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Details for: Thomas Borch
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Thomas Borch (Colorado State University)
Theme chair: 13
Goldschmidt2016 Goldschmidt2017 Goldschmidt2018
No bio for this user.
Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: Thomas.Borch@ColoState.EDU. Otherwise, try an advanced search.
(2018) Fe(II)-catalyzed Transformation of Ferrihydrite-Organic Matter Coprecipitates: A Closer Look Using Fe Isotopes
Zhou Z, Latta D, Noor N, Thompson A, Borch T & Scherer M12e/16:00/Mon
(2018) Field Assessment and Modelling of Radium Co-precipitation in Western US Produced Water Streams
McDevitt B, Cravotta C, McLaughlin M, Blotevogel J, Borch T & Warner N13b/14:45/Tue
(2021) Microbial Iron Cycling during Permafrost Thaw
Bryce C, Patzner MS, Mueller CW, Logan M, Eberle A, Straub D, Kleindienst S, Hoeschen C, McKenna A, Barczok MR, Smith CE, Kinsman-Costello LE, Herndon E, Borch T & Kappler A(2021) Iron Mineral Control on Soil Organic Carbon Cycling during Permafrost Thaw
Voggenreiter E, Patzner MS, Joshi P, Borch T, Bryce C & Kappler A(2020) Aerobic Microbial Respiration of Fe (II) Reacted Ferrihydrite-Natural Organic Matter Coprecipitates
Noor N, Zhou Z, Latta DE, Scherer MM, Borch T, Thompson A & Plante A(2020) Can Reactive Iron Preserve Organic Carbon during Permafrost Collapse?
Kappler A, Patzner M, Logan M, Joss H, Mueller C, Scholten T, Byrne J, Borch T & Bryce C(2019) Salinization and Radium Accumulation Assessment of Produced Water Beneficial Use in Western US Streams
McDevitt B, McLaughlin M, Blotevogel J, Borch T & Warner N(2019) Dynamics of the Rusty Carbon Sink along a Permafrost Thaw Gradient
Patzner MS, Müller C, Nikeleit V, Baur M, Bryne J, Borch T, Kappler A & Bryce C(2017) Does Fe(II)-OM Complexation Promote or Prevent Microbial Fe(II) Oxidation?
Peng C, Sundman A, Borch T, Catrouillet C & Kappler A(2016) Understading Biochar Nitrate Capture to Tailor Nitrogen Cycling in Agroecosystems
Hagemann N, Schmidt H-P, Joseph S, Conte P, Kammann CI, Albu M, Obst M, Borch T, Kappler A & Behrens S(2016) Historical Wastewater Management Recorded in River-Lake Sediment and Porewater Using Major Elements, 7Be, 210Pb, 87Sr/86Sr, and 226Ra/228Ra
Warner N, Burgos W, Drohan P & Borch T(2016) DOM Complexation of Fe(II) and its Effect on Fe(II) Stability Under Oxic Conditions
Borch T, Daugherty E, Nico P & Gilbert B(2015) Temperature and Redox Effects on Iron Reduction Kinetics and Organic Carbon Transport in Wetland Soils
Pallud C, Schilling K, Schneider L, Borch T & Rhoades C(2015) Elucidating the Role of Non-Crystalline U(IV) in Uranium Roll-Front Formation
Bhattacharyya A, Campbell K, Roebbert Y, Weyer S, Bernier-Latmani R & Borch T(2014) Coordination and Redox Chemistry of Aqueous Fe(II) and Dissolved Organic Matter
Daugherty E, Gilbert B, Nico P & Borch T(2014) Microbial Chemolithoautotrophic Oxidation of Pyrite at Neutral pH
Percak-Dennett E, Roden E, Xu H, Konishi H, Chan C, Bhattacharyya A & Borch T(2013) Impact of As(V) on Abiotic Reduction of U(VI) by Mackinawite
Troyer L, Stone J & Borch T(2012) The Influence of Temperature on Carbon Chemistry of Organomineral Complexes
Lavallee J, Conant R, Obst M, Borch T & Regier T(2012) The Structure and Reactivity of Iron-Organic Matter Coprecipitates
Shimizu M, Obst M, Kappler A & Borch T(2011) Schwertmannite and Fe Oxides Formed by Biological Low-Ph Fe(II) Oxidation Versus Abiotic Neutralization
Larson L, Luan F, Troyer L, Borch T & Burgos W(2010) Impact of Redox Chemistry on the Fate and Transport of Arsenic and Uranium at an Abandoned Uranium Mine
Troyer L, Borch T, Larson L & Stone J(2010) Redox Transformation of Arsenic by Fe(II)-Activated Goethite: Impact of Humic Acids and Fe(II)
Borch T, Amstaetter K, Larese-Casanova P, Posth N & Kappler A(2009) Phosphate Interactions with Iron (Hydr)oxides: Mineralization Pathways and Phosphorus Retention Upon Bioreduction
Borch T, Masue-Slowey Y, Kukkadapu R & Fendorf S(2005) Poisoning of Iron Biomineralization by Surface Compositional Changes
Borch T, Masue Y & Fendorf S(2005) Reduction and Retention Processes within Arid Subsurface Environments
Ginder-Vogel M, Borch T & Fendorf S(2005) Soft X-Ray Spectromicroscopy Study of Chemical Heterogeneities in Iron Precipitates Formed at or Near Bacterial Cells
Yoon TH, Borch T, Benzerara K, Fendorf S, Tyliszczak T & Brown Jr. GE(2004) Iron (Hydr)oxides and Electron Shuttles Govern the Fate of 2.4.6- Trinitrotoluene by a Soil Bacterium
Borch T, Inskeep W & Gerlach RTheme chair
Goldschmidt2018 - Theme 13: Contaminants in the Environment
Goldschmidt2013 - Theme 18: Anthropogenic Impacts on Pollutant Dynamics
Session convener
Goldschmidt2017 - Session 11e: Biogeochemical Processes Under Dynamic Redox Conditions in Soils and Sediments – Controls and Feedbacks
Goldschmidt2016 - Session 14e: Interactions of Natural Organic Matter (Humic Substances) with Minerals, Metals and Microbes Across Scales