Faculty

Institution

Unit

Venue

Samuel Kounaves

Professor Chemistry

Tufts University

Affiliations

Graduate School of Arts and Sciences

Samuel Kounaves is currently serving as a Graduate School Of Arts And Sciences Professor Chemistry at Tufts University.

Honors

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Experiences

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Education

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Samuel Kounaves

Tufts University

Professor Chemistry

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planetary sciences planetary science astronomy space science materials science earth science observational astronomy cosmochemistry analytical chemistry lunar science electrochemistry geophysical research planetary environments electroanalytical chemistry space weather planetary change geophysics atmospheric science astrochemistry planetary exploration planetary geology high-energy astrophysics martian soil cryosphere planetary atmospheres arid environments environmental microbiology ocean sciences sensor technology meteoritics terrestrial planets soil science applied microbiology exploration geophysics micro technology mercury chemistry space research astronautics planetary geomorphology liquid water heavy metals engineering geology cold region science water science applied geophysics surface electrochemistry mercury film electrode ion selective electrodes marine geology aerosol science black holes planetary bodies environmental analytical chemistry geophysical flows space mission design space missions semiconductor device fabrication outer planets electronic tongue analytical instrumentation ultramicroelectrode arrays soluble sulfate mcmurdo dry valleys atacama desert enzyme-based selectivity mechanisms microbial growth water-quality monitor copper-nickel series earth system science eurasian geography marine systems trace metals experimental geomorphology soluble chemistry phoenix lander site calcium carbonate

Notable Scholarly Works

Notable Federal Grants

Collaborators

Defined Mars Media (Dmm), a Chemically Defined Simulant of the Soluble Macro- and Micro- Nutrients in Mars Regolith for Use in Biological Research. bioRxiv (Cold Spring Harbor Laboratory) (2026)

biological engineeringmars mediamars regolithmicro- nutrientsgeobiology

Inside the Atacama Desert: Uncovering the Living Microbiome of an Extreme Environment. Applied and Environmental Microbiology (2024)

Alexander BartholomäusSteffi GenderjahnKai MangelsdorfBeate SchneiderPedro ZamoranoSamuel P. KounavesDirk Schulze-MakuchDirk Wagner

applied microbiologyenvironmental microbiologyarid environmentsenvironmental sciencemicrobiologyliving microbiomeextreme environmentsmicrobial diversityecologymicrobiomemicrobial ecologyatacama desert

Mineral Alteration in Water-Saturated Liquid Co2 on Early Mars. Nature Geoscience (2024)

Michael H. HechtSamuel KrevorAlbert S. YenAdrian J. BrownNicolas RandazzoMichael A. MischnaMark A. SephtonSamuel P. KounavesAndrew SteeleJames W. RiceIsaac B. SmithMax ColemanDavid FlanneryMarc Fries

geochemistryearth scienceearly marsmineral alterationplanetary changeplanetary sciences

Permeation of Photochemically-Generated Gaseous Chlorine Dioxide on Mars as a Significant Factor in Destroying Subsurface Organic Compounds. Scientific Reports (2024)

Jacob NewmarkSamuel P. Kounaves

subsurface organic compoundsaerosol sciencegaseous reductionatmospheric photochemistryplanetary scienceplanetary sciencesplanetary atmospheresplanetary changeatmospheric chemistryatmospheric processatmospheric environmentatmospheric scienceobservational astronomyphotochemistryatmospheric researchastronomysignificant factorplanetary environmentsmaterials science

Correction to “the Role of Titanium Dioxide (Tio 2 ) in the Production of Perchlorate (Clo 4 – ) From Chlorite (Clo 2 – ) and Chlorate (Clo 3 – ) on Earth and Mars”. ACS Earth and Space Chemistry (2023)

Dongyu LiuSamuel P. Kounaves

titanium dioxideinorganic chemistrygeochemistrysurface reactivitychemical engineeringmaterial chemistrychemistrymaterials scienceinorganic synthesis

Microbial Growth in Actual Martian Regolith in the Form of Mars Meteorite Eeta79001. Communications Earth & Environment (2023)

Neveda NazBijan F. HarandiJacob NewmarkSamuel P. Kounaves

astronomyactual martian regolithmicrobial growthmicrobiologyplanetary scienceplanetary sciences

Microbial Growth in Martian Soil Simulants Under Terrestrial Conditions: Guiding the Search for Life on Mars. Astrobiology (2022)

Neveda NazDongyu LiuBijan F. HarandiSamuel P. Kounaves

martian soil simulantsastronomymicrobial growthterrestrial conditionsmicrobiologyobservational astronomyastrobiologyplanetary sciences

Science Objectives for Flagship-Class Mission Concepts for the Search for Evidence of Life at Enceladus. Astrobiology (2022)

