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ReportfromtheWorkpackagemeetings

duringtheAnnualmeetingweek

withlistofparticipants

at

FinnishMeteorologicalInstitute

8–12January2018

Monday08January:1300-1800 WP2workshopday1

Tuesday09January:0900-1800 WP2workshopday2

Wednesday10January:0900-1700 GeneralAssembly(separateminutes)

Thursday11January:0900–12000900–12000900–12000900–12001315–15001315–1630

WP3meetingWP5meetingWP6meetingAdvisoryPanelmeeting(separateminutes)WP1meetingWP5andWP6jointmeeting

Friday12January:0900-1200 SteeringCommitteemeeting(separateminutes)

(ThedocumentsfromtheAnnualmeetingweekareavailableathttps://intaros.nersc.no/)

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ReportonWP1includingAdvisoryPanelmeeting

Thursday11Jan.0900-1200(AdvisoryPanel)1300-1500:WP1meetingincludingthePanelmembers

TheAdvisoryPanelhad its firstmeetingon11 January,0900-1200.Thememberswhoattendedwere:PeterPulsifer,Lars-OttoReiersen,MarianneKroglundandClaireCourguff. Itwasdecidedtomergethetwopanels(ScientificandtechnicaladvisorypanelandtheStakeholderandinnovationadvisorypanel)intoonepanelwith7–10membersandalsotorevisethetermsofreferenceaccordingly.TheAdvisoryPanelmembersattendedtheGAandagreedtopreparethefirstreportwithin≈6weeksafterthe11January.

RegardingtheworkonRequirementsandStrategy,itwasdecidedatthepreviousSC-meetinginJune2017thatthe Requirement document needs to be updated during the project. Next steps should be to include andfollowtherequirementsdefinedbyWMO(OSCAR).Furthermore, itwillbeneficial forINTAROStofollowtheupcomingCopernicusprocesswhereuserrequirementsforArcticobservationswillbereviewed.

CollaborationwithArcticorganisations,inparticularAMAPandSAONwillbestrengthenedwiththemembersoftheAdvisoryPanel.AlsocollaborationwithENVRIPLUSshouldbestrengthenaftertalkingwithSannaSorvariatFMI,whoisoneoftheThemeleadersofENVRIPLUSandoneoftheFMIpersonnelworkingonINTAROS.

TheAdvisoryPanelproposedthatINTAROSshouldinitiateacommunitypaperasinputtotheArcticMinisterialinOctober.ThePanelwillbeactiveinformulatingtheletterproposedorganisations,programmesandprojectswhoshouldsignit.

ThePOLAR2018 inDavos inJunewillbetheArcticresearchgatheringevent in2018.TherewillbetheArcticScienceSummitWeekandArcticObservingSummit,INTAROSwillbewellrepresentedinbothevents.INTAROSpartnerswillprepareandsubmitseveralstatementsandposters.

ReportonWP2workshop

Monday08Jan.1300-1800:PlenarysessionsonprogressoftheworkinWP2Theobjectiveofthefirstdayoftheworkshopwastogetanoverviewofwhateachpartnerhasdoneandstillneed to do to complete the planned work in Tasks 2.1, 2.2 and 2.3. First, WP2 leader and Task leaderspresented an overview of theWP2 survey, illustrating its purpose (gap assessment, maturity analysis, datacatalogue,data input to iAOS), itscontent,and theanswersgivenso far.Themain issuewas the rather lownumber of answers to QB and QC, and the fact that often single answers to QB included variables withheterogeneous characteristics, while an answer should include only those variables that have commoncharacteristics (in spatial and temporal coverageand resolution, accuracy,etc.).After this firstpresentation,almostallpartnerspresentedtheirworkeitherorallyorasposter.Theoral sessionsweredividedbysphereandchairedbytheTaskleaders:M.Tjernströmledtheatmospheresession,I.Schewethetheoceanandseaice session andA.Ahlstrøm the land and terrestrial cryosphere session.Oral presentationswere givenby J.Sedlar(MISU),E.Asmiandothers(FMI),A.DevasthaleandD.Gustafsson(SMHI),G.Heygster(UB),I.Schewe(AWI),H.Sagen (NERSC),G.Lyn (UHAM),C.Ludwigsen (DTU),F.Ardhuin (IFREMER),A.Ahlstrøm(GEUS),M.Pallandt (MPG), F. Navarro (UPM), K. Kohnert (GFZ). The poster session was chaired by D. Gustafsson andpresentations were given by K. Atakan (UiB), A. Renner (IMR), A. Beszczynska-Möller (IOPAN), R. Storvold

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(NORUT),A.Mahura(UHelsinki),D.Zona(USFD),T.Wawrzyniak(IGPAN),M.Grabiec(USlaski)M.Goeckede(MPG).M.Sejr (AU)presentedtheposter the followingday. In theoral sessionchairedbyR.Pirazzinicross-sphereactivitieswherepresentedbyE.Buch(EuroGOOS)andP.Thorne(NUIM).

Tuesday09Jan.Plenary/workinggroups: structureandcontentoftheWP2deliverablesdueinMay2018

Theobjectiveoftheseconddayoftheworkshopwasensurethateachpartnerclearlygettoknow1)towhichdeliverable he/she needs to contribute, 2) what is the structure, content, and purpose of the deliverableshe/shecontributesto,and3)whichcontenthe/sheneedstowriteineachsectionofthedeliverables.InafirstplenarysessionR.Pirazziniintroducedthecontentandstructureofthedeliverables,explainingthedivisionofresponsibilities among contributing partners, deliverable leaders, theme leaders and task leaders. Theparticipants were then split into six working groups, one for each deliverable, which were led by thecorrespondingdeliverableleaders:inthemorningthreeworkinggroupsworkedonD2.1,D2.4,andD2.7,andintheafternoononD2.2,D2.5,andD2.8.Thediscussionsoccurredineachworkinggroupwerereportedbysixrapporteurs in the finalplenary session.Theworkshop reached itsobjectives,a thoroughclarificationof theworktobedoneforthecompletionofthedeliverableswasachieved,andatimelinewasdecided:

- Assoonaspossible:alldeliverableswillbeplacedingoogledocsandmadeaccessibletothepartnerscontributingtothem

- 31January:ultimatedeadlineforinputtoquestionnairesA,BandC- 1March:1stdraftofSect.2(Datadescription)andSect.3(Requirements)- 15April:1stdraftofSect.4(Assessment)andSect.5(Recommendations)- 25May:finalversionofthedeliverables→Submission

Thefinaldiscussionfocusedontheopeningofthesurveytoexternalcollaborators.Itwasdecidedthatby31Januaryafinal,concreteplanwillbemade,andexternalcollaboratorswillbe informedabout it.ThesessionwasclosedbyI.Schewe,whopresentedtheneedsofWP5toincludetheassesseddataintotheiAOS,andtheresultsoftheWP2surveyconcerningtheinformationrequiredbyWP5.

