PatrickFarcy, AntoineGremare,FelipeArtigas

jerico@ifremer.frwww.jerico-ri.eu

ColloqueRESOMAR- 21Novembre 2016

JERICO-NEXT STATUS

Marine Core Services (CMEMS)SEADATANET

EMODNET (DG MARE)

Toward a sustained Pan European JERICO-RISome components of the European Context

EOOS

Importantfigures

o Duration:Sept.2015- Aug.2019,4years

o EUfunding:10M€

o Consortium:34partners,910MM

o Organisation:9WPs+STAC+Userpanel

o Coordination:Ifremer:jerico@ifremer.fr

o 66deliverables, 63milestones

JERICO-NEXT: Quicklook

JERICO-NEXT: Quicklook

34partners

…TheJERICOmind…• TheJERICO-NEXTcommunity

“ Wecannotunderstand thecomplexityofthecoastaloceanifwedonotunderstand thecouplingbetweenphysics,biogeochemistryandbiology.”

à newtechnologicaldevelopmentsforcontinuousmonitoringofalargersetofparameter

à aprioridefinitionoftheoptimaldeploymentstrategy

• JERICO-NEXTfocus- interactionsbetweenphysics,biogeochemistryandbiology- notrestrictedtopuretechnologicalaspects:includefundamentalscientificconsiderations

JERICO-NEXT: Quicklook

JERICO-NEXT: QuicklookLISTofWPs

• WP1 - IntegratedScienceStrategyandGovernance fromlocaltoEuropeanScales(COVARTEC,CNRS-EPOC)

• WP2 - Harmonizationoftechnologiesandmethodologies- technicalstrategy(OGS,HZG)

• WP5 - Datamanagement(HCMR,EuroGOOS)• WP8 - Outreach,communicationandengagement (BlueLobster,CEFAS)

• WP6 - VirtualAccess(CEFAS)• WP7 - TransnationalAccesstoCoastalObservatories (CNR-ISMAR)

• WP3 – InnovationsinTechnologyandMethodology(HCMR, Ifremer)• WP4 - Valorisation throughappliedjointresearch(Ifremer,CNRS-EPOC)

NetworkingActivities Transnational Activities JointResearchActivities

WP1:IntegratedScienceStrategyandGovernancefromlocaltoEuropeanScales

Numbers:- 19partners- Budget:935832€- Effort:89man-months- ~30peopleconnected- 6Tasks- 48monthsduration

Objective:Toproducealong-termcomprehensivestrategyforfurtherdevelopment,integration, sustainability andrelevanceofcoastalobservatories inEurope

WPleader:DominiqueDurand(COVARTEC)

• Sciencestrategydedicatedadvancesciencewhileansweringpolicyrequirements

• Financialandgovernancestrategytoensure long-lastingsustainabilityoftheinfrastructureandtheworksupportedbyit.Thelegalissueaddressesthepossiblesketches tosustaintheinfrastructureinadedicatedgovernance

• Integratethescienceandgovernancestrategies intoacomprehensiveroadmapforthefutureofJERICO-RI

• ConsolidationoftheJericoLabel,onbestpractices

WP3:InnovationsinTechnologyandMethodology

GeorgePetihakis (HCMR)LaurentDelauney (IFREMER)

ObjectiveToenhancethecapabilityandthequalityofmeasurementsinthecoastalinfrastructures

ØExperiencegainedfromJERICOØMulti-disciplinary approachØEmphasistothebiologicalcomponentsoftheecosystem

Expectedeffort:150Menmonths,19partners,1.5M€

WP4:Valorisationthroughappliedjointresearch

I.Puillat (Ifremer)A.Grémare (CNRS-EPOC)

Expectedeffort:162Menmonths,19partners,1.6M€

ObjectivesØ asynthesisoftheproject

builtuponactivitiesinotherWPs,Ø gatheringtheconsortium

aroundappliedJointResearchActivityProjects(JRAPs)accordingtothe6JERICOscientific areas

Ø toputforwardtheaddedvalueofJERICO-NEXTtothebiologicalcomponentsoftheecosystem

Task3.1.&JRAP1:Pelagicbiodiversity,Biodiversityofphyplankton,harmfulalgalbloomsandeutrophication (B.Karlson,SMHI,Sweden&F.Artigas,CNRS,France)

Analysisofpast/ongoingworkoninnovativeoptical techniquesforassessingphytoplankton abundanceand/orbiomassequivalents,persize/functionalgroups,photosyntheticactivity/physiologicalstatus:

- imageacquisitionandanalysis(inflow/insitu)- single-cellopticalanalysis (pulse-shaperecordingFCM)- acombinationofopticalbulkmultispectraltechniques

Area1:Pelagic biodiversity

JRAP1• Togetclosertoresolvenaturalvariabilityintheseawithregardtoplankton• Toimprovetheunderstandingofthedevelopmentofcertainalgalblooms• ToexemplifyhowJERICO-NEXTcanhelpaddressMSFDrequirements

(D1-Marinebiodiversityforthepelagicrealm,D5Eutrophicationisaddressed)• TouseJERICO-NEXTobservationplatformsandotherinfrastructure

JERICOPhytolankton workshop,Gothenburg

27-30sept. 201618participants

Objectives:•Toimprovetheunderstandingofphytoplanktondiversity,spatialandtemporaldistributionandthedevelopmentofalgalbloomsinthesea(Harmfulalgae)

•Toexchangeexperiencesofusingdevicesaimedatautomatedobservationsofphytoplanktonincludingharmfulalgae:

• Imagingflowcytometers,• multispectral fluorometers,• Spectrophotometers,• aFastrepetitionRateFluorometer(FRRF),• Phytoplanktonimagerydevices.

