ARGOMARINE Final Conference - SeaU presentation - C.F. Gianluca D'Agostino

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21st November, 2012 Isola d’Elba, Centro Culturale De Laugier

C.F Gianluca D’AGOSTINO

THEME [SPA.2010.1.1-O1] [Stimulating the development of downstream GMES services]

FP7 Project

ARGOMARINE - NEW STRATEGIES AND TECHNOLOGIES FOR THE SAFETY OF NAVIGATION IN THE MEDITERRANEAN SEA


Multisensor Satellite Technologies for Oil Pollution Monitoring and Source

Identification


SeaU Partners

�  Kongsberg Satellite Services (Project leader) - NO �  e-GEOS - IT �  Collecte Localisation Satellites (CLS) - FR �  Norwegian Computing Centre (NR) - NO �  Nansen Environmental and Remote Sensing Centre

(NERSC) - NO �  EDISOFT S.A. - PT �  ACRI-ST - FR


The project – in numbers

�  Approx 3.1 M€ over three years �  Project Start: February 2011 �  17 work packages and 6 Tasks:

�  Task 1 – PjM �  Task 2 – Requirements and Exploitation �  Task 3 – Interoperability and Data Integration �  Task 4 – Pollution Source Identification and predicted Drift �  Task 5 – Oil Spill Detection Methodology �  Task 6 – Service Trials


Overall goals �  Improve the current state-of-the-art methodology for

satellite based oil spill detection �  Demonstrate through deliveries to existing and new users

how these improvements can contribute to the development of a sustainable downstream service

�  Integrating new geo-information products e.g. from the Marine Core Service into innovative methods for oil spill detection

�  Demonstrate a next generation service compliant with existing and new users expectations


The project – key words �  Multidisciplinary data and information Integration

(space born data, environmental data, and other land based data)

�  Oil spill detection methodology improvement

�  Source detection and identification improvement

�  User involvement �  Operational concept and future missions

�  Build on the consortium experience on operational oil services such as the EMSA CSN service


COSMO-SkyMed © ASI Processed by e-GEOS

COSMO-SkyMed 2 ScanSAR Wide Region - 30m resol. 13th May 2010, h10:44 (UTC) Descending Orbit, Left Looking VV Pol.

Critical Analysis Situation


COSMO-SkyMed 1 StripMap HIMAGE - 5m resol. 08th June 2011, h05:08 (UTC) Ascending Orbit, Right Looking VV Pol.


CSK for NOFO Exercise June 2011 – 14 data acquired in 4 days !

COSMO-SkyMed 1 StripMap HIMAGE - 5m resol. 09th June 2011, h05:26 (UTC) Ascending Orbit, Right Looking VV Pol.


http://www.nofo.no/modules/module_123/proxy.asp?D=2&C=39&I=511

Usual strategy is recovery of oil. Focus on dispersion in 2011.

50 m3

oil discharged.

SAR X-band


COSMO-SkyMed images acquired on June 07th-10th, 2011

CSK images acquired on NOFO Exercise


CSK1-Himage VV RA 20110609 05:26 UTC 1) Filtering:


CSK1-Himage VV RA 20110609 05:26 UTC 2) Segmentation:

A threshold was also applied


SeaU Initial benchmark test �  Objective:

�  Identify weaknesses in the service chains �  Determine to what degree the service providers are

harmonized. �  Check the service chains capability to:

�  Correctly identify confirmed oil slicks. �  Correctly not report confirmed false alarm features

�  Assess the degree of harmonization with regards to: �  Classification – Identify features as possible oil (including

correct classification in A and B) �  Characterization – The parameters used to characterize a slick

�  Service chains: �  CSN-2 service chains from KSAT, EDISOFT, e-GEOS and CLS


� Confirmed oil spill

�  Some A/B classification disagreement between SPs

Example 1

Test ID1 - RADARSAT-2 2009-05-20 Lat: 44.122 Lon: -9.657


� Confirmed oil spill

� All SPs agree on class A

Test ID2 – RADARSAT-2 2009-06-04 Lat: 52.089 Lon: 2.407

Example 2


SeaU supported the MATTM and Italian Coast Guard for an oil pollution case in the Otranto Channel (August 2012):

Source: http://www.leccesette.it/dettaglio.asp?id_dett=8390&id_rub=88

Source : http://www.antennasud.com/sezioni/news/cronaca/allarme-inquinamento-a-otranto-chiazze-oleose-in-mare/


COSMO-SkyMed ScanSAR Wide Region (archive)

20th August 2012


ATR42 flight – 06:45-09:00 Local Time

26th August 2012


ATR42 flight – 17:20-18:45 Local Time

26th August 2012


29th August 2012

RADARSAT-2 ScanSAR Wide Region 04:57 UTC


ATR42 flight – 13:12 Local Time

29th August 2012

RADARSAT-2 04:57 UTC


30th August 2012

DAEDALUS sensor – multispectral (16 bands) TELAER flight – morning and afternoon passes


30th August 2012

RADARSAT-1 ScanSAR Wide Region 16:33 UTC


COSMO-SkyMed ScanSAR Wide Region

31st August 2012


31st August 2012

MODIS


SeaU supported UNI of Ljubljana (Faculty of Maritime Studies and Transportation) for a study presented at the 10th CleanSeaNet User Group Meeting (6th December 2011):

Marko Perkovic, Milan Batista, Primoz Bajec, Luigia Caiazzo, Dario Cau, Maria Angelucci and Gordon Campbell

University of Ljubljana, Faculty of Maritime Studies and Transport Slovenian Maritime Administration Italian Coast Guard Headquarters

e-GEOS S.p.A. European Space Agency

WP7 – Satellite Data Access

“Complexity of oil detection and polluter identification in the

northern Adriatic”


WorldView-2 19th January 2012

SeaU supported the Italian Coast Guard in the Giglio island oil pollution risk monitoring (Costa Concordia, January 2012):




COSMO-SkyMed 4 Stripmap HIMAGE Acquisition Mode - 5m resol. 14th January 2012, h05:01 (UTC) Ascending Orbit, Right Looking HH Pol.

14th January 2012



COSMO-SkyMed 3 Stripmap HIMAGE Acquisition Mode - 5m resol. 18th January 2012, h17:18 (UTC) Descending Orbit, Right Looking VV Pol.

18th January 2012



COSMO-SkyMed 4 Spotlight Acquisition Mode - 1m resol. 19th January 2012, h18:18 (UTC) Descending Orbit, Left Looking HH Pol.

19th January 2012



COSMO-SkyMed 4 Spotlight Acquisition Mode - 1m resol. 20th January 2012, h05:13 (UTC) Ascending Orbit, Right Looking HH Pol.

20th January 2012


The ICG, in collaboration with INGV and GNOO, daily run a forecasting model to prevent the pollution which could be due to the oil release from the Costa Concordia vessel


Users Involvement The users have been involved in satellite based integrated oil spill detection service provision and developments since the initial R&D phases during the 90-ties, providing the requirements related to relevant EC Directives and national/regional environmental legislation. The main users today include:

• national pollution control authorities in Europe, now being served via the EMSA CSN service

• offshore oil industry particularly in Northern Europe • few other/commercial service brokers


For more information please contact: Maria Angelucci [email protected]

Thank You for Your Kind Attention !

C.F Gianluca D’AGOSTINO

ARGOMARINE Final Conference - SeaU presentation - C.F. Gianluca D'Agostino

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