ReportonWP3

WP3presentationatGAonJanuary10byAgnieszkaB.Möller

WP3activitiesduring the firstyearof theprojectwerereported.Thestatusof thepilot fieldexperiments in2017andthefieldworkplanningfor2018wasshortlyaddressed.TheapplicationforshiptimeonKVSvalbardwassubmittedandcollaborationwiththeChineseinstitutionswasinitiatedtogetaccesstoshiptimeonMVXueLongin2018.TheWP3startedinmonth6andthefollowingsixmonthsweremostlydevotedtodesign,acquisitionandpreparationofcomponentsofobservingsystemsfordeploymentduringthefirstINTAROSfieldseason. In Task 3.1 the oceanographic and acousticmoored systems in the Young Soundwere deployed insummer2017fortestingthenewinstruments.ThesystemsforhighaccuracyGNSSAWSpositioningandAWSradiation measurements were specified, designed and their prototyping started in 2017. In Task 3.2 thedeploymentoffourmooringsequippedwithnewinstrumentsforoceanandseaicemeasurementstookplaceinSeptember2017northofSvalbardat22°Eand31°E.InTask3.3thearcFOCEsystemwasdesignedforFramStraitandcarbonobservatory inKongsfjordenwasupgradedwithpHmeasurements in2017.UnderTask3.4thefirstglidermissionwasachievedinFramStraitandtwoSIMBAbuoysweredeployedinthecentralArctic.

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Seven BGC-Argo floats were also deployed in Baffin Bay in July 2017. The IAOOS ice-tethered system wasselectedandcommissionedfordeploymentin2018.UnderTask3.5theautomatedflasksystemforGHGwasdesigned/customizedandorderedatICOS.Thehigh-resolutiontemperaturesensingsystemwaspreparedforinstallationinanewlocationin2018,alsotoevaluatepossibilitytoresolvethewatertablelevel.Forde-icingofsonicanemometerstheheatedCSAT-3willbeacquiredin2018andtestedinfieldin2019.Formeasurementsof snowspectralalbedo,anewdual-spherespectro-albedometerwasacquired in2017andwillbe tested inthe lab and in the field inwinter 2017/18. A system for stable isotopemeasurements inwater vapourwasdevelopedin2017tobeinstalledduringselectedcruisesin2018.ThefirstdeliverablesinWP3aredueendofMay2018andincludereportsontechnologydevelopmentandsystemdesignineachoffiveWP3tasks.

WP3meetingonJanuary11,byAgnieszkaB.Möller

Duringthehalf-a-daylongWP3meetingonJanuary11theactivitiesthattookplacein2017ineachWP3taskwere reported and the field work plans for 2018 were reviewed by the tasks leaders. A short summary isprovided below. The discussion during themeeting was focused on collaboration and possibilities for jointfieldwork, in particular during the planned INTAROS cruise on KV Svalbard in summer 2018. The plan forpreparation the deliverables for all tasks, due in month 18, was also shortly discussed. The templates forreportsontechnologydevelopmentandsystemdesignwillbeagreedbythetaskleadersanddistributedtoallWP3partnersinFebruary.

Summaryof2017workand2018plansforeachTask

Task3.1CoastalGreenland

AU:MikaelSejr:workonmooringsintheYoungSound,monitoringofsnowandseaiceintheYoungSound,pCO2andoceanacidificationbaselinearoundGreenland.

Test deployment of onemooring in 2017 tomonitor surfacewaters. Test of two camera systems and lightloggers.ICOSCO2eddyco-variationtowerformarinesystem.CruiseforcollectionofCO2data.In2018retrieveandredeploythemooringoutsidetheYoungSound.Upgradesensorpackage(PAR,fluoresecence,turbidity).ContinuetimeseriesonunderwaterlightintheYoungSound.

GEUS: Andreas Ahlstroem: in-situ ice sheet albedomeasurements, positioning of ice-sheet stations, snow-waterequivalentmeasurements

Weather stations aroundGreenland,measuring all energy fluxes and surfacemass balance in the PROMICEnetwork. High accuracy GNSS AWS positioning and improvement of AWS radiationmeasurements: in 2017systemsspecificationsandconceptualdesigns,startofprototyping, inspring2018prototypeproductionandlabtests,anddeploymentinsummer.

FMIRobertaPirazzini:snowalbedoobservationsoverGreenlandicesheet

Contributiononly includes laboratorywork.NewlabatFMIestablished in2017tocharacterizeandcalibratepyranometers.

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UPMFranciscoNavarro:ground-penetratingradarsystem

Work slightly delayed due to problems with personnel availability. Now problem solved, improved groundpenetratinghelicopter-borneradarsystemtomeasureicethicknessisunderdevelopment.

CNRS-IUEM:acousticobservatoryintheYoungSound

Passive acoustic observations for biogeochemical environment in the Young Fjord. Collaboration betweenCNRS-UIEM andUniversity of Québec at Rimouski (UQAR). Deployment in autonomousmode for routineoperationsduringsummer2017.In2018thelong-termcabledversiondeploymentforyearroundoperations.

Task3.2NorthofSvalbardtowardsdeepNansenBasin

IOPAN:AgnieszkaB.Möller:mooringsnorthofSvalbardwithMMPs,ADCPsandTSsensors

TwomooringsdeployedinSeptember2017northofSvalbardat22°E(depth890m)and31°E(depth1200m).Instruments include two Moored McLane Profilers (MMPs), TS sensors SBE37, a combination of upward-lookingNortekADCPSignature250withadownward-lookinglong-rangeNortekADCPSignature55mountedtogetherinafloatationbuoytomeasureoceancurrentsintheupper800m,icedraftandicevelocityandoncecombination of Nortek ADCP Signature 250 with TRDI QM ADCP (similar up/down configuration for oceancurrents and sea ice). Moorings will be recovered and redeployed in 2018 during KV Svalbard cruise. OneadditionalmooringwithtemperaturesensorsandpossibilitytohostBGCinstrumentsfromUiB,AWIandNIVAwillbealsoprepared.

CNRS-LOCEAN:Marie-NoelleHoussais:ADCPsandTSsensorsfortheslopenorthofSvalbard

Twomoorings includingamooring linewithTSandTsensorsandthebottomframewithoneTRDILRADCPand TSDO sensor deployed at 500m depth in September 2017 north of Svalbard at 22°E.Moorings will berecoveredandredeployedin2018duringKVSvalbardcruise.Anadditionaldoublemooring(mooringlineandbottom frame) is also considered for deployment farther off-slope in 2018 (depending on instrumentsavailability).