Shannon M. MacKenzieMarc NeveuAlfonso F. DavilaJonathan I. LunineMorgan L. CableCharity M. Phillips-LanderJennifer L. EigenbrodeJ. Hunter WaiteKate L. CraftJason D. HofgartnerChris P. McKayChristopher R. GleinDana BurtonSamuel P. KounavesRichard A. MathiesSteven D. VanceMichael J. MalaskaRobert GoldChristopher R. GermanKrista M. SoderlundPeter WillisCaroline FreissinetAlfred S. McEwenJohn Robert BrucatoJean-Pierre P. de VeraTori M. HoehlerJennifer Heldmann

outer planetsoceanographyearth sciencemarine geologybiosignaturesspace scienceocean sciencesplanetary explorationscience objectivesmoon enceladusplanetary changeplanetary environmentsastrobiologyspace explorationmarine systemsliquid waterplanetary scienceplanetary sciences

Analysis of Synthetic Terrestrial and Modeled Enceladian Seawater Using the Microfluidic Wet Chemistry Laboratory (Mwcl). Lunar and Planetary Science Conference (2021)

N. NazS. P. Kounaves

marine chemistryoceanographyearth sciencechemical oceanographysynthetic terrestrialastronomylunar scienceocean sciencesocean modellingplanetary sciencemicrofluidicsplanetary sciences

Chemical Analyzer (Mica): Measuring Soluble Chemistry Context to Understand Habitability and the Potential for Life on Ocean Worlds. Virtual In Situ Science and Instrumentation Workshop for the Exploration of Europa and Ocean Worlds (2021)

chemical analyzeroceanographychemical oceanographyenvironmental chemistryocean sciencesocean worldsenvironmental sciencesoluble chemistry contextastrobiologyenvironmental engineeringmarine environmentsmarine biologymarine chemistrybiological oceanography

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Samuel Kounaves

Professor Chemistry

Tufts University

Affiliations

Graduate School of Arts and Sciences

Samuel Kounaves is currently serving as a Graduate School Of Arts And Sciences Professor Chemistry at Tufts 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

Samuel Kounaves

Tufts University

Professor Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Defined Mars Media (Dmm), a Chemically Defined Simulant of the Soluble Macro- and Micro- Nutrients in Mars Regolith for Use in Biological Research. bioRxiv (Cold Spring Harbor Laboratory) (2026)

biological engineeringmars mediamars regolithmicro- nutrientsgeobiology

Inside the Atacama Desert: Uncovering the Living Microbiome of an Extreme Environment. Applied and Environmental Microbiology (2024)

Alexander BartholomäusSteffi GenderjahnKai MangelsdorfBeate SchneiderPedro ZamoranoSamuel P. KounavesDirk Schulze-MakuchDirk Wagner

Mineral Alteration in Water-Saturated Liquid Co2 on Early Mars. Nature Geoscience (2024)

Michael H. HechtSamuel KrevorAlbert S. YenAdrian J. BrownNicolas RandazzoMichael A. MischnaMark A. SephtonSamuel P. KounavesAndrew SteeleJames W. RiceIsaac B. SmithMax ColemanDavid FlanneryMarc Fries

geochemistryearth scienceearly marsmineral alterationplanetary changeplanetary sciences

Permeation of Photochemically-Generated Gaseous Chlorine Dioxide on Mars as a Significant Factor in Destroying Subsurface Organic Compounds. Scientific Reports (2024)

Jacob NewmarkSamuel P. Kounaves

Dongyu LiuSamuel P. Kounaves

titanium dioxideinorganic chemistrygeochemistrysurface reactivitychemical engineeringmaterial chemistrychemistrymaterials scienceinorganic synthesis

Microbial Growth in Actual Martian Regolith in the Form of Mars Meteorite Eeta79001. Communications Earth & Environment (2023)

Neveda NazBijan F. HarandiJacob NewmarkSamuel P. Kounaves

astronomyactual martian regolithmicrobial growthmicrobiologyplanetary scienceplanetary sciences

Microbial Growth in Martian Soil Simulants Under Terrestrial Conditions: Guiding the Search for Life on Mars. Astrobiology (2022)

Neveda NazDongyu LiuBijan F. HarandiSamuel P. Kounaves

martian soil simulantsastronomymicrobial growthterrestrial conditionsmicrobiologyobservational astronomyastrobiologyplanetary sciences

Science Objectives for Flagship-Class Mission Concepts for the Search for Evidence of Life at Enceladus. Astrobiology (2022)

Analysis of Synthetic Terrestrial and Modeled Enceladian Seawater Using the Microfluidic Wet Chemistry Laboratory (Mwcl). Lunar and Planetary Science Conference (2021)

N. NazS. P. Kounaves

marine chemistryoceanographyearth sciencechemical oceanographysynthetic terrestrialastronomylunar scienceocean sciencesocean modellingplanetary sciencemicrofluidicsplanetary sciences

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