Marine Core Service MY OCEAN WP 09 Monitoring & Forecasting Centre for Mediterranean sea Marina...

MarineCore

Service

MY OCEAN

WP 09Monitoring & Forecasting Centre

for Mediterranean sea

Marina Tonani-WP9 Leader

Marine Core Service

MyOcean : Second Annual Meeting / 27-28 April 2011 / Roma

INGV

16 partners9 countries

[email protected]

Reminder - Partnership

Marine Core Service


Reminder - Objectives for R&D

Main objective was

Main issues

INGV,USAM,OGSHCMRMERCATOR

SpecifyDesignDevelop

the Mediterranean systemV0-V1-V2

Med-MFC-currents

Med-MFC-biogeochemistry

Med-MFC-biogeochemistry

Backup system at HCMRWave-currents interactions upgrades in NEMO (HCMR-INGV)Atmospheric pressure term in NEMO (INGV)Tools for the production of re-analisys (INGV)DEMO-High resolution atmospheric forcing (INGV-USAM)DEMO-Super-ensemble method (MERCATOR-INGV-HCMR)

Med-MFC-currents

Higher frequency of the production of the forecast (OGS)Data assimilation of biogeochemical data (OGS-INGV)

Marine Core Service


R&D : main achievements

Main achievements are Med-currents: first step of wave-current interaction (introduction of the roughness

in the computation of the wind stress drag coeff.) developed and tested (Operational V1)

Development of re-analysis tool (Ongoing production for V2 release) Back-up system for Med-currents (Operational in V1) Initialization of the Med-currents V1 system from climatology starting from year

1997 (V1 system) Med-biogeochemistry off-line coupled with Med-currents V1 (V0 was off-line

coupled in the “before MyO” Med-currents system not into Med-currents V0) (Operational in V1)

Med-biogeochemistry with new BC (rivers, atmosphere and light extinction factor) and Phosphorous co-limitation parameterization (Operational in V1)

Increase in the production frequency for Med-biogeochemistry, from weekly to bi-weekly (Operational in V1)

Development and test of atm. pressure term in NEMO code (Operational V2) Development of Chl data assimilation in Med-biogeochemistry (Operational in V2) Med-currents: second step of wave-current interaction (insertion of theCoriolis-

Stokes term in the P.E. of NEMO) preliminary studies and results

Marine Core Service


R&D : main achievements

Remaining activities (in progress) Med-currents: second step of wave-current interaction (insertion

of theCoriolis- Stokes term in the P.E. of NEMO P.E.) full development

Med-biogeochemistry: data assimilation of Chl fully tested Med-currents DEMO: Super-ensemble method for melding of

three basin scale forecasting systems, Krishnamurti approach experiments and assessment of the results

Med-currents DEMO: high resolution atmospheric forcing experiments and assessment of the results

Marine Core Service


Reminder - Objectives for Dev. & Maintenance

INGV,USAM,OGSHCMR

Objectives Carry out the Implementation Phase for the Med-MFC and

develop Initial Operational Procedures, IOP

Steps Development and maintainment of HW and SW infrastructures for

production Overall production and service monitoring and reporting Upgrading capabilities Upgrade, deliver and validate in operational mode the V1-V2

systems following WP2 and Cal/Val protocols

Marine Core Service


Dev. & Maint. : main achievements Main achievements are

Med-currents and Med-biogeochemistry V1 system with all the WP2-WP16-WP17 required functionalities implemented on time

Implementation of all the components needed for the back-up system (in particular: establishment of a connection from INGV-nominal system to HCMR-back-up system for the daily delivery of the I.C.)

Med-biogoechemistry off line coupled with Med-currents: operational transition from “before MyO” to MyO V1 physical forcing

Transition from V0 to V1 for SST-TAC and INS-TAC products (now Med-MFC is connected to the Med-portal)

ALL the Dev. & Maint. operation have been performed in agreement with the PC protocols defined in the delivered documentation for V1 and following the MyOcean requirements

Main difficulties Adaptation to the MyOcean standard and procedure. Production of all the

required documentation Remaining tasks

Transition from Vo to V1 for SLA products from SL-TAC V2 implementation

Marine Core Service


Reminder - Objectives for Production

Objectives

MFC-CURRENT

Analysis & Forecast

V0 V1 V2

Potential Temperature X X X

Salinity X X X

Currents X X X

Sea Level X X X

Forecast V0 V1 V2

Chl-a X X X

Nitrate X X

Phosphate X X

Phytoplancton biomass X

Dissolved Oxigen X

Primary Production X

MFC-BIOGEOCHEMISTRY Products*

Ensure production & archiving

Med-MFC-current & biogeochemistry productsCal/val productsRe-analysis of Med-MFC-current & biogeochemistry

Following WP2-WP16 service protocols for V0-V1-V2

INGV,USAM,OGSHCMR

* daily and bi-weekly production respectively for Med-currents and Med-biogeochemistry