UiB-GFI:TrulsJohannessen:pHandpCO2sensorsformooringsnorthofSvalbard

OneNortekSignature250foroceancurrentandseaicemeasurementsdeployedatoneofA-TWAINmooringsat31°EinSeptember2017.SAMI2pCO2andSUNAV2nitratesensorswillbeaddedtoINTAROSmooringstobedeployed during KV Svalbard cruise in 2018. Number of sensors to be decided, targeted depths are thesubsurfaceandAWlayers.

NIVA:LucaNizzetto:autonomouspassivecontaminantsamplersformoorings

Plan to deploy simple passive sampler (sorbent) at the INTAROS mooring to be deployed in 2018. Afterrecovery sample brought to the lab for analysis to get quantitative information on concentration (e.g.antibioticsorpesticides).

IMR:AngelikaRenner:echosounderforbiologicalobservation

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PlantoacquireoneNortekSignature250ADCPs inconfigurationwiththefifthbeam,which isechosounder,coveringapprox.70m.Measurementsofoceancurrent,backscattering (zooplankton), icedraftandvelocity.TobeaddedononeofINTAROS(orA-TWAIN)moorings.

AWI:AnyaWaite:underwatervisionprofiler,sedimenttrap,fluorometerandnitratesensorformoorings

MaininterestinnutrientfluxesandprimaryproductionrelatedtotheAWinflowandchanges.Threesensorsconsideredfordeploymentin2018northofSvalbard:nitratesensor,theunderwatervideoprofiler(UVP5HD)andfastfluorometer.UVPalreadyacquiredandbeingadaptedforone-yeardeployment,cleaningthesensorisanissue.

UNIS:FrankNilsen:bottompressurerecorders(BPR)northofSvalbard

BPRwill be added to selected INTAROSmoorings for deployment in 2018. Themooring anchors have tobeadaptedtoinstalltheinstrument.

UiB-GEO:MathildeSørensen:oceanbottomseismometers(OBS)northofSvalbard

3bottomseismometers tobedeployedfromKVSvalbard in2018(if tendernotconcludedthen instrumentscanberentedfromGEUS.)NoROVfordeployment.

Task3.3FramStrait

AWI:ThomasSoltwedel:autonomousarcFOCEsysteminHausgarten

In 2017 system designed and in particular adapted to greater water depths (4000 m), extremely lowtemperatures, and autonomous operation. Main issues: energy demand, seawater acidification, sensorsstability,usingglasselectrodes.FirstdeploymentinSeptember/October2018fromRVMariaS.Merian.

CNRS-UIEM:LaurentChauvaud:acousticobservatoryinKongsfjorden

In2017systemchoiceforKongsfjordenobservatory: hydrophoneRTSYS(HTI-92-WB50Hzmodel),acousticsrecorderRTSYSEA-SD414-320andpressure/depthsensor/recorder(RBRSolo3Dmodel).Testandcalibrationin Brest (April 2017). Test and calibration of similar system in Young Sound (May 2017). Deployment inautonomous mode in springtime and summer 2018, and recovery in autumn 2018. Implementation sitevalidation.

CNRS-LOV:Jean-PierreGattuso:carbonatechemistrymeasurementsinKongsfjorden

AWIPEV-CO2 first time-series of carbonate chemistry, autonomous system,water pumped from12m, since2015twopCO2sensors,since2016totalalkalinityanalyser.InAugust2017anunderwater,high-precisionpHsensor (SeaFET)withmeasurements everymin anddepthprofiles twice a day, anda high-precisionDurafetsensorintheFerrybox(keptonlandandmeasuringpumpedwater)added.Tasksin2018:tofixissueofpowersupply of the seaFET sensor, re-install the alkalinity analyser, and evaluate consistency of measuredparameters.

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Task3.4Distributedsystemsforoceanandseaice

IOPAN:AgnieszkaB.Möller:ITPsintheArcticOcean

In 2017 evaluation of existing systems for ice-tethered platforms tomeasure ocean physical variables. TheIAOOSice-tetheredsystem,equippedwithaprofilingCTD,asurfacepackageforatmosphericmeasurements(microlidar, atmospheric pressure senor, temperature sensor) and a SIMBA instrument for sea icemeasurementswasselectedandcommissionedfordeploymentin2018.

FMI:RobertaPirazzini: SIMBAbuoys in theArcticOcean,measurements of surfaceproperties, near-surfaceradiationandturbulentfluxes

ThreeSIMBAbuoyswithnewdesigndeployed in2017during theCHINAREcruise in thecentralArctic.EightSIBAbuoyswillbedeployedfromMVXueLongduringtheCHINAREcruisein2018.AnautonomousceilometerwillbeinstalledandoperatedduringKVSvalbardcruisenorthofSvalbardin2018.Ifpossible,measurementsfromSOOs(broadbandalbedo,snowobservations,broadbandandspectralalbedofromquadrocopter).

NIVA:KaiSørensen:NewsensorsandsamplersforFerryboxsystemsintheArctic

Multiwavelength spectral absorption sensor developed for absorption of DOM and other inherent opticalproperties, includingphytoplanktontaxa (to improvevalidationofsatellite remotesensingalgorithms)and3size-fraction microplastics sampler (50, 300, 500 μm filters; large volume throughput of ~10 000 L/hr;quantificationand characterization via IR spectroscopy). Laboratorywork started in2017anddeployment isexpectedin2018.

CNRS-LOCEAN:Marie-NoelleHoussais:endurancegliderlines

The first Slocum glider mission in Fram Strait achieved in July-September 2017. Standard glider payloadincludedSeabirdGCTD,oxygenoptode,ECOPuckfluoChl-a,fluoCDOM,opticalbackscatter.DeployedfromRVOceania, recovered by SHOM fromN/O Pourquoi Pas?Glider preparation and piloting by DT INSU. In 2018deploymentof1or2glidersplanned,inFramStraitandnorthofSvalbardinsummer.InFramStraittorepeatthe2017cruisetrack(August-September),deploymentandrecoveryfromKongsfjorden.FornorthofSvalbard,deployment/recoveryduringtheKVSvalbardcruise.

CNRS-Takuvik:MarcelBabin:BioArgofloatsintheBaffinBayObservatory.

SevenBGC-ArgofloatswerealsodeployedinBaffinBayinJuly2017.4BGC-ArgofloatstobedeployedduringtheCanadianscientificicebreakerAmundsen’s2018campaign.

