Planetary Science Division Research Capability Management Capability...Companies 1.5% 2.0% • Vast...

PlanetaryScienceDivisionResearchCapabilityManagement

JonathanA.R.RallPlanetaryResearchDirector

Charge

2

Coordinated with• Ames Research Center • Glenn Research Center• Goddard Space Flight Center• Jet Propulsion Laboratory• Johnson Space Center• Marshall Space Flight Center

WhyPlanetary Science?

• Exploreandobservetheobjectsinthesolarsystemtounderstandhowtheyformedandevolve

• Advancetheunderstandingofhowthechemicalandphysicalprocessesinoursolarsystemoperate,interactandevolve

• Exploreandfindlocationswherelifecouldhaveexistedorcouldexisttoday.

• ImproveourunderstandingoftheoriginandevolutionoflifeonEarthtoguideoursearchforlifeelsewhere

• IdentifyandcharacterizeobjectsinthesolarsystemthatposethreatstoEarth,orofferresourcesforhumanexploration

Ascertainthecontent,origin,andevolutionofthesolarsystemandthepotentialforlifeelsewhere

Understanding the Planetary System

StrategiesforExploringtheSolarSystem

5

PlanetaryDecadalReportsfromtheNationalAcademyofScience

Nextupdate:Mid-TermReportlate2017/Planningfor2021DecadalSurvey

Overview(1of2)• PlanetaryScienceDivision(PSD)R&Aprogramhasbroadobjectives

– Spansmanydisciplines(atmosphere,magnetosphere,geology,geophysics,geochemistry/composition,physics/dynamics,astrobiology;…)

– PI-led/teamfocusedresearch,experimental/laboratory,samplescience,analoguefieldcampaigns,modeling,dataanalysis,facilitiesandinstrumentdevelopment,…

– Vibrantin-houseactivitiesprimarilyatthreecenters(GSFC,ARC,JSC)+JPLandsmallereffortsatMSFC &GRC

– Vibrant/growingexternalcommunity– Directedandcompetedapproaches

• PSDorganization,guidingdocuments,andplans(neartolong-term)areclearandstable– DecadalSurveyrecommendations(2011)addressresearchaswellasforfuturemissions– SMDSciencePlan(2014)– detailsPSDresearchorganization,structure,objectives,and

approaches(durablestrategicobjectives)• Sustained,multiprongedcommunicationpathwaysareessentialmanagementfoundation

– AnnualROSEScalllistsplannedfuturesolicitationsalongwiththoseincurrentyear– PSDpresence/presentationsatmostscienceteamandcommunitymeetings(AG’s)– PlanetaryTownHall’satmajorconferences(AAS-DPS,AGU,LPSC)

Overview(2of2)• Nosingle,algorithmicmanagementapproachforoptimizingR&AcapabilitiesattheDivision(PSD)

levelispossible– Broad(andinteracting)scientificobjectives– Multitudeofapproaches,Centers,andcommunities(academic,non-profit,for-profit)– Interagencyandinternationalcontext/coordination(DoE,USGS,ESA,JAXA,ISRO,etc.)– NASA’sgovernancestructureallowsdirectCenterinputto,anddecisionsby,theAA– bypassing

PSDandSMD

• GuidingPrinciples/Approaches– Accomplishments– Balance– Communications– Collaborationandleveraging(PSDR&ACapabilityManagementleads andcoordinates)

• CapabilityManagementExamples– Gaps– Developingneededcapabilitiesthatdidn’texistforplanetaryresearch– Under-utilizedResources– takinggreateradvantageofCentercapabilities– ApparentDuplication– Ensuringcomplementarity,notoverlap

• Successisdemonstratedwhenwemakeprogressagainstourstrategicobjectives(GPRM-MA),Decadalpriorities,andrecognizeadvancesbythegeneralplanetarysciencecommunity

CapabilityLeadershipRoles• AdvisesAgencyandensuresproperalignmentacrossMissionsandCenters.

• Establishesplans&roadmapstoprovidetechnicalguidancetotheAgency.

• Determinegapareasforadvancementandstrategicinvestment.

• Advisesoncapabilitysizingandstrategichiring,includingcontracting,acrossallCenters.

• Determinesinvestmentsanddivestments withincapabilityscope,includingadvisingCentersonassets.

