EMODnet Physics EASME/EMFF/2016/006 - Operation, development and - - PowerPoint PPT Presentation

EMODnet Physics

EASME/EMFF/2016/006 - Operation, development and maintenance of a European Marine Observation and Data Network EASME/EMFF/2016/1.3.1.2 – Lot 3/SI2.749411

Antonio Novellino

• Brief background overview
• Tools and services to users
• Tools and services to the providers
• What’s next

Outline

• Long term data initiative from the European

Commission Directorate-General for Maritime Affairs and Fisheries (DG MARE)

• Collect marine data once, use it many times
• Data infrastructure is developed through a stepwise

approach in three major phases

• Consists of:
• 7 thematic portals
• Data Ingestion and Safe Keeping
• 6 check points
• Central portal + Secretariat
• 160 organizations assembling marine data,

products and metadata

What’s that?

European Marine Observation and Data network

Bathymetry Geology Seabed habitats Chemistry Biology Physics Human activities

Minimum cell water depth Maximum cell water depth Average cell water depth Standard deviation

• f cell water depth

Number of values used for interpolation of cell water depth Horizontal coordinate reference system Depth reference system Lowest Astronomical Tide Seabed substrate Sediment accumulation rate Sea-floor geology Seabed lithology Stratigraphy Coastline migration Aggregate resources Geological events Depth Seabed substrate Energy at seabed (waves & current) Salinity Temperature Light at seabed Oxygen at seabed DDT PCB TBT TPT Oxytetracycline Mercury Cadium Lead Anthracene Fluoroanthene Cs137 Pu239 Nitrogen (Din, TN) Phosphorus (DIP,

TP)

pH pCO2 alkalinity O2 CO2 Polyethylene Polypropylene Chlorophyll Silicates Organic Matter Biomass Abundance Gridded Abundance (DIVA) species groups phytoplankton zooplankton angiosperms macro-algae invertebrate bottom fauna birds mammals reptiles Fish Waves Water temperature Water salinity/conductivity /density Currents Light attenuation/ fluorescence Sea level Atmospheric parameters Wind Underwater noise River Ice Aggregate Extraction Dredging Fisheries Hydrocarbon Extraction Main Ports Mariculture Ocean Energy Facilities Pipelines and Cables Protected Areas Waste Disposal Wind Farms Other Forms of Area Management / Designation

What do we do?

• A single access gate for marine data where professionals from public sector,

industry, civil society and science can find good quality harmonized datasets and products that are stored in different system across Europe (and more)

• We want this to be quick and easy:
• Easily accessible, interoperable, free of restriction on use
• Easy identification of and links with the provider and PI
• Feedback about the impact and use
• Collect once and use many times, reduce fragmentation and increase our

knowledge of the oceans

• Facilitate the ingestion/connection of new data sources and make available

more data

• Strengthen the underlying European networks and infrastructures

(EuroGOOS, Copernicus Marine, SeaDataNet)

What’s for?

Stats of the month

cc

Data Use

cc

Quick links

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Pillars

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Contributors

cc

Provider of the month (weighted sum)

How?

ROOS CMEMS IOOS SDN IMOS NDBC IAPB GOSUD GLOSS PSMSL GRDC MEOP VOS OS . FIXO3 Redun dancy

Mooring

914 766 17 1128 72 X

Tide Gauge

356 155 37 1393 X

FB/Ship

150 3 214 X

Glider

50 134

ARGO

7640

Sea Mammal

1100

River Station

160 370 X

HF Radar

30 96 16

CTD

1290 2330 X

Drifting Buoy

>11000 1250 X

What’s available?

How do I access it?

What can I find?

metadata Averages/trends latest Quick download parameters Product info, QC/QF

What can I find?

