Eric Roden
University of Wisconsin
Appearances
DateApril 5, 2021SESSION: REACTIVE TRANSPORT MODELING: A CUTTING-EDGE TOOL FOR INVESTIGATING COUPLED PROCESSES:Presenter
University of Wisconsin MadisonSpeakers
DateAugust 25, 2021Experiments were conducted with synthetic iron oxide nanoparticles to gain insight into the rate-limiting step during the initial stages of dissimilatory microbial iron oxide reduction (DIR) in the presence of excess electron donor for microbial respiration…Presenter
University of Wisconsin- DateMarch 21, 2022Microorganisms and their enzymes drive global biogeochemical cycles and impact ecosystem processes that directly influence plant, animal, and environmental health…
Presenter
Speakers
University of Wisconsin - DateMarch 22, 2022Division/Committee: [GEOC] Division of Geochemistry
Organizer, Presiders
Penn State UnivStanford UniversityWHOIPacific Northwest National LaboratoryUniversity of Wisconsin - DateMarch 22, 2022The migration of methane into shallow groundwater is the most cited water quality issue associated with shale gas extraction in Pennsylvania, U.S., and methane contamination has been documented in other shale gas basins across the county…
Presenter
Speakers
- DateMarch 22, 2022Division/Committee: [GEOC] Division of Geochemistry
Organizer, Presiders
Penn State UnivStanford UniversityWHOIPacific Northwest National LaboratoryUniversity of Wisconsin - DateMarch 22, 2022John Zachara supported early work on basic geochemical and microbiological features of microbial Fe(III) oxide reduction, and later led a campaign to elucidate the molecular mechanisms involved in electron transfer (ET) at the cell-oxide interface (i.e. extracellular electron transfer, EET)…
Presenter
University of WisconsinSpeaker
Pacific Northwest National Laboratory - Subsurface pyrite oxidation has the potential to lower groundwater pH and to release constituent trace elements to solution. Although the central role of microbial activity in pyrite oxidation is well understood in acid mine drainage and other low-pH (e.g…
Presenter
University of WisconsinSpeaker
- Subsurface pyrite oxidation has the potential to lower groundwater pH and to release constituent trace elements to solution. Although the central role of microbial activity in pyrite oxidation is well understood in acid mine drainage and other low-pH (e.g…
Speakers
University of Wisconsin - : [ENVR] Division of Environmental Chemistry
Speakers
Washington UniversityPennsylvania State UniversityPacific Northwest National LaboratoryOregon Health & Science UniversityUniversity of WisconsinAssistant Professor, Penn State HarrisburgUniversity of MissouriChesapeake Biological LaboratoryAnthony Boever, PhD CandidateGraduate Research Assistant, Georgia Institute of TechnologyGeorgia Institute of TechnologyProfessor, University of Texas at El PasoUniversity of Nebraska-LincolnUniversity of DelawareThe Ohio State University - Subsurface pyrite oxidation has the potential to lower groundwater pH and to release constituent trace elements to solution. Although the central role of microbial activity in pyrite oxidation is well understood in acid mine drainage and other low-pH (e.g…
Speakers
University of Wisconsin - : [ENVR] Division of Environmental Chemistry
Speakers
Washington UniversityPennsylvania State UniversityPacific Northwest National LaboratoryOregon Health & Science UniversityUniversity of WisconsinAssistant Professor, Penn State HarrisburgUniversity of MissouriChesapeake Biological LaboratoryAnthony Boever, PhD CandidateGraduate Research Assistant, Georgia Institute of TechnologyGeorgia Institute of TechnologyProfessor, University of Texas at El PasoUniversity of Nebraska-LincolnUniversity of DelawareThe Ohio State University - DateMarch 27, 2023Subsurface pyrite oxidation has the potential to lower groundwater pH and to release constituent trace elements to solution. Although the central role of microbial activity in pyrite oxidation is well understood in acid mine drainage and other low-pH (e.g…
Presenter
University of WisconsinSpeaker
- DateMarch 23, 2025Nanoporous and non-nanoporous synthetic or natural Fe and Al oxides were subjected to the sorption and desorption of U(VI)…
Presenter
Co-Authors
University of Wisconsin