• Solicitsinnovativeideasfromoutsidethecapabilityarea.

• Establishesstandardsandspecificationswithincapabilityscope

ManagingCapability• RestructureofR&Aprogram– tobetteralignwithPSDstrategicgoals

(2014SciencePlan)

• PSDistheprimaryfundingsourceforplanetaryscience intheUS,presentsuniquechallenges

• RecentbaselinereviewofPSDfundedfacilities&RPIFs

• Howarewecoordinatingacrossthedivisions– JointR&Aprogramelements(Origins->Exoplanets,HabitableWorlds,LivingWith

aStar)

– Overlappingmissionscience(MAVEN,Juno,MESSENGER,ARTEMIS/THEMIS,Kepler)

– ComparativeClimatologyWorkshops(2012&2015)• PSDwillreleaseanewR&Aprogramelement,EmergingTopicsinPlanetaryScience

(ETIPS)tocovercomparativeclimatology/planetologyinROSES2017– NEXSSNASA’sNexusforExoplanetSystemScience

• AllfoursciencedivisionsinSMDparticipate

PSDExoplanetResearchProgram(XRP)ExoplanetcharacterizationProtoplanetary DisksPlanetFormationComparativePlanetology

AstrophysicsExoplanetDetectionStarCharacterizationExistingMissionData

AnalysisJWST

Heliophysics DetectionofplanetarymagnetospheresStellarwindsRadiative Habitability

PSDAstrobiologyComparativePlanetologyPlanetaryatmospheresExoplanetDetectionBiosignaturesHabitability

NExSS Implementation– novelapproach

EarthSciences

ReviewofPlanetaryScienceDivisionfundedFacilities

• Twoseparatereviews– NASAfacilities

• AmesVerticalGunRange(AVGR)• PlanetaryAeolianLab(PAL)• GlennExtremeEnvironmentsRig(GEER)• ReflectanceLab(Relab)– BrownUniversity

– RegionalPlanetaryImageFacilities• Noserious,externalpeer-reviewofeithertheFacilitiesorthe

RPIF’sindecades• Reviewoutcomes

– Possibledivestmentoffacilities– Possiblefuturesolicitationfornew,neededfacilities(samplereturn

analysislabs?)

www.lpi.usra.edu/psd-facilities/

NASARegionalPlanetaryImageFacilities(RPIF)

• Asystemofplanetaryimagelibraries,• Establishedin1977• Eachfacility'sgeneralholdingcontainsimagesandmapsofplanetsand

theirsatellitestakenbysolarsystemexplorationspacecraft.– Maintainphotographic&digitaldata– Missiondocumentation– Cartographicdata.

• Primarilyreferencecentersforbrowsing,studying,andselectinglunarandplanetaryphotographicandcartographicmaterials.

• Experiencedstaffcanassistscientists,educators,students,media,andthepublicinorderingmaterialsfortheirownuse.

**Reviewcompletedawaitingfinalreportandpathforward**

NASAREGIONALPLANETARYIMAGEFACILITIES2014

ArizonaStateUniversity,RonaldGreeleyCenterforPlanetaryStudiesDirector:Dr.DavidWilliamsManager:DavidNelson

BrownUniversity,NortheastRegionalPlanetaryDataCenterDirector:Dr.PeteSchultzManager:PeterNeivert

CornellUniversity,SpacecraftPlanetaryImagingFacilityDirector:Dr.AlexHayesManager:RickKline

JetPropulsionLaboratory,RegionalPlanetaryImageFacilityDirector:Dr.BobAndersonManager:JeffreySchroeder

LunarandPlanetaryInstitute,CenterforInformationandResearchServicesDirector:Dr.PaulSpudisManager:MaryAnnHager

NationalAirandSpaceMuseum(Smithsonian),CenterforEarthandPlanetaryStudiesDirector:Dr.ThomasWattersManager:RosemaryAiello

UniversityofArizona,SpaceImageryCenterDirector:Dr.ShaneByrneManager:MariaSchuchardt

UniversityofHawaii,PacificRegionalPlanetaryDataCenterDirector:Dr.PeterMouginis-MarkManager:Dr.ChrisPeterson