Task3.5:Distributedsystemsforatmosphereandland

MPGMathiasGöckede:automatedflasksamplingsystematAmbarchiksite

Anetworkofcircumpolaratmospherictowersforgreenhousegasmonitoring,inINTAROSactivitiesfocusedonAmbarchik site on the far northeast of Siberia. In 2017 the automated flask system for GHGdesigned/customizedandorderedat ICOS.TestrunswithprototypesunderwayincollaborationwithICOSto

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upgrade software environment. Delay in production requires re-scheduling (original installation planned forlate summer 2018; now, instrument likely be completed ~Jul 2018,extensive test runs planned in Jena for2018/19andinstallationinAmbarchikinearlysummer2019).

GFZ:TorstenSachs:Aircraftcampaignsfortracegasexchange

ActivitiesbasedonexistingdatatosupportMPGwork.GFZwillprovideverticaldatatoMPG.MainregionsofpreviousmeasurementsincludeSodankyla-Pallassite,LenaRiverDeltaandprimarilythenorthslopeofAlaskaandMackenzieDelta.ProductstobeusedinWP3aregriddedmapsofCO2andCH4fluxes.

UNEXE:WalterOechel:eddy-covariancetowerswithde-icingsystemandsoildiffusivitysystem

De-icing system to reduce power consumption for remote areas and reduce data loss and to implement adiffusivity system to estimate CO2 and CH4 soil concentration and define the contribution of different soillayers.ThreesitesinAlaska,inBarrowindifferentvegetationregions.Forde-icingofsonicanemometerstheheatedCSAT-3willbeacquiredin2018andtestedinfieldin2019.

USFD:DonatellaZona:High-resolutiontemperaturesensingsystems

OUandUSFDwilldeployatthesamesite,ajointfieldworkcoordinationandcampaign.Installhigh-resolutiontemperatureprofilesinseverallocationsinAlaskaandusethesehigh-resolutiondatatodefinewatertable&thawdepthcontinuously,andthesoilfreezing.Plantodeploythesystemin2018.

MISU:MichaelTjernström:Semi-autonomoussystemforatmosphericobservationsfromtheicebreakerOden

OneofthemainobstacleshasbeentheuncertainfutureforthefundingoftheicebreakerOden.Needtodealwith the reduced budget (compared to the submitted proposal; note the infrastructure is not funded byINTAROS,butbytheKnut&AliceWallenbergFoundationinSweden).Thefirstpilotwillbelatesummer2018(August/September),ontheArcticOcean2018researchcruise.

FMI:RobertaPirazzini:observationsatSodankylä-Pallassite

At Sodankylä- Pallas in Northern Finland several systems for improved ground-truthing of satellite remotesensingproducts, includinganautomatic spectro-albedometer covering the full solar range (350-2500nm)athigh temporal resolution, and a VNA-based radar system to monitor soil, snow and surface vegetationproperties.Formeasurementsofsnowspectralalbedo,anewdual-spherespectro-albedometerwasacquiredin2017andwillbetestedinthelabandinthefieldinwinter2017/18.

UiB-GFI:HaraldSodemann:stablewaterisotopemeasurementsinwatervapouraroundSvalbard

The stable isotopemeasurementofwatervapor system fora shipdeveloped in2017.Needs tobuild in theheatedinletsystemtomountthePicarroCavityRing-DownSpectroscopyanalyser.Instrumentalreadyinplace(mobilerack-mountedanalyzer)buttheheatedinletneedstobebuilt.Calibrationisachallenge.ThesystemwillbeusedduringtheKVSvalbardcruisein2018.

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ReportonWP4

WP4didnothaveadedicatedworkshop-sessionbutjustface-to-facemeetingwithonlyafewinvolvedpeople.WP-leadFinnDanielsenwasnotabletoattendtheGAonWednesday,buttheWP4overviewpresentationwasgivenbyLisbethIversen.

ReportonWP5

ThemainitemsaddressedattheWP5meetingswere

SingleSign-On(SSO)capacity:-aSSOcapacityisavailableontheCloudPlatform,toeasilyaccessalltheplatform'sservices.

- thenwhen runningprocessing jobsonCloud resources, a federated IdentityProvider (IDP) canbeused tofederatetheuseraccountsrequiredbysomeremoterepositories.

DataProductslicenses:-somedataproductsrequire“non-commercialuse”.

-somedataproductsrequireagreementsbetweenproducer/distributor

-Forthe iAOSwebportal’s“dataexploitation”tasks,theuser interfacewouldaskuserstoreadandconfirmthetermsofuseforeachdataproduct(persession?onceforallforauserprofile?).

Trackingdataproductsavailabilityandusages:-viaafederatedcatalog(fromtheINTAROSPortal)

-whendatasetsarefetched(fromProcessingserviceAPIcalls,fromPortaldataaccessservices)

DataprovidersandLogos:-iAOSwillaccessIMR(checknewlogo)dataviaNMDC(uselogo).Cataloguesand/orregistries:- Providers catalogue level (registry): information on who provides what (similar to the GEOSS Registryhttp://geossregistries.info/)

- Data collections catalogue level:machine readable information (standard protocol and encoding, standardmetadataformats)onwheretofinddatacollections,basedoncategories/collectionsofdataproducts

- Data products catalogue level: machine readable information (standard protocol and encoding, standardmetadataformats)onhowtoactuallyfetchdataproducts

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Decisions

WP2andWP5shalldefinejointcommunicationwithinproject:iAOShasafocusonintegrationofremotedatarepositories,andnotonthecreationofanewdatastore.Thisshallbedonealongwithdatamanagement&sustainabilitybestpracticesforfederatedrepositories(dataremainsandiscuratedinexternal infrastructure,withdataowners).Task5.3hasresourcestosupportpartnerswithexposingtheirdataservices(implementingstandardsandprotocols)andjointheiAOSfederation.

Newdatashallbestoredinexistingdatarepositories.Insomecases(e.g.knowndataprocessingcampaigns),iAOSwillstoreinternallyacopy,forperformancespurposes.

NeedWP5demo services as soonaspossible, tobe showcased topotential users, even if not final version.Follow-onmeetingswithWP6tobeplannedforApril-May.

Actions

• NERSCtoconsiderthepossibleuseofIshmaeltools(forAcousticservice)andcontacttheIshmaelteamlead.

• NERSCtofindsomeCTDdataset(s)forARMINEStotestgeostatistics(kriging)forinterpolatedfields.• TerradueandNERSCtostudy iAOSDataCatalogueand iAOSPortalsolutiontoadvertiseonthe iAOS

Portalthedataaccesspoliciesoffederateddataproviders,sothatusersacceptthetermsofuseandagreetorespectrelateddatapolicy.

