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MyOcean In-situ TAC What data are available? Jerico Summer school Delft 17 June 2014 Thomas Hammarklint Email: [email protected]

DSD-NL 2014 - EU Data Landscape - 4. Jerico Summer school_myocean_2014-06-17

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Page 1: DSD-NL 2014 - EU Data Landscape - 4. Jerico Summer school_myocean_2014-06-17

MyOcean

In-situ TAC

What data are available?

Jerico Summer school Delft 17 June 2014

Thomas Hammarklint

Email: [email protected]

Page 2: DSD-NL 2014 - EU Data Landscape - 4. Jerico Summer school_myocean_2014-06-17

DBCP

E-Surfmar

Euro-Argo

EuroFleet

GROOM/EGO

MyOcean

SeaDataNet

EMODnet-PP

Jerico

HF-radar

VOS

GLOSS

Page 3: DSD-NL 2014 - EU Data Landscape - 4. Jerico Summer school_myocean_2014-06-17

1. Set up 7 Regional portals

▪ Define common vocabularies, formats, flag conventions, organization…

▪ Develop a reliable and sustainable architecture for in-situ data delivery

▪ Integrate Real Time data from Region partners and International networks

▪ Integrate the best dataset (1990-) possible for re-analysis purposes

2. Develop harmonized Quality Control and Validation procedures for

▪ Temperature & Salinity

▪ Sea Level & Current

▪ Biogeochemical data

3. Generate products for MFC according to their requirements

▪ Calibration/validation needs

Scope of work

April 2009 March 2015

MyOcean is a series of projects granted by the European Commission within the GMES/Copernicus Program (FP7), whose objective is to define and to set up a concerted and integrated pan-European capacity for ocean monitoring and forecasting

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Regional Components

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Common features in all regions

- In each component 4 functions are implemented:

1. Acquisition 2. Real Time Quality Control (RTQC) 3. Validation 4. Distribution - All regions apply the same portal structure and Quality Control procedures - The Validation of the products will be different in each region because it depends

▪ of the amount of data available in the regions ▪ the quality of the data available for Validation ▪ the oceanographic features of the area

Main architecture

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Acquire data Data Base

Validate Product Monthly

Flagged data

Real Time Quality Control Daily

Data to the users National data

Main architecture

Real-time and

delayed mode

Schematic data flow

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BOOS Data Portal

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BOOS Data Portal

BOOS Data Portal

ftp.boos.org

BOOS Oceanographic Stations

100 Tide Gauges (TG)

10 Moored Buoys (MB)

10 Fixed Platforms (FP)

4 Ferry-Box-lines (FB)

>100 Monitoring stations (CT)

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Code Meaning

0 No QC was performed

1 Good data

2 Probably good data

3 Bad data that are potentially correctable

4 Bad data

5 Value changed

6 Below detection limit

7 In excess of quoted value

8 Interpolated value

9 Missing value

A Incomplete information

All regions apply the same Real-Time Quality Control (RTQC)

procedures and Quality Flag convention (from SeaDataNet)

Codes marked in red are mandatory after the RTQC

It is the responsibility of the final users to read and use these flags

Quality control flags

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Metadata information – www.boos.org

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Moorings

/root

index_latest.txt

latest

monthly

Vessels

Drifters

One directory /day

One file/ day/platform

One directory / month

One file / month / platform

One directory /month

One file / month/platform

One directory / month

One file / month / platform

One directory /month

One file / month / platform

index_monthly.txt

myo_index_platform.txt

index_history.txt

history

Moorings

Vessels

Drifters

One file / year / platform / data type

One file / platform / data type

Profilers-Gliders

Profilers-Gliders

BOOS Data Portal structure

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Number of platforms available

March 2014 103 fixed stations available in real-time

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Historical data available in the BOOS Data Portal June 2014 Data set Time period # Provider Comment Swedish TS data 1990-2014 NRT 103 SMHI,SMF QCed data from NODC Danish TS data 1990-2010 432 DMU and other Through SDN and Web German TS data 1990-2013 138 BSH,IOW Through SDN Polish TS data BY NEGOTIATION IMWM,IOPAS “ Lithuanian TS data 2004-2009 19 EPA “ Latvian TS data 2005-2007 60 LHEI “ Estonian TS data 1992-2004 33 MSI “ Russian TS data SOON AVAILABLE RAS,RIHMI,RUMS “ Finnish TS data 1990-2008 (2013) 16 SYKE,FMI “ Swedish buoy data 2001-2013 9 SMHI QCed data from NODC German buoy data 1985-2013 7 BSH “ Danish buoy data 2001-2011 3 DMI Aggregated NRT data Finnish buoy data 2005-2012 1 FMI “ Swedish sea level 1990-2013 23 SMHI QCed data from NODC Danish sea level 1990-2013 30 DMI “ Sea level/other countries 2005-2013 50 BSH,IMWM,EPA,LEGMA,MSI,FMI,MSI,NWAHEM Aggregated NRT data Swedish Ferrybox 2009-2013 3 SMHI QCed data from NODC Finnish Ferrybox 1992-2008 1 SYKE “ (only water samples) Finnish Ferrybox 2009-2013 1 SYKE Aggregated NRT data Estonian Ferrybox 2008-2013 3 MSI “

Historical data sets

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Number Vessel Route Operator Production Unit

1 Silja Europa Tallinn-Helsinki MSI SMHI

2 Color Fantasy Oslo-Kiel NIVA

3 FinnMaid Helsinki-Lübeck-Gdynia-Helsinki SYKE SYKE

4 Lysbris Hamburg-Immingham-Halden NIVA/HZG

5 Silja Serenade Helsinki-Mariehamn-Stockholm SYKE

6 Stena Spirit Gdynia-Karlskrona IMWM-PIB

7 TransPaper Göteborg-Oulu-Kemi-Lübeck-Göteborg SMHI/SYKE SMHI

8 Victoria Tallinn-Mariehamn-Stockholm UT

9 FinnSea Århus-Turku-(Helsinki) SYKE

10 M/S Romantika Stockholm-Riga MSI SMHI

11 Bergensfjord Sandefjord-Strömstad NIVA

Ferryboxes in the Baltic Sea (June 2014)

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Data access

▪ MyOcean registration www.myocean.eu Will get access to Baltic data: ▪ FTP-box with nc-files ftp.boos.org Or… ▪ Web access to data and products www.emodnet-physics.eu

BOOS Data Portal

ftp.boos.org

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Exercise 1

Register as a new user on www.myocean.eu

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Exercise 2

Through the FAQ on www.myocean.eu, find out how to download data

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Exercise 3

Log in and browse the different products Download historical data from The tide gauge “Göteborg-Torshamnen”

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Exercise 4

What is the highest recorded sea level at Göteborg-Torshamnen ?

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Thanks for your attention!

[email protected]