USGSAstrogeologyScienceCenter,RegionalPlanetaryInformationFacilityDirector:Dr.JustinHagertyManager:DavidPortree

PlanetaryProgramArchitectureRecommendedbythePlanetaryDecadalSurvey

TechnologyDevelopment(6-8%)

Research&Analysis(5%abovefinalFY11amountthen~1.5%/yr)

Discovery$500M(FY15)cappermission(exclusiveoflaunchvehicle)and24monthcadenceforselection

NewFrontiers$1B(FY15)cappermission(exclusiveoflaunchvehicle)withtwoselectionsduring2013-22

LargeMissions(“Flagship”-scale)

“RecommendedProgram”(budgetincreaseforJEOnewstart)

1) MarsAstrobiologyExplorer-Cacher–descoped

2) JupiterEuropaOrbiter(JEO)–descoped

3) UranusOrbiter&Probe(UOP)4/5)EnceladusOrbiter&VenusClimate

Mission

“CostConstrainedProgram”(basedonFY11Request)

1) MarsAstrobiologyExplorer-Cacher– descoped

2) UranusOrbiter&Probe(UOP)

“Lessfavorable” budgetpicturethanassumed

(e.g.,outyearsinFY12request)

DescopeordelayFlagshipmission

CurrentCommitments(ie:OperatingMissions)

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FindingsfromtheNRCreport:AnEnablingFoundationforNASA’sEarthandSpaceScienceMissions(2010)

• NASAshouldensurethatSMDmission-enablingactivitiesarelinkedtothestrategicgoalsoftheagencyandofSMD.

• NASA’sSMDshoulddevelopandimplementanapproachtoactivelymanagingitsportfolioofmission-enablingactivities.

• NASAshouldincreasethenumberofscientificallyandtechnicallycapableprogramofficerssothattheycandevoteanappropriatelevelofattentiontothetasksofactivelymanagingtheportfolioofresearch…[wehaveaddressedthisconcern,butnotthroughreorganizationoftheportfolio]

• NASAresponsewasinagreementwiththeserecommendations

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“Byexplicitly tyingtheROSESsolicitations…totheSMDSciencePlanresearchobjectives,SMDensuresthatsponsoredresearchcontributesdirectlyandsubstantiallytoAgencygoals.”

RoleofNASACentersinPlanetaryResearch• NASAcentersaresignificantparticipantsinthePSDR&Aprograms• UniversitiesarethelargestparticipantinPSDR&Aprogram• Non-profitinstitutesplayaslargearoleinPSDR&AasdoNASACenters• Databaseincluding11,926proposalssubmittedtoPSDbetweenROSS04andROSES12

Institution Selection% Funds%

NASACenters&JPL 13.5% 15.9%

Universities 61.8% 60.4%

Non-profits 18.7% 14.8%

OtherGovernment 4.4% 6.8%

Companies 1.5% 2.0%

• Vastmajorityofourawards(80.5%)aretoextramuralresearchers

• And75.2%ofthefundsawardedwenttoextramuralresearchersatuniversitiesandnon-profits.

BreakoutofR&AAwardsbyInstitution-type

PlanetaryScienceResearchCapabilitiesSnapshot(FY2014/2015Average) ARC GSFC JPL JSC

FTEs 29.5 98.6 16.8

WYEs 76 210 59.9

FTEs($M) 5.6 16.8 2.7

WYEs($M) 12.2 26.3

Procurement($M) 1.9 14.2 11.9

TotalPeople(FTEs+WYEs) 105.5 308.6 76.8

TotalFunding($M) 19.7 57.3 14.7

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Center-BasedActivitiesNOT SolicitedThroughTypicalROSESProcess

• Certainlarge,ongoingeffortsthatservebroadercommunityhavebeensupportedthroughnon-competitivemechanisms

– MarsClimateModelingCenter(ARC)– Astrocuration (JSC)– PlanetaryTechnology(GRC)– JPL- PDSNodes(Engineering&NAIF)– RadioisotopePowerSource(RPS)(non-nuclear)Fundamentalresearchinpower

systems/production(GRC)– AdvancedMulti-MissionOperationsSystem(AMMOS- JPL)– NEOO(60%competed/40%non-competed)– MarsCriticalDataProducts(CDP– JPL)– PlanetaryScienceProgramSupport(PSPS– JPL)