ReportfromWP6

WP6isyettostart,butcoordinationandplanningisstarted.TheobjectivesandprogressreportedpertaskbyWPleadinplenaryGApresentation.

Timeandagoodmeeting roomwereallocated forWP6activitieson themorningofThursday Jan11.Therewasno intentionofa jointWP6meeting, smallerdedicated taskmeetingswereheld. Several tasks (at leastWP6.2and6.8;6.3;6.4)usedthisopportunityforplanningandcoordinatingactivities.Task6.4discussedandupdated theirworkplanduring this session.SomeWP6 task leadersalsohave important roles inotherWPs(WP1,WP3,WP4).AstherearedeliverableswithdeadlinestomeettherebeforethoseofWP6priorityhadinsomecasestobegiventootherparallelmeetings.SomeinformalWP6taskmeetingswereheldatothertimesduringtheweek.

A revisedwork plan for Task 6.1 had been developed before the GA. Also the data needs and variables ofhighestinterestofTask6.1hadbeendescribed.AjointworkplanforWPs6.2and6.8hadbeendevelopedbytaskmembers fromIMR,AUandDTUaquaprior to theGA.Theplandetailsactivitieswithdates, institutionresponsible,dataneeds,andtargeteddeliverables.Alistofpotentialstakeholdersforthesetwotaskshadalsobeenprepared.

TheWP5leadersorganizedaworkshopwithWP6ontheafternoonofThursdayJan11.WP6scientistsgotagoodinsightinwhatwecanexpecttogetfromWP5,butalsothattheyrequireinputfromus.WP5actsasalinkbetweenWP2(and3and4)andWP6.Seaicestatisticsandacoustics(WP6.3)wereusedfordemonstrationpurposes.MoreinformationondatarequirementswasrequiredfromotherWP6taskleaders.

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ReportfromWP7

TheWP7discussed several strategies to increase visibility of the project, increase science education in highschools,andtocommunicatetheprojectresultswiththenativecommunities.

DiscussiononEngagingwiththenativecommunity

PeterPulsiferparticipatedtothediscussion,andpresentedhisprospectiveonkeythings learnedonworkingwithindigenouscommunitiesanddata,theimportanceofrespect,reciprocityandresponsibility,whicharekeytoestablishandmaintainagoodrelationshipbetweenscientistsandlocalcommunities.Therearedifferenceswithin and between regions, we need to understand the local environment. Other economic options maymitigateagainstparticipationinsomeprojects.Acriticalpointraisewastheengagementfatigue;communitiesalso don´t have capacity to engagewith lots of different groups of researchers. In recent year, givenmoreprojects have started in the arctic,many scientistswant to engage the local communities, but donot knowhow. This takes a lot of time; building trust takes time. Scientists should not expect instant return oninvestment.

WediscussedinpracticaltermonhowcanINTAROSpresentitselftothelocalcommunities,whatisthevalueproposition.Toavoidoverlapandduplicationontopicswherethelocalcommunitiesarealreadyengaged,wediscussedhowwecanbuildontheFairbanksreportasastartingpointforidentifyingorganisationstoengagewith.Thereisaclusteroforganisations.IARPICinvolvesallfederalagencies–sowouldbeagoodplatformatwhichtoraiseINTAROS.Weneedmoreco-ordination.HajoEickenatUniversityofAlaskaisalreadyinvolvedinINTAROS-soneedtolookatcoordinatingacrossdifferentnetworksisvital.

Anothercrucialpoint raise is theneed toestablish relationshipsbeforeproposal submission.Thiswaspartlyachieved in INTAROS. Timing of engagement with the communities is also important. Social media can beeffectiveincertaincommunities,butmightnotworkinmoreremotecommunities.

Discussiononsocialmedia

WediscussedaboutincreasingthevisibilityofINTAROSinthesocialmedia.Angelikasuggestedinvolvingmoredirectly active twitter users included in INTAROS in better publicizing the events related to the project,includingmeetings (GA?), andupcoming field campaign. Connected to thiswe shouldmake sure touse thecorrect handles and tags, and possibly set up a blog system as well. To address this points, Eurocean willrequest the consortium for volunteer twitter/facebook posters. Also to search twitter for active users if novolunteers.Euroceanwillputablurbonthetwitterprofileabouttheproject,andinvestigatethesettingupofasimplebloggingsystemthatwillalloweasyinputandconnectiontowebsite.

Discussiononhighschooleducation

IGPAN mentioned that they are planning to put together educational packages by September 2020,disseminatedviawebinarsandworkshops,plannedtobeconductedbytheendofNovember2020.

One year of CISCoWebEx Tool available to Feb 2019. It is critical that someof theparticipants of INTAROSwoulddeliver30minutelivepresentationstoschools.ThesepresentationwillbecarriedoutviatheEdu-arcticwebsitehttps://edu-arctic.eu/

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Piotrwill sendDona andNed an email regarding theWebEx courses and a request for volunteers from theINTAROScommunity,sowecanco-ordinatethemessaging,andwillsetupatemplatefortherequirementsfortheeducationalpackages.Afirstversionofaneducationalpackagebyendof2018,althoughfinaldelivery isnotuntiltheendof2019.

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Participantlist

Monday08January1300-1800:WP2Workshopday1

Lastname Firstname Organisation E-mailaddress

1 Ahlstrøm Andreas GEUS apa@geus.dk2 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr3 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr4 Asmi Eija FinnishMeteorologicalInstitute eija.asmi@fmi.fi5 Atakan Kuvvet UniversityofBergen Kuvvet.Atakan@uib.no

6 Behrendt AxelAlfredWegenerInstituteHelmholtzcentreforpolarandmarineresearch Axel.Behrendt@awi.de

7 Beszczynska-Möller Agnieszka InstituteofOceanologyPAS abesz@iopan.gda.pl

8 Bobylev LeonidNansenInternationalEnvironmentalandRemoteSensingCentre leonid.bobylev@niersc.spb.ru

9 Danielsen Finn NORDECO fd@nordeco.dk10 Devasthale Abhay SMHI abhay.devasthale@smhi.se11 Gattuso Jean-Pierre CNRS gattuso@obs-vlfr.fr12 GLOWACKI Piotr InstituteofGeophysicsPAS glowacki@igf.edu.pl

