Work package 10
Participants: MHI, IOBAS, NIMRD, NMA, IMS; UOP, HRMC, INGV,
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Work package number |
WP10 |
Start date or starting event: |
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Work package title |
Black Sea MFC |
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Activity Type1 |
MGT |
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Participant number |
1 (M-O) |
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NIMRD |
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Person-months per participant: |
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5 |
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Objectives •
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Description of work (possibly broken down into tasks), and role of participants WP10.1.
Coordination (MHI) Management of the work
package activity and participate in general project development, ensure links
with other WP’s. Secure that the objectives and deliverables are
achieved in time and with high quality. Providing in time deliver management
reports and cost statements. WP10.2. R&D INGV
–task leader (MHI, IMS) Improvement
of data assimilation schemes, introduction of ensemble model forecast with
evaluation of its statistical significance, improvement biogeochemical
forecasts WP10.3.
Development and maintenance IOBAS-task leader (MHI, IMS, INGV, HCMR, NIMRD,
OGS) Improvement and harmonizing of the real-time data flow, installing of the oil-spill prediction component, installing improved bio-optical model, maintenance of the real-time functioning of the system, installing a GIS based visualisation service, developing of an on-line validation component WP10.4.
Production MH-task leader, (IMS, INGV, UOP,MERCATOR) Provision of the real-time nowcast and forecast of the geophysical, biophysical and
biogeochemical state variables. Establishing and provision of the products and
services for end-users based on the geophysical, biophysical and biogeochemical state variables nowcast
and forecast. Support of the user-friendly interface for presentation of the
system products. Provision of initial and boundary conditions to the coastal
systems. Integration of the Black Sea MFC to the European MCS. WP10.5. CalVal-Quality UOP-task leader (MHI, INGV, HCMR,
MERCATOR) Improvement of the
real-time observing system for the on-line validation of the geophysical, biophysical and
biogeochemical state variables produced by the operational models. Perfection
of the on-line validation of the geophysical,
biophysical and biogeochemical state variables. Installation of the on-line
validation of the end-user products. Establishing end-user feedbacks for
evaluation of the products quality. |
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Deliverables (brief description and month of delivery) D.10.1.1. Overall assessment of the Black Sea MFC functioning (M32) D.10.1.2. Final report of the Black Sea MFC activity (M36) D10.2.1. Improvement of the ecosystem forecast (M9) D10.2.2. Improvement of the data assimilation procedure (M12) D10.2.3. Installation of POM for the ensemble model forecast (M14) D10.2.4. Increase of the spatial resolution of forecast (M16) D10.2.5. Installation of imagery assimilation (M19) D10.2.6. Installation of free-floating buoy data assimilation (M24) D10.3.1. Real-time data flow of the extended
D10.3.2. Installation of the improved regional bio-optical model (M10) D10.3.3. Installation of on-line validation component (M11) D10.3.4. Installation of the oil-spill prediction component (M12) D10.3.5. Installation of the GIS visualization service (M14) D10.4.1. Real-time prediction of SST, SSS, SSC and wave dynamics and its provision for end-users (M1) D10.4.2. Real-time prediction of the 3D fields (M6) D10.4.3. Provision of initial and boundary conditions for the coastal systems (M7) D10.4.4. Establishing of the improved product list for end – users (M9) D10.4.5 Establishing of the real-time data flow to the European MCS (M11) D10.4.6. Real-time provision of improved product list for end-users (M16) D10.5.1. Development of the improved observing system for on-line product validation (M10) D10.5.2. Improved on-line validation system for the validation of state variables (M12) D10.5.3. On-line validation of the end-user products (M15) D10.5.4. Evaluation of the product quality
by end-users (M20) |