• AttempttooffernewCSfundingmodelthroughScienceEnablingR&A(SERA)pilotprogram

– AstrobiologyHabitableEnvironmentsDatabase(AHED- ARC)

– LowTemperaturePlanetaryAnalogs(LTPA- ARC)

– MSFCNobleGasResearchLaboratory(MNGRL) (MSFC)

– CosmicDustAnalogProductionLaboratory(GSFC)

PSDManagementofR&ACapabilityatCenters

• Identification&mitigationofGaps• Identification&mitigationofUnderutilizedCapacity

• AvoidanceofUnnecessaryDuplication

GAP#1:PSDInstrumentDevelopmentprogramsstopshortof“mission-ready”status- TRL6

• Thegap:PlanetaryScienceDivisionhadparallelinstrumentdevelopmentprograms,PIDDP,ASTID,MIDP)thataddressedinstrumentdevelopmentfromTRL1-6butinsufficientfundstocrosstheTRL4to6“ValleyofDeath”.

• ActionTaken:Eliminatedthreeparallelprogramsandcreatedtwoserialinstrumentdevelopmentprograms,increasedgrantsizeofMatISSE programupto$1M/year• PlanetaryInstrumentConcepttoAdvanceSolarSystemObservations(PICASSO)TRL1-4

• MaturationofInstrumentsforSolarSystemExploration(MatISSE)TRL4-6

• ProgrammaticResult: FourROSESsolicitationcycles havebeencompleted,twoPICASSOcalls(ROSES2013&2014)andtwoMatISSE calls(ROSES2012&2014)atotalof42activitieshavebeenselected(10withprincipalinvestigatorsfromNASACentersand14JPL).

• ProgrammaticImpact:InstrumentsdevelopedinPICASSO&MatISSE (alongwithlegacyinstrumentprograms)havebeenselectedforseveralrecentplanetarymissions.

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RecentInstrumentDevelopmentTechnologyInfusionsinthePSD

ProgramFunding

DateSelectedforFltMission FlightMission PIName PIInstitution TechnologyDevelopedInstrument

SIMPLEx Aug2015CubeSatMissionviaCLSI JoshColwell UCF

ParticleAggregationExperiment Q-PACECubeSat

PICASSO,SIMPLEx Aug2015

CubeSatMissionviaSLSEM-1 CraigHardgrove ASU NeutronSpectrometer LunaH_MapCubeSat

PIDDP ESA/JUICE GimYonggyu JPLRadHardRFTransmitter RIMEInstrument

PIDDP,MatISSE May2015 EuropaClipper ZoltanSternovskySwRI InSituDustAnalyzer SUDAInstrument

PIDDP May2015 EuropaClipper GimYonggyu JPLRadHardRFTransmitter REASONInstrument

MatISSE May2015 EuropaClipper DianaBlaney JPL Mappingspectrometer MISEInstrument

PIDDP May2015 EuropaClipper HunterWaite SwRIMultibouncemassspectrometer MassSpectrometer

PIDDP May2015 EuropaClipper KurtRetherford SwRIUltravioletSpectrograph UltravioletSpectrograph(UVS)Instrument

PIDDP July2014 Mars2020 RogerWiensLosAlmosNatLab LIBS/Raman/Imager

SuperCamInstrument(AnupgradedVersionofChuriosity'sChemCam)

PIDDP July2014 Mars2020 AbigailAllwood JPLX-rayFlorescenceSpectrometer PIXLInstrument

PIDDP,ASTEP,ASTID, July2014 Mars2020 LutherBeagle JPL UVSpectrometer SHERLOCInstrument

PIDDP MarsCuriosity RogerWiensLosAlmosNatLab LIBS/Raman ChemCamInstrument

PIDDP MarsCuriosity DavidBlake ARCX-rayDifraction &X-rayfluorescence CheMinInstrument

PIDDP MarsCuriosity PaulMahaffy GSFC MassSpec/GC SampleAnalysisatMars(SAM)Instrument

GAP#2:EnableUSInvestigatorstoParticipateinnon-USSatelliteMissions

• Thegap:USinvestigatorshadnopredictablewaytogetsupporttoparticipateinnon-USsatellitemissions;thenormalR&Apeer-reviewprocesswasnotsetupforlonger-termeffortswithminimalnear-termscientificreturn

• ActionTaken:Creationofnew,dedicatedfundingline– “InternationalMissionsContributions(IMC)”inRaptoraftersingle(2009)callofU.S.ParticipatingInvestigatorprogram• Currentlyhavetwoactivecalls,Hayabusa-2ParticipatingScientistProgram(PSP)andAkatsuki

PSP• ExpectreleaseofRosettaDataAnalysisProgramforU.S.investigators inFY17.

