Deliverables

Deliverables

Deliverable NumberDeliverable Title
WP numberLead beneficiaryDue Date (project months)Deliverable report
D1.1Report on policies in foresight in OOWP1EMB9

D1.2Map of BioEco Observing networks/ capabilityWP1IOC/UNESCO12

D1.3Report of OBPS Community meetingWP1IEEE20
D1.4Report on European BioEco networksWP1IOC/UNESCO27

D1.5Marine Plastics EOV and common sampling protocolWP1IO PAN27
D1.6Maps and metrics on observing systems and metadataWP1IOC/UNESCO30
D1.7Report on the use of legal frameworks for OOSSWP1GEOMAR40
D1.8Final Report of EOOS Implementation PlanWP1EUROGOOS48
D1.9Report on gaps in the European Ocean Observing and Forecasting System
WP1GEOMAR50
D2.1Design of the OSSEs with multi-platform in situ data and impact on fine-scale structuresWP2CSIC12
D2.2Analysis of the physical and BGC design experimentsWP2MOI24
D2.3Analysis of the OSSEs with multi-platform in situ data and impact on fine-scale structuresWP2CSIC30
D2.4Development of targeted indicators and their uncertainties for demonstrators and ForecastsWP2ENS36
D3.1Data Management planWP3IFREMER6
D3.2Observing Networks initial AssessmentWP3GEOMAR12
D3.3New tide gauge data flow strategyWP3Puertos del Estado14
D3.4HF-Radar GovernanceWP329 – AZTI18
D3.5ASV-Network structure and roadmapWP3PLOCAN18
D3.6Sensor implementation on Eulerian Obs.WP3SU24
D3.7WP3 network harmonization recommendations WP3IFREMER30
D3.8EuroSea Strategic visionWP3SOCIB36
D3.9Glider network, European coordinationWP3CNRS36
D3.10Gliders metadataWP3WMO36
D3.11Eulerian Best PracticesWP3SU36
D3.12Eulerian metadata catalogueWP3SU36
D3.13EuroSea data handbookWP3IFREMER36
D3.14HF-Radar ToolsWP3AZTI38
D3.15Tide gauge metadata catalogueWP3MI42
D3.16Euro-Argo updated strategyWP3EURO-ARGO ERIC44
D3.17EuroSea data integrationWP3IFREMER44
D3.18Observing Networks final AssessmentWP3HCMR44
D3.19Omics community protocolsWP3SZN46
D4.1Design of experiments (global/IBI)WP4MOI24
D4.2Design of the glider assimilation experimentsWP4CMCC24
D4.3Derive observable ocean climate indicators from seasonal forecastWP4ECMWF24
D4.4Temperature and Salinity QCWP4UiB30
D4.5Synthesis of satellite validation results WP4CLS36
D4.6Skill assessment of ECV/EOV from seasonal forecastWP4ECMWF36
D4.7SOCAT Quality Control (QC) proceduresWP4UiB36
D4.8Assess impact of observationsWP4Puertos del Estado42
D4.9Intercomparison of glider assimilation in the different analysis and forecasting systemsWP4SOCIB42
D4.10Results of the BGC data assimilationWP4OGS42
D4.11Evaluation of Extreme Forecast Indices (WP5+6)WP4UNIBO42
D4.12GLODAP Quality Control (QC) proceduresWP4UiB48
D5.1Prototype sea level planning and scenario visualization toolWP5ARUP18
D5.2Mediterranean sea-level reconstruction spanning 1950-2017WP5UKRI24
D5.3CMEMS downscaled circulation operational forecast systemWP5CMCC24
D5.4CMEMS downscaled wave operational forecast systemWP5UPC24
D5.5Final version of the software running operationally for the demonstrationWP5Nologin24
D5.6Documentation associated to the capacity buildingWP5UKRI24
D5.7Automated tide gauge data quality control software and reportWP5UKRI34
D5.8Mediterranean trend and acceleration
sea-level esti-mates (reduced uncertainty,
recalculation toolbox)
WP5UKRI34
D5.9 Operational monitoring systems available at the three sitesWP5UKRI36
D5.10 Final report describing the demonstration and the user feedback at European sitesWP5Puertos del Estado45
D5.11Scientific model validation report during the demonstration periodWP5Puertos del Estado48
D6.1 Connections between “Extreme Marine Events” and Biological EOVs ReportWP6MI33
D6.2Demonstration of annual/quarterly assessments and description of the production systemWP6TalTech36
D6.3Best Practice on creating “Extreme Marine Events” Hazard maps & forecasts ReportWP6MI40
D6.4 Linking oceanographic products to fisheries adviceWP6CSIC48
D6.5Sustainability and Business Plan ReportWP6MI48
D6.6Assessment of the benefits of the BOOS-HELCOM
integrated system and recommendations for transfer this to other sea areas
WP6TalTech48
D6.7Real-time data to central server with display to stakeholdersWP6Aanderaa XYLEM48
D7.1Report on demo mission and dissemination pathways
of obtained data
WP7GEOMAR28
D7.2Development of BGC- Argo data quality validation based on
an integrative multi- platform approach
WP7GEOMAR32
D7.3Estimate of magnitude and drivers of regional carbon variability for both regionsWP7CNRS36
D7.4Skills of the user- relevant ocean indicatorsWP7ECMWF36
D7.5Economic benefit of regional ocean carbon uptakeWP7IFW40
D7.6Integration of in situ and satellite multi-platform data
(estimation of carbon flux for trop. Atlantic)
WP7SU40
D8.1 Communication PlanWP8EUROGOOS
RBINS
GEOMAR
4
D8.2Updated Dissemination and Exploitation planWP8EUROGOOS12
D8.3Lessons learnt on science-policy interfaces WP8EUROGOOS24
D8.4Project exploitation strategyWP8MI24
D8.5Lessons learnt from the EuroSea public engagement activitiesWP8SOCIB32
D8.6Report on economic value of ocean observationsWP8MI36
D8.7Lessons learnt on public-private interfacesWP8ISPRA40
D8.8Business plan for EuroSea demonstratorsWP8MI40
D8.9EuroSea recommendations on RRI in OOWP8SCIENCETHICS45
D8.10Best practice in the visualization of the ocean’s societal relevance and economic roleWP8SOCIB45
D8.11Recommendations on engaging with the next generation of stakeholdersWP8RBINS49
D8.12EuroSea Legacy ReportWP8EUROGOOS 49
D9.1 Action Progress Report #1WP9GEOMAR14
D9.2 Action Progress Report #2WP9GEOMAR30
D9.3Ocean Observing NeedsWP9GEOMAR44
D9.4Action Progress Report #3WP9GEOMAR48
D10.1NEC – Requirement No. 2WP10GEOMAR3
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