Marine Core Service


Production : main achievements

Main achievements are Dissemination of all the due products for V1 via MIS-GateWay and for

Med-currents via FTP (on demand) Standard names for the netCDF files following the recommendation of

MyOcean and harmonization of the nomenclature between Med-currents and Med-biogeochemistry

Med-biogeochemistry: addition of nutrients fields to the pool of products Statistics of users in V0 and V1 (see WP17 presentation for details) Set-up of a PC Service Desk: connection point with all the DU/PU and with

the Central Service Desk. Incident, RFC and notification procedure in place Back-up system in terms of PU and DU Delivery of Specific Core Products to EEA: SST forecast maps MIS-GW delivery system performance tests

Remaining objectives V1 stream 2 update of the system (e.g. addition of “DirectGetFile”

functionality in MIS-GW) V2 products and integration

Marine Core Service


ObjectivesDevelop a network-based validation system for Med-MFC

products using local data sets and/or other existing models Steps

ftp network to collect every week all the obs and model data at INGV software developed ad-hoc for obs and model data intercomparison

and visualization. This SW should be shared with all the CalVal partners and if possible interfaced with MyOcean Cal/Val system

Data policy is established by MOON-DEA and MyO for both observational and model data in order to involve all the MOON partners

Issues Q/C for observations to be used in Cal/Val Connection with WP15 Format of Cal/Val data (obs & model)

Reminder - Objectives for Cal / ValCNR.ISPRA,OGS,INGV

CSIC, PUERTOS

IOLRHCMR, NKUA

IFREMER

NIB

OC-UCY

UMT-IOI-POU

IMS-METU CNR.ISPRA,OGS,INGVIMS-METU

Marine Core Service


Cal/Val : main achievements

Main achievements are NRT CalVal network established. NRT diagnostic (Med-currents analysis

and forecast vs. moored buoys and satellite SST) available on the web (http://gnoo.bo.ingv.it/myocean/calval ), weekly update

NRT Chl evaluation for Med-biogeochemistry available on the web (http://gnoo.bo.ingv.it/myocean/calval/bgc/), weekly update

Long time series evaluation for Med-currents (http://gnoo.bo.ingv.it/mfs/myocean/evaluation.html), weekly update

Multi-annual qualitative comparison, spatial aggregated and temporal aggregated statistis for Med-biogeochemistry

NRT model intercomparison at moored buoy location between Med-currents and some of the MOON nested sub-regional and coastal forecasting systems. Definition of format and protocol of data exchange, development of the SW for the statistics and visualization, preliminary results available on the web (http://gnoo.bo.ingv.it/myocean/calval )

Marine Core Service


Cal/Val : main achievements

Main difficulties Collection and management of needed information Data exchange format and structure of the database Comparison between model and tide-gauge

Remaining tasks technical task : additional functionalities in the SW inter-comparison with ALL the MOON nested forecasting systems MyOcean cross-cutting CalVal activities

Marine Core Service


Main Challenges

Scientific Challenges Med-MFC-biogeochemistry data assimilation Current-wave interactions development: impact of waves on

ocean circulation

Technical Challenges Synchronization of the production among the different PUs

Operational Challenges Provide the service on-time. Compliance with MyOcean protocols

Ultimate Challenges High quality forecast capability

Marine Core Service


Future Challenges

Scientific Challenges– Evaluation and assessment of V2 versus V1 system– Assessment of the Cal/Val network information

Technical Challenges– Further integration into the MyOcean system of systems– Delivery mechanism fully tested and assessed

Operational Challenges– Fulfillment of the user needs– Cross-cutting CalVal activities in place– More flexibility of the Catalog

Main Risks Many goals to be achieved in short time

Marine Core Service


Past (event, work or tasks achieved) :– May 2010: CIESM 39th Congress– December 2010: MyOcean Science days– December 2010: V1 stream 1– March 2011: MyOcean Med Workshop joint with MOON Annual

Assembly– Meetings and videoconf: Internal and with TAC’s

Future :– June 2011 ESF-MedClivar Conference – September 2011 : V2 system in pre-operational– December 2011 : V2

Calendar

Marine Core Service


WP 11EXPENSES

Actual(March2010)

Variance versus Budget Comments

K€ K€ %

Coordination + 5 + 10% More…

R&D - 10 - 2% Less…

Dev/Maint.

Production

Cal/Val

WP

Coordination

1st reporting period : Budget

Figures will be provided by PMO

as soon as your partners have

finished reporting and will be

added to your presentation.

Be ready to give short

explanations on main deviances

during your presentation...

We are talking about estimated

budget (best estimates) !

~ 2 mn

Marine Core Service


Some illustrations…

Thanks to Claudia Cesarini (clu) for filming

Marine Core Service MY OCEAN WP 09 Monitoring & Forecasting Centre for Mediterranean sea Marina...

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Transcript of Marine Core Service MY OCEAN WP 09 Monitoring & Forecasting Centre for Mediterranean sea Marina...