• ProgrammaticResult: TwoIMCcallshavebeencompletedand17PrincipalInvestigatorswereselected- 4fromNASAcenters

• ProgrammaticImpact: USinvestigatorshaveformallysupportednon-USplanetarymissionsatvariousstages² PartneragencieswhosemissionshavebeensupportedincludeESA,JAXA

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GAP#2:EnableUSInvestigatorstoParticipateinforeignmission- Hayabusa 2

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TaskTitle TaskLead TaskInstitutionMeasurementofCosmogenicRadionuclidesinaMicrogramofHayabusaSamples Nishiizumi,Kunihiko UniversityofCalifornia,Berkeley

FromPointSourcetoResolvedWorld:Comprehensivespectro-photometriccharacterizationof1999JU3 Moskovitz,Nicholas LowellObservatory

ParticipatingArchiveScientistfortheHayabusa2AsteroidSampleReturnMission Crombie,Mary IndigoInformationServices,LLC

ConstrainingSurfacePropertiesofAsteroid1999JU3usingHayabusa2OpticalNavigationCameraClearandColorImages LeCorre,Lucille PlanetaryScienceInstitute

Explorationofavolatile-richasteroidfromthemacro- tothenano-scale Nittler,Larry CarnegieInstitutionofWashington

Hayabusa2RegolithSampleMineralogicalAnalysis Zolensky,Michael NASAJohnsonSpaceCenter

SpectrophotometricModelingofSpectrometerandImagerObservations DomingueLorin,Deborah PlanetaryScienceInstitute

IsotopicStudiesofPresolarandHydrothermalProcessesinAsteroid1999JU3Regolith Messenger,Scott NASAJohnsonSpaceCenter

ConstrainingSurfacePropertiesofAsteroid1999JU3usingHayabusa2OpticalNavigationCameraClearandColorImages[USGStask] Becker,Kris USGS,Flagstaff

Investigatinghydratedsilicatesandorganiccompoundsonasteroid1999JU3 Takir,Driss USGSFlagstaff

TaskTitle TaskLead TaskInstitution

SPICEforVenusClimateOrbiter Acton,Charles JPL

ObservationalandTheorecticalConstraintsonCurrentVenusVolcanismfromAkatsukiUVandIRImaging Bullock,Mark SouthwestResearchInstitute

InvestigationoftheVenusWeatherasaParticipatingScientistinResidence Limaye,Sanjay UniversityofWisconsin-Madison

VenusAtmosphereStudieswiththeAkatsukiLightningCamera Lorenz,RalphJohnsHopkinsUniversityAppliedPhysicsLab

Combinedtheoreticalandobservationalmulti-disciplinaryanalysisofthestructureandevolutionofthecloudsandhazesofVenus McGouldrick,Kevin UniversityofColorado

DetailedModelingofVenus'ChemicalEvolution Jessup,Kandis-Lea SouthwestResearchInstitute

ModelingVenusAtmosphericDynamicswithDatafromtheVenusClimateOrbiter(Akatsuki) Schubert,Gerald UCLA

IdentifyingCloudPropertiesandAltitude:SpectralImageCubestoAccompanyAkatsukiImageData Young,Eliot SouthwestResearchInstitute

GAP#2:EnableUSInvestigatorstoParticipateinforeignmission- Akatsuki


USNear-EarthObjectSurveillanceSatelliteScienceTeamSupport Tedesco,Edward PlanetaryScienceInstitute

USPIRussianPhobosSampleReturnMission(PhSRM) Duxbury,Thomas GeorgeMasonUniversity

High-PrecisionLong-RangeRoverLocalizationandTopographicMappingusingNetworkedPanCamImagesfortheESAExoMarsRoverMission Li,Rongxing(Ron) TheOhioStateUniversity

