Faculty

Institution

Unit

Venue

Alysia Cox

Montana Technological University

Affiliations

College of Letters, Sciences and Professional Studies

Studies Of College Of Letters, Sciences And Professional

Department Of Chemistry

Department Of Earth Science And Engineering

Montana Technological University

Strategic Plan

NoneAlysia Cox is currently serving as a College Of Letters, Sciences And Professional Studies faculty at Montana Technological University.

Honors

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Experiences

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Education

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Alysia Cox

Montana Technological University

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earth science geochemistry microbial ecology environmental science environmental microbiology ecology geology hydrothermal geochemistry chemical geology evolutionary biology organic geochemistry photosynthesis hydrothermal fluids evolutionary ecology marine geology terrestrial geochemistry geodynamics ecology and evolutionary biology genomics geophysics bioenergetics geophysical research thermal engineering heat mass transfer organic process research modern literature hydraulic research library hi tech electronic library operational oceanography ocean sciences biological carbon fixation igneous petrology evolutionary microbiology microbial diversity sediment-water interaction medium distribution transformation kinetics ya literature language-based approach open educational resources engineering thermodynamics electronic publishing fluid machinery trace element geochemistry geochemical data oceanographic research ocean technology ocean space utilization ocean exploration seafloor mapping magmatic process authigenic mineral formation hydrothermal vents desulfurization forest microbiome forest resource management forest biology forest restoration water-rock interaction thermophilic archaea uncultivated lineage microbial genomic diversity hot spring geochemistry niche models serpentinized fluids samail ophiolite critical science questions ocean depths us oceanographic assets aqueous copper geochemistry recovering stream sediment microbial resistome rifting arc caldera scientific drilling concept nadh dehydrogenase

Notable Scholarly Works

Notable Federal Grants

Collaborators

From Ashes to Old-Growth Forests: How Do Long-Term Changes in Forest Structure Affect Understory Plant Diversity After Wildfires in Yellowstone National Park?. Forest Ecology and Management (2025)

wildland firefire ecologyforest restorationforest ecologyyellowstone national parkforest resource managementlong-term changesold-growth forestsforest ecosystemsforest biologywildfiresforestryenvironmental scienceecologyecosystemsforest researchcommunity (ecology)biodiversity

Hot Spring Aqueous Organic Acid Concentrations Across Volcanic Settings in Hydrothermal Systems. (2025)

volcanic gas chemistryvolcanologyearth sciencegeochemistryenvironmental sciencewater science

Metal Stable Isotope Probing Reveals Ph Driven Microbial Copper Uptake Rates in a Continental Hydrothermal System. (2025)

biogeochemistrymicrobial ecologyseafloor hydrothermal systemearth sciencegeochemistryenvironmental microbiology

Seismic Shifts in the Geochemical and Microbial Composition of a Yellowstone Aquifer. PNAS Nexus (2025)

yellowstone aquifermicrobial compositionenvironmental geochemistrytectonophysicsapplied geochemistrygeochemical explorationseismologygeochemical studiesgroundwaterseismic shiftsearth sciencegroundwater hydrogeochemistrygeochemistryenvironmental scienceenvironmental geologyhydrogeology

The Future of the Us Marine Seafloor and Subseafloor Sampling Capabilities. AGU Advances (2025)

Bruce AppelgateBrandon DuganNobuhisa EguchiDaniel FornariTim FreudenthalPatrick FultonSean KelleySusan Q. LangDana ManalangAlan MixRick TraskJanine AndrysSarah BeetheHanna BridghamHaley CabanissSami K. CargillChristian W. ConroyKassandra CostaAlysia CoxAndrew CrossDeepa DwyerJustin DoddJeffrey DonnellyValerie FinlaysonMohammed HashimDaniel HeatonJulie HuberBrittany HuppMatthew G. JacksonClaire JasperHiroko KitajimaOlga Libman‐RoshalChristopher M. LoweryErica MaleticAshley N. MarranzinoBeatriz E. Mejía‐MercadoThomas MorrowLucien Nana YoboCeleste PalloneKurt PanterMolly PattersonAlly PecciaThomas A. RongeEthan RothAlice StaroKatherine StellingJordan P. TodesMan‐Yin TsangScott T. WiemanKevin KonradBrendan ReillyMatthew SchrenkMaureen WalczakMasako Tominaga

oceanographyocean sciencesoperational oceanographyseafloor mappingmarine biologyocean technologymarine systemsocean depthsoceanographic researchocean explorationearth sciencegeographycritical science questionsocean engineeringmarine geologyus oceanographic assetsocean space utilization

Aqueous Copper Geochemistry Shapes the Sediment Microbial Resistome in a Recovering Stream. Environmental Microbiology Reports (2024)

Paul G HelfrichJohnathan FeldmanEva Andrade‐BarahonaIsaiah RobertsonJordan FosterRenee HofackerGavin Dahlquist SelkingCody S SheikAlysia Cox

microbiologymicrobial ecologysediment microbial resistomerecovering streamaqueous copper geochemistryenvironmental microbiology

CALDERA: A Scientific Drilling Concept to Unravel Connections Among Life, Geo-Dynamics and Eruptions in a Rifting Arc Caldera, Okataina Volcanic Centre, Aotearoa New Zealand. Scientific Drilling (2024)

