Faculty

Institution

Unit

Venue

Jennifer Druhan

Associate Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Earth, Society & Environment

Department of Earth Science & Environmental Change

Jennifer Druhan is currently serving as a College Of Liberal Arts & Sciences Associate Professor at Uiuc.

Honors

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Experiences

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Education

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Jennifer Druhan

UIUC

Associate Professor

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earth science environmental science geochemistry applied geochemistry chemical geology biogeochemistry hydrology isotope geochemistry hydrogeology hydrological process groundwater geology civil engineering environmental engineering water-rock interaction environmental geochemistry fluid geochemistry soil dynamics water science vadose zone organic geochemistry hydrogeologic system environmental chemistry soil carbon cycle computational geochemistry mineral-fluid interaction microbial ecology rock mechanics groundwater hydrogeochemistry geochemical studies environmental microbiology petroleum geoscience soil biology geochemical tracers petroleum engineering biogeochemical models subsurface hydrology biogeochemical process hydrological modeling soil biogeochemical cycling marine chemistry hydrometeorology trace element geochemistry catchment scales critical zone rock engineering surface-water hydrology hydrological behaviour reactive transport porous media reactive transport model numerical simulations hydraulic fracturing soil organic matter pore structure soil modeling groundwater remediation rock physics petroleum geochemistry facies analysis hydrological sciences geochemical cycling biogeochemical cycles reactive transport models oxygen isotopes simon sandstone amorphous silica precipitation reactive transport approach acetate amendment geophysical monitoring geochemical reactions stable isotope variations storm events improved set critical zone processes resultant electric field transport phenomena reactive flow hydrogeophysics geochemical exploration

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accompanying Data to Osorio-Leon Et Al. (2025, Agu Advances)"Deep Roots Supply Reactivity and Enhance Silicate Weathering in the Bedrock Vadose Zone". HydroShare Resources (2025)

Ivan Osorio-LeonDaniella RempeJon GollaJulien BouchezJennifer Druhan

soil sciencechemical geologygeologydeep rootsroot-soil interactionsearth sciencegeographysoil dynamicsgeochemistryvadose zoneweatheringosorio-leon et alagu advancessoil

Accompanying Model Files for Aranda Reina Et Al. (2025, Gca)"Quantifying the Impacts of Exogenous Dust Inputs to the Critical Zone Using Reactive Transport Modeling". HydroShare Resources (2025)

Celia Aranda ReinaJulien BouchezJennifer Druhan

geoscientific model developmentdusty plasmasmodel filesatmospheric environmentcritical zoneatmospheric researchearth scienceatmospheric scienceair qualityatmospheric impact assessmentaerosol transportaranda reinaair pollutionenvironmental scienceaerosol sciencesource apportionment

Biogeochemical Reactivity in the Unsaturated Zone Revealed by In-Situ Measurements. ARPHA Conference Abstracts (2025)

Ivan Osorio-LeonDaniella RempeJulien BouchezJennifer Druhan

biogeochemistryriver solute fluxesbiogeochemical processgroundwatersolute fluxesorganic carbon respirationsoil gasearth sciencegeochemistryhydrologyenvironmental sciencevadose zoneapplied geochemistry

Deep Roots Supply Reactivity and Enhance Silicate Weathering in the Bedrock Vadose Zone. AGU Advances (2025)

Ivan D. Osorio‐LeonDaniella M. RempeJon K. GollaJulien BouchezJennifer L. Druhan

biogeochemistrybiogeochemical processsoil biologychemical geologycarbon respirationmediterranean climatedeep rootsorganic geochemistryearth sciencesoil dynamicsgeochemistrysoil biogeochemical cyclingenvironmental sciencevadose zoneapplied geochemistrysoil

Ecosystem Routing of Rock- and Dust-Derived Nutrients. ARPHA Conference Abstracts (2025)