High-QualityElementalMapsoftheMoonfromAnalysesofAdvancedOrbitalGamma-RayData Reedy,Robert PlanetaryScienceInstitute

ExoMarsSEISCo-Investigators Banerdt,William JetPropulsionLaboratory

USPIRussianPhobosSampleReturnMission(PhSRM)- Co-I Acton,Charles JetPropulsionLab

USNear-EarthObjectSurveillanceSatelliteScienceTeamSupport- Co-I Chodas,Paul JetPropulsionLab

GAP#2:EnableUSInvestigatorstoParticipateinforeignmission– U.S.ParticipatingInvestigatorprogram– singlecall2009

GAP#3:Nodedicatedsmall-sat/cubesat program

§ TheGap:PlanetaryScienceDivisionhadnodedicatedcubesat orsmall-satprogram.Thisisnotanoversightonlyadelayduetotheinherentdifficultyofcapitalizingontheexponentialgrowthofcubesats atinterplanetarydistances.

§ TwoActionsTaken:DirectedtheInterplanetaryNanoSpacecraft PathfinderInRelevantEnvironment(INSPIRE)cubesat activitytoJPLandcreatednewcompetedprogram,SmallInnovativeMissionsforPlanetaryExploration(SIMPLEX)

§ ExpectationistohaveaSIMPLEXcallcorrespondingtoeveryplanetarymission,Discovery,NewFrontiers,FlagshipandDirected

§ Expecttoincreasesizerangeofcubesats upto12Uonceaqualifieddeployer isavailable

§ ProgrammaticResult:TwofullSIMPLEx missionsselectedandthreeadditionalproposalsselectedfortechdevelopment.Ofthethreeselectedfortechdev,twoareNASACenterPI’s.

§ ProgrammaticImpact: Planetarycubesats/small-sats nowindevelopmentwillbeavailabletobeco-manifestedonSMDplanetarymissionsaswellasHEOMDlaunchesoftheSLS.Infact,theSLSpromisestoopenuptheoutersolarsystemgreatlyreducingtraveltimeandPhaseEcosts(cruise).

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SIMPLEx CubeSatmissions&technologydevelopment


DiminutiveAsteroidVisitorusingIonDrive(DAVID) Landis,GeoffreyNASAGlennResearchCenter

HydrogenAlbedoLunarOrbiter(HALO) Collier,MichaelGoddardSpaceFlightCenter

SIMPLExMarsOrbiter(MMO) Malin,MichaelMalin SpaceScienceSystemsInc.


LunaH-Map:LunarPolarHydrogenMapper Hardgrove,Craig ArizonaStateUniversity

Q-PACE:CubeSatParticleAggregationandCollisionExperiment Colwell,Josh

UniversityofCentralFlorida

LunaH-Map:LunarPolarHydrogenMapper Babuscia,Allessandra JetPropulsionLab

LunaH-Map:LunarPolarHydrogenMapper Colaprete,Anthony NASAAmes

Gap #4: No dedicated organization to coordinate effort across agencies to identify and characterize potentially hazardous asteroids

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• Thegap:TheUnitedStateshasaneffectiveprogramfordiscoveringlargerNEOs,butweneedtoimproveourcapabilitiesfortheidentificationandcharacterizationofsmallerNEOs.

• ActionTaken:Anewoffice,thePlanetaryDefenseCoordinationOffice,wasestablishedatNASAHQtocoordinateplanetarydefenserelatedactivitiesacrossNASA,andcoordinatebothUSinteragencyandinternationaleffortsandprojectstoaddressandplanresponsetotheasteroidimpacthazard.

