Faculty

Institution

Unit

Venue

John Clarke

Professor Emeritus

Boston University

Affiliations

College of Arts & Sciences

Astronomy

John Clarke is currently serving as an Astronomy Professor Emeritus at Boston University.

Honors

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Experiences

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Education

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John Clarke

Boston University

Professor Emeritus

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astronomy planetary sciences observational astronomy space science planetary science space weather astrophysics solar-terrestrial interaction atmospheric science geophysical research high-energy astrophysics geophysics space exploration lunar science earth science planetary atmospheres extragalactic astronomy planetary magnetospheres planetary exploration hst observations upper atmosphere hubble space telescope physics astronomical image analysis meteoritics planetary change space research earth observation jovian aurora space physics magnetospheric plasma space environment atmospheric research ionosphere uv aurora relativistic astrophysics terrestrial planets astronautics imaging spectroscopy far-ultraviolet imaging optical engineering planetary environments uv-vis spectroscopy space missions earth observation data large magellanic cloud planetary geology crab nebula radio emissions stellar populations jupiter aurora interplanetary hydrogen nature atmospheric measurement technique applied geophysics space geodesy space optic space technology direct observation ultraviolet emissions star formation history auroral evidence auroral footprint rosat observations wildlife earth-moon system galaxy formation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Interplanetary Hydrogen Properties Observed From Mars. Authorea (Authorea) (2024)

Majd MayyasiEric QuemeraisDimitra KoutroumpaIgor BaliukinAnastasia TitovaVladislav IzmodenovJohn T. ClarkeJustin DeighanNicholas M. SchneiderShannon M. Curry

space scienceplanetary scienceastrophysicsastronomyinterplanetary hydrogen propertiesplanetary sciences

Martian Atmospheric Hydrogen and Deuterium: Seasonal Changes and Paradigm for Escape to Space. Science Advances (2024)

John T. ClarkeMajd MayyasiDolon BhattacharyyaJean-Yves ChaufrayNicolas SchneiderBruce JakoskyRoger YelleFranck MontmessinMichael ChaffinShannon CurryJustin DeighanSonal JainJean-Loup BertauxErin CangiMatteo CrismaniScott EvansSumedha GuptaFranck LefevreGreg HolsclawDaniel LoWilliam McClintockMichael StevensIan StewartShane StonePaul MahaffyMehdi BennaMeredith Elrod

atmosphere of earthseasonal changesmartian atmospheric hydrogenspace sciencespace weatherspace environmenthydrogenplanetary sciencesplanetary environmentsearth scienceastronomyclimate changeplanetary changeatmospheric chemistryplanetary atmospheresplanetary magnetospheresatmospheric environmentatmospheric researchatmospheric sciencescience advance

Maven/Iuvs Observations of Oh Prompt Emission: Daytime Water Vapor in the Thermosphere of Mars. Journal of Geophysical Research Planets (2024)

M. H. StevensE. M. CangiJ. DeighanS. K. JainM. S. ChaffinJ. S. EvansS. GuptaJ. T. ClarkeN. M. SchneiderS. M. Curry

space scienceplanetary atmospheresgeophysical researchgeophysicsspace weatherspace environmentplanetary scienceatmospheric scienceterrestrial planetsoh prompt emissionastronomyplanetary sciencesdaytime water vaporobservational astronomy

Variation in Pedersen Conductance Near Jupiter’s Main Emission Aurora: Comparison of Hubble Space Telescope and Galileo Measurements. Authorea (Authorea) (2024)

Matthew J. RutalaJohn T. ClarkeMarissa F. VogtJonathan D. Nichols

space sciencespace weatherplanetary sciencegalileo measurementsspace explorationastrophysicssolar-terrestrial interactionastronomyspace physicshubble space telescopeplanetary sciencesobservational astronomyhigh-energy astrophysicspedersen conductance

Evidence of Non‐Thermal Hydrogen in the Exosphere of Mars Resulting in Enhanced Water Loss. Journal of Geophysical Research Planets (2023)

D. BhattacharyyaJ. T. ClarkeM. MayyasiV. ShematovichD. BisikaloJ. Y. ChaufrayE. ThiemannJ. HalekasC. SchmidtJ. L. BertauxM. S. ChaffinN. M. Schneider

space scienceplanetary atmospheresenhanced water lossgeophysical researchgeophysicsspace weatherplanetary sciencenon-thermal hydrogenplanetary systemsplanetary environmentsterrestrial planetsplanetary geomorphologyplanetary geologyastronomyphysicsplanetary sciencesobservational astronomyplanetary change