For the techy

• uniqueURL

http://www.emodnet- physics.eu/map/platinfo/piradar.aspx?platformid=10273 http://www.emodnet- physics.eu/map/platinfo/pidashboard.aspx?platformid=10273 Service description @ http://www.emodnet- physics.eu/map/spi.aspx

• API (REST, SOAP)  web services [latest 60 days of data]

www.emodnet-physics.eu/map/Service/WSEmodnet2.aspx www.emodnet-physics.eu/map/service/WSEmodnet2.asmx

• OGC (WMS, WFS, …)  postgresql + geoserver

www.emodnet- physics.eu/map/service/GeoServerDefaultWMS www.emodnet- physics.eu/map/service/GeoServerDefaultWFS

• Geoserver Layers

geoserver.emodnet-physics.eu/geoserver/web

• Opendap/THREDDS [HFR data, Ice, climatologies]

thredds.emodnet-physics.eu/thredds/catalog.html

• ERDDAP [latest 60 days of data]

erddap.emodnet-physics.eu

• Widgets

www.emodnet- physics.eu/Map/Charts/PlotDataTimeSeries.aspx?paramc

• de=TEMP&platid=8427&timerange=7

Products?

Data Synch Data Delivery Report on data del.

And for me, the provider?

Report on SLA

Data Synch Data Delivery Report on Data Delivery Report on SLA CMEMS INSTAC

• Daily data – 4 times a day
• Monthly data – monthly

update

• Reprocessed data – annual

update

• Check user rights and credentials
• Create and deliver runtime package

Once a day replication of the data download Periodic (monthly) report on users PSMSL Annual Create and deliver runtime package (or redirect to PSMSL) SDN - CDIs Annual Forward the CDIs selection to the RSM SDN - Climaotology Every 2-3 years Redirected to SDN IOOS/AIMOS Daily data – 4 times a day

• Create and deliver runtime package for

latest 60 days

• Redirect to originators for older data

MEOP Annual Create and deliver runtime package GRDC Annual

• Create and deliver runtime package

(annual and monthly data)

• Redirect to original source for daily data

… …

Upon request: ask for it!

And for me, the provider?

What’s next?

CMEMS INSTAC River Stations

Satellite data In situ data Model

• utputs

Global Runoff DC

Annual climatological discharge > 10 m3/s: Contribute to about half

• f the total inputs (Struglia et al., 2004; Ludwig et al., 2009)

1. List of the rivers to be included (discharge/runoff >10 m3/s)  380 rivers 2. Inventory of the (operational) fixed platforms on those rivers 3. Definition of the data structure, file transport format, conventions 4. Focus on Level of water, river flow (also as computed by the level), 5. River platform page 6. Development of Total Suspended Matter (gridded) products (with trends) 7. Development of a model to compute the outflow of the river on the subsea basin at European level 8. Development of river climatology products (with trends)

underwaternoise

Metadata and interoperability

• SensorML, platform and hydrophone characteristics
• Sampling frequency, hydrophone sensitivity, gain, quantization range, ...
• Naming convention

Data management

• RT stream (SWE SOS)
• NRT stream - e.g. netcdf for handling the image (spectrogram vs time)
• Storage of an acoustic sample per day (should be representative)

Data transport format

• Raw data in (pcm) wav files
• verall hydrophone metadata in the file (e.g. the LIST-INFO chunk).

Data processing

• Daily background noise (soundscape) from the sample
• Impulsive noise levels in 10Hz-10kHz band (i.e. # events > X*rms)
• Monthly distribution of noise in two third octaves (centred on 63 and 125

Hz)

• SPL in dBRMS re 1 µPa with 20 seconds of integration time
• SPL63 in dB re 1 µPa at 63 Hz with 20 seconds of time integration
• SPL125 in dB re 1 µPa at 125 Hz with 20 seconds of time integration

What’s next?

• More links with GLOSS
• Absolute Mean Sea Level (SONEL)
• extreme percentile and tidal range to NRT

plot (p99 and p1)

• Mean Sea Level Anomalies (also in real time

[p99 – p1])

• Links to GPS stations used to correct the

vertical land movement

• Map of the tidal ranges (max and average)
• Development of a DMQC procedure for

data from shelf waters

• Apply procedure
• Make data available (MEOP and

Physics)

• More NRT data

What’s next?

SDN Climatologies

What’s next?

WP4.3: P Promotio ion a activit itie ies

Help yourself to be more visible and accessible

• Operational data
• Interoperability services
• Test cases/proof of concepts
• Feedback and suggestions

Conclusions

Ocean physics at your fingertips contacts@emodnet-physics.eu