CNR-ISMAR in situ observations network: new approaches for an interactive, high performance, interoperable system

Stefano Menegon, Pierluigi Penna, Mauro Bastianini, Giuseppe Stanghellini, Francesco Riminucci, Tiziano Minuzzo, Alessandro Sarretta

alessandro.sarretta [at] ismar.cnr.it

CNR - Institute of Marine Sciences

IMDIS 2016 - Gdansk, October 12, 2016

ISMAR - Institute of Marine Sciences

www.ismar.cnr.it Logo ISMAR

Sedi ISMAR

ISMAR conducts research in polar, oceanic and Mediterranean regions, focusing on the following themes:

  • the evolution of oceans and their continental margins, studying submarine volcanoes, faults and landslides and their potential impacts onshore
  • the influence of climate change on oceanic circulation, acidification, bio-geochemical cycles and marine productivity
  • submarine habitats and ecology, and the increasing pollution of coastal and deep-sea environments
  • the evolution of fish stocks with a view to keeping commercial fishing within sustainable limits and improving mariculture and aquaculture practices
  • natural and anthropogenic factors producing economic and social impacts on coastal systems from pre-history to the industrial epoc

RITMARE project

www.ritmare.it Logo RITMARE

"Italian Research for the Sea" national flagship project
  • 7 sub-programs:
    • SP1 - Maritime Technologies
    • SP2 - Technologies for Sustainable Fishing
    • SP3 - Planning of the Maritime Space in Coastal Waters
    • SP4 - Planning of the Deep Marine Environment and the Open Sea
    • SP5 - Observation System for the Marine Mediterranean Environment
    • SP6 - Research, Training and Dissemination Structures
    • SP7 - Interoperable Infrastructure for the Observation Network and Marine Data

RITMARE in-situ observations network

RITMARE Network

ISMAR Adriatic in situ observations network

Adriatic Network

CNR-ISMAR in situ observations network

  • Meteo marine stations
    • Acqua Alta oceanographic tower (Gulf of Venice)
    • S1 mast and E1 buoy (Emilia Romagna coast)
    • Telesenigaglia mast (Marche coast)
    • Meda Gargano (Puglia coast, Manfredonia gulf)
  • Meteo stations
    • Riva sette martiri (Venice)
    • Ismar (Ancona)
    • Ismar (Lesina (FG)

Acqua Alta oceanographic tower S1-GB mast E1 buoy Telesenigaglia mast

Background: Unharmonized network

  • various levels of (or no) funding
  • different managing systems
  • separated databases
  • different validation procedures
  • non-standard publishing of data
  • non-common (or non existent) data policies

Goals

  • Unique visible access point for the ISMAR observational network
  • Archiving and storing historical data
  • real-time data streams for efficient operational model
  • Interactive and efficient system
  • Interoperability
  • Open data

Architecture

Architecture

Implementation

  • InfluxDB: open source time-series data storage
InfluxDB
  • Grafana: open source dashboards for querying and visualizing time series and metrics
InfluxDB

Parameters and variables acquired

Use of SeaDataNet vocabularies for the Observed properties

Observed properties

Open science approach

A quick hands-on

http://rmm.dati.ismar.cnr.it
home

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Additional bonus: ISMAR Data app

Still in Beta!

ISMAR Data app

Conclusions

  • From a series of unconnected systems to a real network
  • Optimization of quality controlled data flows
  • Use of open source technologies and international standards
  • Vision towards open data access and sharing

CNR-ISMAR in situ observations network: new approaches for an interactive, high performance, interoperable system

by Menegon S., Penna P., Bastianini M., Stanghellini G., Riminucci F., Minuzzo T., Sarretta A.
is licensed under a Creative Commons Attribution 4.0 International License.
License Creative Commons

It can be viewed online here and downloaded here.

To cite this work please refer to:

“Stefano Menegon, Pierluigi Penna, Mauro Bastianini, Giuseppe Stanghellini, Francesco Riminucci, Tiziano Minuzzo, Alessandro Sarretta (2016). CNR-ISMAR in situ observations network: new approaches for an interactive, high performance, interoperable system. DOI: 10.6084/m9.figshare.4001448