Faculty

Institution

Unit

Venue

Jane Fox

Research Professor Physics

Wright State University

Affiliations

College of Science and Mathematics

Physics

Jane Fox is currently serving as a College Of Science And Mathematics Research Professor Physics at Wright State University.

Honors

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Education

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Jane Fox

Wright State University

Research Professor Physics

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planetary sciences astronomy planetary science space science observational astronomy space weather geophysical research geophysics atmospheric science planetary atmospheres photochemical escape space exploration cosmochemistry ionosphere lunar science astrochemistry planetary systems solar-terrestrial interaction planetary exploration martian atmosphere astronautics space environment earth science planetary change high-energy astrophysics space research chemistry space physics planetary geomorphology planetary environments neutral gas ion mass spectrometer atmospheric research meteoritics upper atmosphere atmospheric escape hydrocarbon ions neutral upper atmosphere engine research carbon space missions planetary bodies planetary magnetospheres planetary geology faraday discussion reactivity (chemistry) source apportionment atmospheric photochemistry satellite meteorology space technology space communications orbit determination early detection volatile evolution present-day loss rates maven observations solar activity variations exobase approximation first measurements near-terminator martian ionosphere ionosphere variability ion outflows

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aeronomy. Springer handbooks (2023)

Jane L. Fox

Estimates of Photochemical Oxygen Loss Rates From Mars-Like Exoplanets. Bulletin of the American Astronomical Society/Bulletin - American Astronomical Society (2021)

T. CravensA. RenzagliaA. RahmatiO. HamilJ. Fox

mars-like exoplanetsastronomyphotochemistryplanetary sciencesobservational astronomyhigh-energy astrophysics

Photochemical Escape From Mars as Constrained by Maven in Situ Measurements and Recent Modeling. 43rd COSPAR Scientific Assembly. Held 28 January - 4 February (2021)

Robert LillisStephen BougherMichael CombiThomas CravensJane L. FoxRoger YelleJustin DeighanAli RahmatiYuni LeeMarko GacesaDaniel Lo

space sciencespace environmentphotochemical escapeplanetary scienceastronomyastrochemistryphotochemistryplanetary sciencesobservational astronomy

Rate Coefficients for the Reactions of Co 2 + With O: Lessons From Maven at Mars. Icarus (2020)

Jane L. FoxMehdi BennaJames P. McFaddenBruce M. Jakosky

chemical kineticschemistryreactivity (chemistry)rate coefficientschemical engineeringsource apportionment

Detection of the Nitric Oxide Dayglow on Mars by Maven/Iuvs. Journal of Geophysical Research Planets (2019)

Michael H. StevensDavid E. SiskindJ. Scott EvansJane L. FoxJustin DeighanSonal K. JainNicholas M. Schneider

geophysical researchgeophysicsspace weatherplanetary scienceplanetary systemsastronomynitric oxide dayglowplanetary sciencesobservational astronomy

Photochemical Escape From Mars as a Climate Driver: How Important?. LPI Contributions (2019)

R. J. LillisD. Y. LoJ. I. DeighanJ. L. FoxR. V. YelleY. LeeF. LeblancJ. Y. ChaufrayT. E. CravensA. RahmatiM. GacesaB. M. JakoskyM. Chaffin

photochemical escapeplanetary scienceastronomyphotochemistryplanetary sciencesclimate driver

Photochemical Escape of Carbon From Mars: Greater Than Previously Thought?. Lunar and Planetary Science Conference (2019)

R. J. LillisD. LoJ. DeighanJ. L. FoxR. YelleM. K. ElrodY. LeeM. BennaB. M. Jakosky

space sciencecosmochemistrycarbonlunar sciencephotochemical escapeplanetary scienceastronomyphotochemistryplanetary sciencesobservational astronomy

Loss of the Martian Atmosphere to Space: Present-Day Loss Rates Determined From Maven Observations and Integrated Loss Through Time. Icarus (2018)

B.M. JakoskyD. BrainM. ChaffinS. CurryJ. DeighanJ. GrebowskyJ. HalekasF. LeblancR. LillisJ.G. LuhmannL. AnderssonN. AndreD. AndrewsD. BairdD. BakerJ. BellM. BennaD. BhattacharyyaS. BougherC. BowersP. ChamberlinJ.-Y. ChaufrayJ. ClarkeG. CollinsonM. CombiJ. ConnerneyK. ConnourJ. CorreiraK. CrabbF. CraryT. CravensM. CrismaniG. DeloryR. DeweyG. DiBraccioC. DongY. DongP. DunnH. EganM. ElrodS. EnglandF. EparvierR. ErgunA. ErikssonT. EsmanJ. EspleyS. EvansK. FallowsX. FangM. FillingimC. FlynnA. FogleC. FowlerJ. FoxM. FujimotoP. GarnierZ. GirazianH. GroellerJ. GruesbeckO. HamilK.G. HanleyT. HaraY. HaradaJ. HermannM. HolmbergG. HolsclawS. HoustonS. InuiS. JainR. JolitzA. KotovaT. KurodaD. LarsonY. LeeC. LeeF. LefevreC. LentzD. LoR. LugoY.-J. MaP. MahaffyM.L. MarquetteY. MatsumotoM. MayyasiC. MazelleW. McClintockJ. McFaddenA. MedvedevM. MendilloK. MezianeZ. MilbyD. MitchellR. ModoloF. MontmessinA. NagyH. NakagawaC. NarvaezK. OlsenD. PawlowskiW. Peterson

space sciencelunar sciencespace weatherspace environmentplanetary scienceplanetary explorationplanetary systemsspace explorationpresent-day loss ratesastronomyplanetary sciencesobservational astronomymartian atmosphere

Escape of O(3P), O(1D), and O(1S) From the Martian Atmosphere. Icarus (2017)

Jane L. FoxAleksander B. Hać

planetary atmosphereslunar scienceplanetary scienceatmospheric scienceastronomyplanetary sciencesmartian atmosphere

First Detection of the Nitric Oxide Dayglow on Mars. HAL (Le Centre pour la Communication Scientifique Directe) (2017)

Michael H. StevensDavid E. SiskindJ. Scott EvansJane L. FoxSonal JainJustin DeighanNicholas M. SchneiderA. Ian F. StewartMatteo CrismaniArnaud StiepenMichael S. ChaffinWilliam E. McClintockGreg HolsclawFranck LefevreDaniel LoJohn T. ClarkeFranck MontmessinBruce Jakosky

space sciencespace weatherearly detectionplanetary sciencefirst detectionastronomynitric oxide dayglowplanetary sciencesclimate changeobservational astronomy

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