• ProgrammaticResult:TBD

• ProgrammaticImpact:TBD

UnderutilizedCapacity#1:

• Theunderutilizedcapacity:

• ActionTaken:

• ProgrammaticResult:•• ProgrammaticImpact:

PlanetaryResearchCapabilities:MinimizingUnnecessaryDuplication

ARC GSFC JPL JSC

Cosmochemistry üExobiology/Astrobiology üInstrument Development ü ü üLunarAdvancedScience üMarsFundamental Research üOuterPlanets Research üOriginsofSolarSystems üPlanetaryAstronomy üPlanetary Atmospheres ü üPlanetaryGeology&Geophysics ü ü

32**Primaryareasofresearch**

CenterSpecialtiesbrokenoutfurther

-15 5 25 45

COS

EXOB

PATM

PAST

PGG

LASER

MFRP

NEOO

OPR

PPR

SSO

CDAP

DDAP

JDAP

LARS

MDAP

PMDAP

SDSA

SRLD

PSPs

Instr

NASAARC(126Awards)

-15 5 25 45

COS

EXOB

PATM

PAST

PGG

LASER

MFRP

NEOO

OPR

PPR

SSO

CDAP

DDAP

JDAP

LARS

MDAP

PMDAP

SDSA

SRLD

PSPs

Instr

NASAGSFC(120Awards)

-15 5 25 45

COS

EXOB

PATM

PAST

PGG

LASER

MFRP

NEOO

OPR

PPR

SSO

CDAP

DDAP

JDAP

LARS

MDAP

PMDAP

SDSA

SRLD

PSPs

Instr

JetPropulsionLab(163Awards)

-15 5 25 45

COS

EXOB

PATM

PAST

PGG

LASER

MFRP

NEOO

OPR

PPR

SSO

CDAP

DDAP

JDAP

LARS

MDAP

PMDAP

SDSA

SRLD

PSPs

Instr

NASAJSC(73Awards)

Summary:PSDResearchCapabilityManagement

• PlanetaryScienceDivision(PSD)R&Aelementhasbroadobjectives

• PSDcapabilitiesandactivitiesresideatCenters,aswellasinthecommunity

• PSDR&Aorganization,guidingdocuments,andplansarewritten,clear,andstable

• PSDR&Amanagementdependscriticallyon:– Effective,2-waycommunicationwithCentersandwiththeCommunities– Demonstrableprogressagainstplanetaryscientificobjectives– Appropriatebalanceofdisciplineandapproach– DetailedPSD/HQknowledgeofallaspectsoftheR&Aprogram’sactivitiesandplans– Abilitytousethefullsuiteofmanagementtools:solicitations,direction,external

collaborations,andleveraging– Demonstrated,effectiveHQmitigationandavoidanceofGAPS,UNDER-UTILIZED

CAPABILITIES,andUNNECESSARYDUPLICATION

BackUp

ComparingSpecialtiesattopCenters

SlidesforCapabilityManagementPresentationtoASIP

36

COS1%

EXOB24%

PATM13%

PAST1%

PGG13%

LASER5%

MFRP6%

OPR5%

SSO10%

CDAP3%

MDAP8% Inst

11%

NASAARC

COS6%

EXOB7%

PATM13%

PAST16%

PGG7%

LASER7%

MFRP7%

OPR6%

SSO5%

CDAP6%

MDAP5%

Inst15%

NASAGSFC

COS49%

EXOB3%

PGG3%

LASER12%

MFRP25%

SSO5%

MDAP3%

NASAJSC COS4%

EXOB2%

PATM9%

PAST8%

PGG10%

LASER1%

MFRP5%

OPR13%

SSO5%

CDAP5%

MDAP8%

Inst30%

NASAJPL

COS CosmochemistryEXOB ExobiologyPATM PlanetaryAtmospheresPAST PlanetaryAstronomyPGG PlanetaryGeologyand

GeophysicsLASER LunarAdv.Scienceand

ExplorationResearchMFRP MarsFundamental

ResearchProgramOPR OuterPlanetsResearchSSO OriginsofSolarSystemsCDAP CassiniDataAnalysisMDAP MarsDataAnalysisInst Instrument

DevelopmentPrograms

Programswithfewawardshavebeenremovedtoimproveclarity.Programswithroughlyequalnumbersofawardshavealsobeenremoved.

ProposalsbyOrganizationType

0

200

400

600

800

1000

1200

2004 2005 2006 2007 2008 2009 2010 2011 2012 2013

Num

bero

fPropo

sals

SolicitationYear

Company

University

OtherUSGov.

NASA(inc.JPL)

Non-profit

NASA-USGS Planetary Spatial Data Infrastructure Inter-Agency Agreement

FY2017 Part BDRAFT

Planetary Science Division Research Capability Management Capability...Companies 1.5% 2.0% • Vast...

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