Jovian Magnetospheric Injections Observed by the Hubble Space Telescope and Juno. Geophysical Research Letters (2023)

J. D. NicholsF. AllegriniF. BagenalB. BonfondG. B. ClarkJ. T. ClarkeJ. E. P. ConnerneyS. W. H. CowleyR. W. EbertG. R. GladstoneD. GrodentD. K. HaggertyB. MaukG. S. OrtonG. ProvanR. J. Wilson

space sciencegeophysical researchmagnetospheric plasmageophysicsspace weatherspace environmentspace explorationastrophysicssolar-terrestrial interactionatmospheric sciencejovian magnetospheric injectionsastronomyplanetary scienceshubble space telescope

Mars Thermal+Non-Thermal H Modeling. Zenodo (CERN European Organization for Nuclear Research) (2023)

Dolon BhattacharyyaJohn ClarkeMajd MayyasiValery ShematovichDmitry BisikaloJean-Yves ChaufrayEd ThiemannJasper HalekasCarl SchmidtJean-Loup BertauxMichael ChaffinNicholas Schneider

space sciencelunar sciencenuclear physicsthermal modelingspace weathernuclear scienceastrophysical simulationsplanetary scienceatmospheric researchspace explorationfusion scienceearth scienceatmospheric scienceastronomyplanetary scienceshigh-energy astrophysicsplanetary changeblack holes

Mars Thermal + Non-Thermal Modeling Data From Figures. Zenodo (CERN European Organization for Nuclear Research) (2023)

Dolon BhattacharyyaJohn Clarke, MajdValery ShematovichDmitry BisikaloJean-Yves ChaufrayEd ThiemannJasper HalekasCarl SchmidtJean-Loup BertauxMichael ChaffinNick Schneider

space sciencelunar sciencenuclear physicsthermal modelingspace weathernuclear sciencedata modelingplanetary scienceatmospheric researchdata scienceatmospheric scienceastronomyplanetary scienceshigh-energy astrophysics

Measuring Neutral Hydrogen Properties in the Interplanetary Medium. Bulletin of the AAS (2023)

Majd MayyasiJohn ClarkeEric QuemeraisOlga KatushkinaVlad IzmodenovElena ProvornikovaJustyna SokolPontus BrandtAndre GalliMerav OpherMarc KornbleuthJeff LinskyBrian WoodThomas Chen

space sciencecosmochemistryneutral hydrogen propertiesinterplanetary mediumastronomyastrochemistryplanetary sciences

Pushing the Frontier of Solar Space Physics: Exploration of the Heliosphere and the Very Local Interstellar Medium by an Interstellar Probe. Bulletin of the American Astronomical Society (2023)

Pontus BrandtBenjamin AltermanErika AlvarezDaniel BakerStuart BaleIgor BaliukinStas BarabashCharles BeichmanJan BergmanJean-Loup BertauxPiotr BladekMichel BlancEric ChristianJohn ClarkeAlice CocorosJohn CooperRobert DeckerRobert DeMajistreMihir DesaiKostas DialynasSuzanne DoddStefan ErikssonAndrei FedorovBrian FieldsLennard FiskGlen FountainLouis FriedmanPriscilla FrischMasaki FujimotoHerbert FunstenAndre GalliLisseth GavilianMatina GkioulidouRandy GladstoneGeorge GloecklerMike GruntmanLeonid GurvitsSonny HarmanMatthew HillGeorge HoBryan HollerMihaly HoranyiTimothy HorburySilvan HunzikerLuciano IessOlga KatushkinaSascha KempfKathy KhaJames KinnisonMarc KornbleuthKelly KorreckTom KrimigisHarald KucharekWilliam KurthRosine LallementBenoit LavraudPaulett LiewerJeffrey LinskyCasey LisseStefano LiviWerner MagnesKathleen MandtMajd MayyasiRalph McNuttRichard MewaldtJesse MillerDonald MitchellEberhard MoebiusParisa MostafaviGeorgios NicolaouRomina NikoukarMerav OpherStephen OwinoJeewoo ParkNikolaos PaschalidisMichael PaulLarry PaxtonFerdinand PlaschkeMichael PlumarisNikolai PogorelovAndrew PoppeElena ProvornikovaRomana RatkiewiczSeth RedfieldDaniel ReisenfeldKurt RetherfordJohn RichardsonEdmond RoelofKirby RunyonAbigail RymerDaniel Santos-CostaNathan SchwadronSteinn SigurdssonJonathan SlavinTodd SmithJustyna SokolLuca Sorriso-ValvoLinda SpilkerSarah SpitzerKarl Stapelfeldt

solar physicsinterstellar probespace weatherdeep space explorationbasic researchspace explorationastrophysicsinterstellar mediumspace researchacta astronauticaastronomyspace physicsplanetary sciences