•Tocomparetheperformanceofinstrumentsoncommonnaturalandculturesamples.

Area1:Pelagic biodiversity

ByB.Karlson,SMHI

Area2:BenthicbiodiversityTask3.6&Task4.2(JRAP#2):Monitoringchangesinmacrobenthicbiodiversity.Assessingpotentialenvironmentalcontrolsandfunctionalconsequences(A.Grémare,CNRS,France)

Ø Integratedmulti-sensors videoarraytowedfish(ledbyIFREMER)

Basedonexisting ‘Pagure’videosystem.

Thenewarrayisdesignedwithremovableskatesandspecific floats,offeringa‘towedflyingarray’option.

Ø OrganicMattermineralisation (ledbyCNRS)- SedimentOxygenMicroprofiler andEddyCovarianceSystem.- Implementation ofalongerlifepowersupplies(battery)=>longobservationperiodsdeployment.

Area2:Benthic biodiversitya)Example1:EutrophicationintheBayofBrest

Eutrophicated siteNon-Eutrophicated site

b)Example2:FishingintheBayofBrest

c)Example3:EffectsoftheinputsfromtheGirondeRiverontheWestGirondeMudPatch

Task3.2:Developmentsoncurrentobservations fromHFradars(AGriffa,CNR,Italy)

• NewHFradarprocedures forcurrentretrievalsanddataqualitycontrol

• HFradarnetworkdevelopments• Newproductsfor4Dcharacterizationof

shelf/slopehydrodynamicsandtransport

Area4:HydrographyandTransportTask4.4:3Dcharacterizationofshelf/slope transports inthreetrans-boundaryareas(A.Rubio,AZTI,Spain)

Quantifyingtransportbyoceancurrentsanditspotentialimpactonthedistributionoffloatingmatter(planktonorotherpelagicorganism,marinelitter…)inlinewithMFSDdescriptors(7,10and2).

Task3.3PROFILINGCOASTALWATERS(M.Ntoumas,HCMR,Greece)

3 different coastalprofilingtechnologiesarebeingimprovedanddevelopedofwhich:

MASTODON2D:Alowcosttemperatureprofilerþ New housing of the temperature and pressure

loggers have been tested to reduce time responsefrom 9 min. down to 2 min.

JELAB: a new version of float able to triggermeasurements according to the shape of thefluorescence profileþ Two different optic module technologies have been

tested, evaluated and now are being developed.Several lenses configurations and sampling schemesare being tested.

Deploy &Programme

Mid-waterhover

Descent

Bottom-lockhover Rest on

Bottom

SurfaceLocate,

Data downloadretrieve

JELAB Mission Concept

Ascent

2000 m maximum depth

Duration 6 h to 5 days

Area4:HydrographyandTransport

Task3.4:MicrobialandMolecularsensors(C.Boccadoro,IRIS,Norway)ScienceArea3,Task4.3

Ø Detectionofhydrocarbon exposurethroughtheirimpactonmicrobial communities.

Ø Biosensorsforthedetectionoftoxicalgae• Testingofanewcosteffectiveconfigurationwithalowcostspectrometer• Developmentofanotherconfigurationtoperformmulti-detection atthe

sametime.

Ø AutomatedsamplingofrDNAadaptedtotheFerrybox

DevelopmentofthecurrentAutomaticFlowInjectionSamplertomonitormicrobiallydrivenbiogeochemical processes intheBalticSeawater

Opticalbiosensor

OtherDevelopments

Task3.5Combinecarbonatesensors(A.King,NIVA,Norway)ScienceArea5,Task4.5

Ø CombinedspectrophotometricpHandCO3 determination(NIVA– E.Reggiani)Ø CombinedspectrophotometricpHandalkalinitydetermination(HZG– W.Petersen)Ø Combinedelectrodeandspectrophotometrictechnologyforhigh-accuracy,high-

resolutionpHdetermination(Ifremer/Fluidion – L.Delauney,A.Hausot,D.Angelescu)

OtherDevelopments

WP7Trans-National Access

• Trans-nationalAccess(TNA)meansToprovide'freeofcharge'trans-nationalaccesstoresearchersorresearchteamsincludingfromindustrytooneormoreinfrastructuresamongthoseoperatedbyparticipantsoftheJERICONEXTConsortium.

• Theseaccessactivitiesareimplemented inacoordinatedwaysuchastoimprovetheoverallservicesavailabletotheresearchcommunity(periodiccallforaccess).

• Theselectionofresearchersorresearchteamsiscarriedoutthroughanindependent peer-reviewevaluationoftheirresearchprojects(Selectionpanel,ateamof8independentexperts).

Overviewofthe1st CallResults12proposals

8eligible proposals

4 ineligible proposals

5-ADVANCE10-ANTEIA

1-MAICA

2-ABACUS-3

9-CarbonAS

3-EvoLUL5-ADVANCE

4-MultiTyrr11-FinisGlider12-GLIDER-SOUTH

6-INTERCALTEMP&PRESS

7-TURBID_CALEX

8-FluorMed-16financed

This project has received funding from the European Union's Horizon 2020 research and innovation programme

under grant agreement No 654410.