Julien BouchezJennifer DruhanQuentin CharbonnierCelia Aranda Reina

biogeochemistryenvironmental engineeringenvironmental geochemistryexport fluxessediment transportecohydrologygeochemistryecosystem routingsouthern franceenvironmental sciencesediment-water interactiongeochemical cyclingapplied geochemistrysoil

From Information Flow to Generative Insights: Advancing AI/ML Applications for Predicting Solute Dynamics in Streams. ARPHA Conference Abstracts (2025)

Praveen KumarTarun AgrawalHarsh ShahAramide MoronfoyeAntoine DolantJinyu WangJennifer DruhanAllison Goodwell

water quality forecastingstationarity assumptionshydrological processpredictive learningmachine learningdata scienceearth sciencerecurrent neural networkssolute dynamicstime serieshydrologyhydrological modelinghydroinformatics

Quantifying the Impacts of Exogenous Dust Inputs to the Critical Zone Using Reactive Transport Modeling. Geochimica et Cosmochimica Acta (2025)

Celia Aranda ReinaJulien BouchezJennifer L. Druhan

exogenous dust inputsatmospheric environmentcritical zoneatmospheric researchenvironmental modellingreactive transport modelingearth scienceatmospheric scienceair qualityatmospheric impact assessmentaerosol transportair pollutionenvironmental scienceaerosol sciencesource apportionment

Signatures of the Deep Rhizosphere: Novel Instrumentation and Predictive Models. ARPHA Conference Abstracts (2025)

Jennifer DruhanIvan Osorio-LeonPaolo BenettinDaniella RempeJulien Bouchez

environmental geochemistryhydrological processecohydrologyenvironmental sciencecarbon fluxesbiogeochemical modelsbiogeochemistrybiogeochemical processdirect observationchemical geologyecologysoilearth sciencegeochemical compositionvadose zonegeochemical studiesgeochemistryhydrologyapplied geochemistryterrestrial geochemistry

Antecedent Hydrologic Conditions Reflected in Stream Lithium Isotope Ratios During Storms. Geophysical Research Letters (2024)

Jon K. GollaJulien BouchezJennifer L. Druhan

catchment scalesmeteorologysurface-water hydrologystorm eventshydrological processhydrometeorologyhydrological sciencesreactive transport modelwater resourcesearth sciencegeographystream lihydrologyhydrological modelingstormwater

Coupled Transport, Reactivity, and Mechanics in Fractured Shale Caprocks. Water Resources Research (2024)

M. P. MurugesuB. VegaC. M. RossT. KurotoriJ. L. DruhanA. R. Kovscek

water-rock interactionrock mechanicsrapid kineticscivil engineeringchemical geologychemical engineeringsample permeabilitybrine permeabilitymineral-fluid interactionhydrogeologychemistrygeotechnical engineeringgeologyhydraulic fracturinggeochemistryrock engineeringpetroleum engineeringgeomechanicsapplied geochemistryrock physics

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Jennifer Druhan

Associate Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Earth, Society & Environment

Department of Earth Science & Environmental Change

Jennifer Druhan is currently serving as a College Of Liberal Arts & Sciences Associate Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jennifer Druhan

UIUC

Associate Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accompanying Data to Osorio-Leon Et Al. (2025, Agu Advances)"Deep Roots Supply Reactivity and Enhance Silicate Weathering in the Bedrock Vadose Zone". HydroShare Resources (2025)

Ivan Osorio-LeonDaniella RempeJon GollaJulien BouchezJennifer Druhan

soil sciencechemical geologygeologydeep rootsroot-soil interactionsearth sciencegeographysoil dynamicsgeochemistryvadose zoneweatheringosorio-leon et alagu advancessoil

Accompanying Model Files for Aranda Reina Et Al. (2025, Gca)"Quantifying the Impacts of Exogenous Dust Inputs to the Critical Zone Using Reactive Transport Modeling". HydroShare Resources (2025)

Celia Aranda ReinaJulien BouchezJennifer Druhan