from main rivers and diffuse outlets on a daily timescale and at a high spatial resolution.

  12. Task 2.2.1 Cross regional integration and demonstration • Transport • Model products existing (i.e.NOOS) • Exploring observations for an observational based Pan-European product • Users that are foreseen: • science related to ecosystem approach • OSPAR; MSFD,... • National requirements and authorities, Example NOOS fluxes model product

  13. Task 2.2.2 Cross regional integration and demonstration • E-HYPE • New, daily output, hydrological model based on widely accepted hydrological concepts (SMHI/HBV) • Integrated modules for nutrient and conservative tracers • Wide range of parameters modelled (runoff, soilmoisture, snowdepth, groundwaterlevel, N, P, O18 ) • Model already used at local, regional and pan-European scale for research purposes • E-HYPE for Swedish rivers (> 17 000 basins) has already been set-up, calibrated and placed into production at SMHI • Introduces the ability to model very large regions at high resolution simultaneously

  14. Task 2.2.2 Cross regional integration and demonstration • Aim for new obs data from all regions • New obtained data from JERICO will be used for : • Assimilation • Calibration • Validation • Hindcast, real time and forecast • Daily volume and nutrient fluxes will be provided (available from 1990 til real time) • Optional: Sensitivity studies with coastal models available from the partners are subject for discussion PARIS – Maison de la recherche - 24 & 25 May 2011

  15. Thanks for your attention PARIS – Maison de la recherche - 24 & 25 May 2011

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