13 Goeckede Mathias Max-Planck-InstituteforBiogeochemistry mgoeck@bgc-jena.mpg.de14 Grabiec Mariusz UniversityofSilesia mariusz.grabiec@us.edu.pl15 Hamre Torill NERSC torill.hamre@nersc.no16 Herbaut Christophe CNRS ch@locean-ipsl.upmc.fr17 Heygster Georg UB heygster@uni-bremen.de18 Houssais Marie-Noelle CNRS mnh@locean-ipsl.upmc.fr19 King Andrew NIVA andrew.king@niva.no20 Kohnert Katrin GFZGermanResearchCentreforGeosciences katrin.kohnert@gfz-potsdam.de21 Lappalainen Hanna UniversityofHelsinki hanna.k.lappalainen@helsinki.fi22 Ludwigsen Carsten DTUSpace caanlu@space.dtu.dk23 Lyu Guokun universityofHamburg guokun.lyu@uni-hamburg.de24 Naakka Tuomas FMI tuomas.naakka@fmi.fi

25 Navarro Francisco UniversidadPolitecnicadeMadrid francisco.navarro@upm.es26 Pallandt Martijn MaxPlanckInstituteforBiogeochemistry mpall@bgc-jena.mpg.de27 Pirazzini Roberta FinnishMeteorologicalInstitute roberta.pirazzini@fmi.fi28 QIU Yubao InstitutionofRemoteSensingandDigitalEarth qiuyb@radi.ac.cn29 Renner Angelika InstituteofMarineResearch angelika.renner@imr.no30 Sachs Torsten GFZ torsten.sachs@gfz-potsdam.de31 Sagen Hanne NERSC hanne.sagen@nersc.no32 Sandven Stein NERSC stein.sandven@nersc.no33 Schewe Ingo AlfredWegenerInstitute ingo.schewe@awi.de34 Sedlar Joseph StockholmUniversity joseph.sedlar@smhi.se35 Shalina Elena NIERSC elena.shalina@niersc.spb.ru

36 Shi LijuanInstituteofRemoteSensingandDigitalEarth,CAS shilj@radi.ac.cn

37 Starkweather Sandra USAON sandy.starkweather@noaa.gov38 Storvold Rune Norut rune.storvold@norut.no39 Thorne Peter NUIM peter.thorne@mu.ie40 Tjernström Michael StockholmUniversity michaelt@misu.su.se41 Voss Peter GEUS pv@geus.dk42 Wawrzyniak Tomasz InstituteofGeophysics,PAS tomasz@igf.edu.pl43 Zona Donatella USFD D.zona@sheffield.ac.uk

14

Tuesday09January0900-1815:

WP2workshopday2

Lastname Firstname Organisation E-mailaddress1 Ahlstrøm Andreas GEUS apa@geus.dk2 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr3 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr4 Asmi Eija FinnishMeteorologicalInstitute eija.asmi@fmi.fi5 Atakan Kuvvet UniversityofBergen Kuvvet.Atakan@uib.no

6 Behrendt AxelAlfredWegenerInstituteHelmholtzcentreforpolarandmarineresearch Axel.Behrendt@awi.de

7 Beszczynska-Möller Agnieszka InstituteofOceanologyPAS abesz@iopan.gda.pl

8 Bobylev LeonidNansenInternationalEnvironmentalandRemoteSensingCentre leonid.bobylev@niersc.spb.ru

9 Buch Erik EuroGOOS erik.buch@eurogoos.eu10 Danielsen Finn NORDECO fd@nordeco.dk11 Devasthale Abhay SMHI abhay.devasthale@smhi.se12 Gattuso Jean-Pierre CNRS gattuso@obs-vlfr.fr

13 GLOWACKI PiotrInstituteofGeophysicsPolishAcademyofSciences glowacki@igf.edu.pl

14 Goeckede Mathias Max-Planck-InstituteforBiogeochemistry mgoeck@bgc-jena.mpg.de15 Goncalves Pedro Terradue pedro.goncalves@terradue.com16 Grabiec Mariusz UniversityofSilesia mariusz.grabiec@us.edu.pl17 Hamre Torill NERSC torill.hamre@nersc.no18 Herbaut Christophe CNRS ch@locean-ipsl.upmc.fr19 Heygster Georg UB heygster@uni-bremen.de20 Houssais Marie-Noelle CNRS mnh@locean-ipsl.upmc.fr21 King Andrew NIVA andrew.king@niva.no22 Kohnert Katrin GFZGermanResearchCentreforGeosciences katrin.kohnert@gfz-potsdam.de

23 Lappalainen HannaUniversityofHelsinki,FinnishMeteorologicalInstitute hanna.k.lappalainen@helsinki.fi

24 Ludwigsen Carsten DTUSpace caanlu@space.dtu.dk25 Lyu Guokun universityofHamburg guokun.lyu@uni-hamburg.de26 Mankoff Kenneth GEUS kdm@geus.dk27 Naakka Tuomas FMI tuomas.naakka@fmi.fi28 Navarro Francisco UniversidadPolitecnicadeMadrid francisco.navarro@upm.es29 Ottersen Geir InstituteofMarineResearch geir.ottersen@ibv.uio.no30 Pallandt Martijn MaxPlanckInstituteforBiogeochemistry mpall@bgc-jena.mpg.de31 Pirazzini Roberta FinnishMeteorologicalInstitute roberta.pirazzini@fmi.fi32 QIU Yubao InstitutionofRemoteSensingandDigitalEarth qiuyb@radi.ac.cn33 Renner Angelika InstituteofMarineResearch angelika.renner@imr.no34 Sachs Torsten GFZ torsten.sachs@gfz-potsdam.de35 Sagen Hanne NERSC hanne.sagen@nersc.no

36 Sandven SteinNansenEnvironmentalandRemoteSensingCenter stein.sandven@nersc.no

37 Schewe Ingo AlfredWegenerInstitute ingo.schewe@awi.de38 Sedlar Joseph StockholmUniversity joseph.sedlar@smhi.se39 Sejr Mikael AarhusUniversity mse@bios.au.dk40 Shalina Elena NIERSC elena.shalina@niersc.spb.ru

41 Shi LijuanInstituteofRemoteSensingandDigitalEarth,CAS shilj@radi.ac.cn

42 Solgaard Anne GEUS aso@geus.dk43 Starkweather Sandra USAON sandy.starkweather@noaa.gov44 Storvold Rune Norut rune.storvold@norut.no45 Thorne Peter NUIM peter.thorne@mu.ie