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John Clarke

Professor Emeritus

Boston University

Affiliations

College of Arts & Sciences

Astronomy

John Clarke is currently serving as an Astronomy Professor Emeritus at Boston University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Clarke

Boston University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Interplanetary Hydrogen Properties Observed From Mars. Authorea (Authorea) (2024)

Majd MayyasiEric QuemeraisDimitra KoutroumpaIgor BaliukinAnastasia TitovaVladislav IzmodenovJohn T. ClarkeJustin DeighanNicholas M. SchneiderShannon M. Curry

space scienceplanetary scienceastrophysicsastronomyinterplanetary hydrogen propertiesplanetary sciences

Martian Atmospheric Hydrogen and Deuterium: Seasonal Changes and Paradigm for Escape to Space. Science Advances (2024)

Maven/Iuvs Observations of Oh Prompt Emission: Daytime Water Vapor in the Thermosphere of Mars. Journal of Geophysical Research Planets (2024)

M. H. StevensE. M. CangiJ. DeighanS. K. JainM. S. ChaffinJ. S. EvansS. GuptaJ. T. ClarkeN. M. SchneiderS. M. Curry

Variation in Pedersen Conductance Near Jupiter’s Main Emission Aurora: Comparison of Hubble Space Telescope and Galileo Measurements. Authorea (Authorea) (2024)

Matthew J. RutalaJohn T. ClarkeMarissa F. VogtJonathan D. Nichols

Evidence of Non‐Thermal Hydrogen in the Exosphere of Mars Resulting in Enhanced Water Loss. Journal of Geophysical Research Planets (2023)

D. BhattacharyyaJ. T. ClarkeM. MayyasiV. ShematovichD. BisikaloJ. Y. ChaufrayE. ThiemannJ. HalekasC. SchmidtJ. L. BertauxM. S. ChaffinN. M. Schneider

Jovian Magnetospheric Injections Observed by the Hubble Space Telescope and Juno. Geophysical Research Letters (2023)

J. D. NicholsF. AllegriniF. BagenalB. BonfondG. B. ClarkJ. T. ClarkeJ. E. P. ConnerneyS. W. H. CowleyR. W. EbertG. R. GladstoneD. GrodentD. K. HaggertyB. MaukG. S. OrtonG. ProvanR. J. Wilson

Mars Thermal+Non-Thermal H Modeling. Zenodo (CERN European Organization for Nuclear Research) (2023)

Dolon BhattacharyyaJohn ClarkeMajd MayyasiValery ShematovichDmitry BisikaloJean-Yves ChaufrayEd ThiemannJasper HalekasCarl SchmidtJean-Loup BertauxMichael ChaffinNicholas Schneider

Mars Thermal + Non-Thermal Modeling Data From Figures. Zenodo (CERN European Organization for Nuclear Research) (2023)

Dolon BhattacharyyaJohn Clarke, MajdValery ShematovichDmitry BisikaloJean-Yves ChaufrayEd ThiemannJasper HalekasCarl SchmidtJean-Loup BertauxMichael ChaffinNick Schneider

Measuring Neutral Hydrogen Properties in the Interplanetary Medium. Bulletin of the AAS (2023)

Majd MayyasiJohn ClarkeEric QuemeraisOlga KatushkinaVlad IzmodenovElena ProvornikovaJustyna SokolPontus BrandtAndre GalliMerav OpherMarc KornbleuthJeff LinskyBrian WoodThomas Chen

space sciencecosmochemistryneutral hydrogen propertiesinterplanetary mediumastronomyastrochemistryplanetary sciences

Pushing the Frontier of Solar Space Physics: Exploration of the Heliosphere and the Very Local Interstellar Medium by an Interstellar Probe. Bulletin of the American Astronomical Society (2023)

solar physicsinterstellar probespace weatherdeep space explorationbasic researchspace explorationastrophysicsinterstellar mediumspace researchacta astronauticaastronomyspace physicsplanetary sciences

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