Cécile MassiotLudmila AdamEric S. BoydS. Craig CaryDaniel R. ColmanAlysia CoxEry HughesGeoff KilgourMatteo LelliDomenico LiottaKaren G. LloydTiipene MarrDavid D. McNamaraSarah D. MilicichCraig A. MillerSantanu MisraAlexander R. L. NicholsSimona PierdominiciShane M. RooyakkersDouglas R. SchmittAndri StefanssonJohn StixMatthew B. StottCamille ThomasPilar VillamorPujun WangSadiq J. Zarrouk

volcanologymachine learningearth sciencemagmatic processrifting arc calderascientific drilling conceptplanetary sciences

Covariation of Hot Spring Geochemistry With Microbial Genomic Diversity, Function, and Evolution. Nature Communications (2024)

Daniel R. ColmanLisa M. KellerEmilia Arteaga-PozoEva Andrade-BarahonaBrian St. ClairAnna ShoemakerAlysia CoxEric S. Boyd

microbiologymicrobial ecologymicrobial diversitymicrobial genomic diversitygenomicsevolutionary biologygeochemistryenvironmental microbiologyhot spring geochemistry

Geochemical Insights Into Conditions of Vent Fluid Origin and Water-Rock Interaction Over Two Eruptive Cycles at 9 #176; 50 #180;N East Pacific Rise. (2024)

Jill M. McDermottConnor C. DowningJada M. SiverandEsmira BibajThibaut BarreyreDaniel J. FornariRoss Parnell-TurnerJeffrey S. SeewaldEoghan P. ReevesDrew D. SyversonDalton S. HardistyAlysia D. Cox

water-rock interactioneast pacific riseearth scienceeruptive cyclesvent fluid origingeochemistrymarine geology

Microbial Copper Uptake Rates Governed by Ph in Hot Spring Ecosystems. (2024)

microbial ecologysoil biologysoil microbiologysoil biochemistryenvironmental scienceenvironmental microbiology

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Alysia Cox

Montana Technological University

Affiliations

College of Letters, Sciences and Professional Studies

Studies Of College Of Letters, Sciences And Professional

Department Of Chemistry

Department Of Earth Science And Engineering

Montana Technological University

Strategic Plan

NoneAlysia Cox is currently serving as a College Of Letters, Sciences And Professional Studies faculty at Montana Technological 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

Alysia Cox

Montana Technological University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

From Ashes to Old-Growth Forests: How Do Long-Term Changes in Forest Structure Affect Understory Plant Diversity After Wildfires in Yellowstone National Park?. Forest Ecology and Management (2025)

Hot Spring Aqueous Organic Acid Concentrations Across Volcanic Settings in Hydrothermal Systems. (2025)

volcanic gas chemistryvolcanologyearth sciencegeochemistryenvironmental sciencewater science

Metal Stable Isotope Probing Reveals Ph Driven Microbial Copper Uptake Rates in a Continental Hydrothermal System. (2025)

biogeochemistrymicrobial ecologyseafloor hydrothermal systemearth sciencegeochemistryenvironmental microbiology

Seismic Shifts in the Geochemical and Microbial Composition of a Yellowstone Aquifer. PNAS Nexus (2025)

The Future of the Us Marine Seafloor and Subseafloor Sampling Capabilities. AGU Advances (2025)

Aqueous Copper Geochemistry Shapes the Sediment Microbial Resistome in a Recovering Stream. Environmental Microbiology Reports (2024)

Paul G HelfrichJohnathan FeldmanEva Andrade‐BarahonaIsaiah RobertsonJordan FosterRenee HofackerGavin Dahlquist SelkingCody S SheikAlysia Cox

microbiologymicrobial ecologysediment microbial resistomerecovering streamaqueous copper geochemistryenvironmental microbiology

volcanologymachine learningearth sciencemagmatic processrifting arc calderascientific drilling conceptplanetary sciences

Covariation of Hot Spring Geochemistry With Microbial Genomic Diversity, Function, and Evolution. Nature Communications (2024)

Daniel R. ColmanLisa M. KellerEmilia Arteaga-PozoEva Andrade-BarahonaBrian St. ClairAnna ShoemakerAlysia CoxEric S. Boyd

microbiologymicrobial ecologymicrobial diversitymicrobial genomic diversitygenomicsevolutionary biologygeochemistryenvironmental microbiologyhot spring geochemistry

Geochemical Insights Into Conditions of Vent Fluid Origin and Water-Rock Interaction Over Two Eruptive Cycles at 9 #176; 50 #180;N East Pacific Rise. (2024)

Jill M. McDermottConnor C. DowningJada M. SiverandEsmira BibajThibaut BarreyreDaniel J. FornariRoss Parnell-TurnerJeffrey S. SeewaldEoghan P. ReevesDrew D. SyversonDalton S. HardistyAlysia D. Cox

water-rock interactioneast pacific riseearth scienceeruptive cyclesvent fluid origingeochemistrymarine geology

Microbial Copper Uptake Rates Governed by Ph in Hot Spring Ecosystems. (2024)

microbial ecologysoil biologysoil microbiologysoil biochemistryenvironmental scienceenvironmental microbiology

1
2
3
4
10 / page