46 Tjernström Michael StockholmUniversity michaelt@misu.su.se47 Voss Peter GEUS pv@geus.dk

48 Wawrzyniak TomaszInstituteofGeophysics,PolishAcademyofSciences tomasz@igf.edu.pl

49 Zona Donatella USFD D.zona@sheffield.ac.uk

15

Wednesday10January0900–1700:GeneralAssembly

Lastname Firstname Organisation E-mailaddress1 Ahlstrøm Andreas GEUS apa@geus.dk2 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr3 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr4 Asmi Eija FinnishMeteorologicalInstitute eija.asmi@fmi.fi5 Atakan Kuvvet UniversityofBergen Kuvvet.Atakan@uib.no6 Baer Kristina AlfredWegenerInstitute kbaer@awi.de7 Behrendt Axel AWI Axel.Behrendt@awi.de8 Beszczynska-Möller Agnieszka InstituteofOceanologyPAS abesz@iopan.gda.pl9 Bobylev Leonid NIERSC leonid.bobylev@niersc.spb.ru

10 Brude OddWilly DNVGL odd.willy.brude@dnvgl.com11 Buch Erik EuroGOOS erik.buch@eurogoos.eu12 Caumont Hervé Terradue herve.caumont@terradue.com13 Cheng Bin FMI bin.cheng@fmi.fi14 Chotiros Nicholas ONRG nicholas.p.chotiros.civ@mail.mil15 DAVID-BEAUSIRE Christine LOPS/IUEM christine.davidbeausire@univ-brest.fr16 Devasthale Abhay SMHI abhay.devasthale@smhi.se17 Domine Florent CNRS florent.domine@gmail.com18 Dwyer Ned EurOcean ned.dwyer@eurocean.org19 Fleming Andrew BritishAntarcticSurvey ahf@bas.ac.uk20 Gattuso Jean-Pierre CNRS gattuso@obs-vlfr.fr21 GLOWACKI Piotr InstituteofGeophysicsPAS glowacki@igf.edu.pl22 Goeckede Mathias MPIBGC mgoeck@bgc-jena.mpg.de23 Goncalves Pedro Terradue pedro.goncalves@terradue.com24 Gourcuff Claire Euro-ArgoERIC claire.gourcuff@euro-argo.eu25 Grabiec Mariusz UniversityofSilesia mariusz.grabiec@us.edu.pl26 Hamre Torill NERSC torill.hamre@nersc.no27 Herbaut Christophe CNRS ch@locean-ipsl.upmc.fr28 Heygster Georg UB heygster@uni-bremen.de29 Houssais MarieNoelle CNRS mnh@locean-ipsl.upmc.fr30 Johannessen Truls UniversityofBergen truls.johannessen@uib.no31 King Andrew NIVA andrew.king@niva.no32 Kohnert Katrin GFZ katrin.kohnert@gfz-potsdam.de33 Kroglund Marianne NorwegianEnvironmentAgenc. marianne.kroglund@miljodir.no34 Lapazaran Javier UniversidadPolit.deMadrid javier.lapazaran@upm.es35 Lappalainen Hanna UniversityofHelsinki, hanna.k.lappalainen@helsinki.fi36 Ludwigsen Carsten DTUSpace caanlu@space.dtu.dk37 Lyu Guokun universityofHamburg guokun.lyu@uni-hamburg.de38 Maar Marie AarhusUniversity mam@bios.au.dk39 Mankoff Kenneth GEUS kdm@geus.dk40 Morvik Arnfinn InstituteofMarineResearch arnfinn.morvik@imr.no41 Naakka Tuomas FMI tuomas.naakka@fmi.fi42 Navarro Francisco UniversidadPolit.deMadrid francisco.navarro@upm.es43 Nilsen Frank UNIS frank.nilsen@unis.no44 OBOLENSKY GRIGOR EURO-ARGO grigor.obolensky@euro-argo.eu45 ORS Fabien ARMINES fabien.ors@mines-paristech.fr46 Ottersen Geir InstituteofMarineResearch geir.ottersen@ibv.uio.no47 Pallandt Martijn MPIBGC mpall@bgc-jena.mpg.de48 Pirazzini Roberta FinnishMeteorologicalInstitute roberta.pirazzini@fmi.fi49 Pulsifer Peter UniversityofColoradoBoulder peter.pulsifer@colorado.edu50 QIU Yubao RADI qiuyb@radi.ac.cn51 RENARD Didier Armines didier.renard@mines-paristech.fr52 Renner Angelika InstituteofMarineResearch angelika.renner@imr.no53 Sachs Torsten GFZ torsten.sachs@gfz-potsdam.de54 Sagen Hanne NERSC hanne.sagen@nersc.no55 Sandven Stein NERSC stein.sandven@nersc.no56 Schewe Ingo AlfredWegenerInstitute ingo.schewe@awi.de57 Sedlar Joseph StockholmUniversity joseph.sedlar@smhi.se58 Sejr Mikael AarhusUniversity mse@bios.au.dk59 Shalina Elena NIERSC elena.shalina@niersc.spb.ru60 Solgaard Anne GEUS aso@geus.dk61 Soltwedel Thomas Alfred-Wegener-Institute Thomas.Soltwedel@awi.de62 Storvold Rune Norut rune.storvold@norut.no

16

63 Thorne Peter NUIM peter.thorne@mu.ie64 Tjernström Michael StockholmUniversity michaelt@misu.su.se65 Voss Peter GEUS pv@geus.dk66 Zona Donatella USFD D.zona@sheffield.ac.uk67 Reiersen Lars-Otto AMAP

Thursday11January0900-1200:WP3meeting

Lastname Firstname Organisation E-mailaddress1 Atakan Kuvvet UniversityofBergen Kuvvet.Atakan@uib.no2 Beszczynska-Möller Agnieszka InstituteofOceanologyPAS abesz@iopan.gda.pl

3 Cheng Bin FMI bin.cheng@fmi.fi4 DAVID-BEAUSIRE Christine LOPS/IUEM christine.davidbeausire@univ-brest.fr5 Domine Florent CNRS florent.domine@gmail.com6 Gattuso Jean-Pierre CNRS gattuso@obs-vlfr.fr7 GLOWACKI Piotr InstituteofGeophysicsPAS glowacki@igf.edu.pl8 Goeckede Mathias Max-Planck-InstituteforBiogeochemistry mgoeck@bgc-jena.mpg.de9 Hasemann Christiane AWI Christiane.Hasemann@awi.de

10 Herbaut Christophe CNRS ch@locean-ipsl.upmc.fr11 Houssais Marie-Noelle CNRS mnh@locean-ipsl.upmc.fr12 Johannessen Truls UniversityofBergen truls.johannessen@uib.no13 King Andrew NIVA andrew.king@niva.no14 Kohnert Katrin GFZGermanResearchCentreforGeosciences katrin.kohnert@gfz-potsdam.de15 Lapazaran Javier UniversidadPolitecnicadeMadrid javier.lapazaran@upm.es16 Lyu Guokun universityofHamburg guokun.lyu@uni-hamburg.de17 Navarro Francisco UniversidadPolitecnicadeMadrid francisco.navarro@upm.es18 Nilsen Frank UNIS frank.nilsen@unis.no19 OBOLENSKY GRIGOR EURO-ARGO grigor.obolensky@euro-argo.eu20 Pirazzini Roberta FinnishMeteorologicalInstitute roberta.pirazzini@fmi.fi21 Renner Angelika InstituteofMarineResearch angelika.renner@imr.no22 Sachs Torsten GFZ torsten.sachs@gfz-potsdam.de23 Sagen Hanne NERSC hanne.sagen@nersc.no24 Sedlar Joseph StockholmUniversity joseph.sedlar@smhi.se25 Soltwedel Thomas Alfred-Wegener-Institute Thomas.Soltwedel@awi.de26 Storvold Rune Norut rune.storvold@norut.no27 Tjernström Michael StockholmUniversity michaelt@misu.su.se28 Voss Peter GEUS pv@geus.dk29 Zona Donatella USFD D.zona@sheffield.ac.uk

Thursday11January0900-1200:WP5meeting Lastname Firstname Organisation E-mailaddress

1 Behrendt Axel AWI Axel.Behrendt@awi.de2 Bobylev Leonid NIERSC leonid.bobylev@niersc.spb.ru3 Caumont Hervé Terradue herve.caumont@terradue.com4 GLOWACKI Piotr InstituteofGeophysicsPAS glowacki@igf.edu.pl5 Goncalves Pedro Terradue pedro.goncalves@terradue.com6 Hamre Torill NERSC torill.hamre@nersc.no7 Morvik Arnfinn InstituteofMarineResearch arnfinn.morvik@imr.no8 ORS Fabien ARMINES fabien.ors@mines-paristech.fr9 QIU Yubao InstitutionofRemoteSensingandDigitalEarth qiuyb@radi.ac.cn

10 RENARD Didier Armines didier.renard@mines-paristech.fr11 Schewe Ingo AlfredWegenerInstitute ingo.schewe@awi.de12 Shalina Elena NIERSC elena.shalina@niersc.spb.ru13 Thorne Peter NUIM peter.thorne@mu.ie

Thursday11January1315-1500:WP1meeting Lastname Firstname Organisation E-mailaddress

1 Beszczynska-Möller Agnieszka InstituteofOceanologyPAS abesz@iopan.gda.pl

17

2 Heygster Georg UB heygster@uni-bremen.de3 Johannessen Truls UniversityofBergen truls.johannessen@uib.no4 Lyu Guokun universityofHamburg guokun.lyu@uni-hamburg.de5 Sagen Hanne NERSC hanne.sagen@nersc.no

6 Sandven SteinNansenEnvironmentalandRemoteSensingCenter stein.sandven@nersc.no

7 Soltwedel Thomas Alfred-Wegener-Institute Thomas.Soltwedel@awi.de8 Pulsifer Peter UniversityofColorado 9 Kroglund Marianne NorwegianEnvironmentAgency

10 Reiersen Lars-Otto AMAP 11 Gourcuff Claire Euro-ArgoERIC

Thursday11January0900-1200:WP6meeting Lastname Firstname Organisation E-mailaddress

1 Ahlstrøm Andreas GEUS apa@geus.dk2 Ardhuin Fanny IFREMER fanny.ardhuin@ifremer.fr3 Buch Erik EuroGOOS erik.buch@eurogoos.eu4 Cheng Bin FMI bin.cheng@fmi.fi5 Döscher Ralf SMHI ralf.doescher@smhi.se6 HansenEide Cecilie Instituteofmarineresearch cecilie.hansen@hi.no7 GLOWACKI Piotr InstituteofGeophysicsPAS glowacki@igf.edu.pl8 Goeckede Mathias Max-Planck-InstituteforBiogeochemistry mgoeck@bgc-jena.mpg.de9 Johannessen Truls UniversityofBergen truls.johannessen@uib.no

10 King Andrew NIVA andrew.king@niva.no11 Ludwigsen Carsten DTUSpace caanlu@space.dtu.dk12 Maar Marie AarhusUniversity mam@bios.au.dk13 Mankoff Kenneth GEUS kdm@geus.dk14 Navarro Francisco UniversidadPolitecnicadeMadrid francisco.navarro@upm.es15 Ottersen Geir InstituteofMarineResearch geir.ottersen@ibv.uio.no16 Sagen Hanne NERSC hanne.sagen@nersc.no17 Sejr Mikael AarhusUniversity mse@bios.au.dk18 Skogen MortenD InstituteofMarineResearch morten@hi.no19 Solgaard Anne GEUS aso@geus.dk20 vanderMeeren GroI. InstituteofMarineResearch grom@imr.no

Thursday11January1315-1630:WP5+WP6meeting Lastname Firstname Organisation E-mailaddress

1 Atakan Kuvvet UniversityofBergen Kuvvet.Atakan@uib.no2 Behrendt Axel AWI Axel.Behrendt@awi.de3 Beszczynska-Möller Agnieszka InstituteofOceanologyPAS abesz@iopan.gda.pl4 Caumont Hervé Terradue herve.caumont@terradue.com5 Döscher Ralf SMHI ralf.doescher@smhi.se6 HansenEide Cecilie Instituteofmarineresearch cecilie.hansen@hi.no7 Goncalves Pedro Terradue pedro.goncalves@terradue.com8 Hamre Torill NERSC torill.hamre@nersc.no9 Maar Marie AarhusUniversity mam@bios.au.dk

10 Morvik Arnfinn InstituteofMarineResearch arnfinn.morvik@imr.no11 Navarro Francisco UniversidadPolitecnicadeMadrid francisco.navarro@upm.es12 ORS Fabien ARMINES fabien.ors@mines-paristech.fr13 Ottersen Geir InstituteofMarineResearch geir.ottersen@ibv.uio.no14 Pirazzini Roberta FinnishMeteorologicalInstitute roberta.pirazzini@fmi.fi15 QIU Yubao InstitutionofRemoteSensingandDigitalEarth qiuyb@radi.ac.cn16 RENARD Didier Armines didier.renard@mines-paristech.fr17 Sagen Hanne NERSC hanne.sagen@nersc.no18 Schewe Ingo AlfredWegenerInstitute ingo.schewe@awi.de19 Skogen MortenD InstituteofMarineResearch morten@hi.no20 Solgaard Anne GEUS aso@geus.dk21 Thorne Peter NUIM peter.thorne@mu.ie22 vanderMeeren Gro InstituteofMarineResearch grom@hi.no

18