All abstracts by D. Kirk Nordstrom in conference series: Goldschmidt

(2019) Geochemical Modeling at Mine Sites: Applications, Limitations, and Potential Opportunities
Nordstrom DK

(2019) Establishing a Reliable Base for an Internally Consistent Set of Aqueous Mineral Thermodynamic Properties: The System CaSO₄—H₂O
Nordstrom DK

(2019) Insights to Hydrothermal Processes Using Mercury Isotope Ratios
Holloway JM, Janssen SE, Krabbenhoft DP, McCleskey RB & Nordstrom DK

(2019) Rising Arsenic Concentrations in an Intensively Pumped Agricultural Basin in Central Mexico
Knappett P, Li Y, Majumder S, Huang Y, Loza I, Hernandez H, Aviles Jasso M, Mahlknecht J, Datta S & Nordstrom DK

(2016) Waste or Resource? Resource Potential from Acid Mine Drainage
Nordstrom DK

(2016) Fluorine Systematics in the Yellowstone (USA) Hydrothermal System
Hurwitz S, Lowenstern JB & Nordstrom DK

(2015) Field and Laboratory Measurements for Modeling Microbial and Abiotic Fe(II) Oxidation at Mine Sites
Campbell KM, Alpers CN, Runkel RL & Nordstrom DK

(2014) Recent Studies of Arsenic Mineralization in Iran and its Effect on Water and Human Health
Nordstrom DK & Sharifi R

(2014) Trace Element Accumulation in Schwertmannite-Rich Precipitate in a Pipeline Carying Acid Mine Drainage at Iron Mountain Mine, CA, USA
Campbell K, Alpers C, Blum A, Nordstrom K & Williams A

(2013) Mining, Microbes, and Models: Integrating Microbial Fe(II) Oxidation, Hydrolysis, Precipitation, and Biogeochemical Modeling, with Application to Acid Mine Drainage at Iron Mountain
Campbell K, Alpers C, Nordstrom K, Blum A & Hay M

(2012) Natural Pyrite Weathering Rate in a Small Catchment Compared with Mined Catchments and Lab Rates
Nordstrom DK

(2012) As, Sb, Mo, V, W, and Se Oxyanions in Yellowstone’s Thermal Waters
Nordstorm K & McCleskey B

(2012) Kinetic Modeling of Microbial Fe(II) Oxidation, Fe(III) Hydrolysis, and As(III) Oxidation in Acid Waters
Campbell K, Hay M & Nordstrom K

(2011) Kinetic Modeling of Microbial Fe(II) Oxidation, Fe(III) Hydrolysis, and Mineral Precipitation in Acid Waters
Campbell K & Nordstrom DK

(2010) Arsenic not Attenuated during Downstream Transport in Gibbon and Firehole Rivers, Yellowstone National Park
Nordstrom DK, McCelskey RB, Susong DD & Ball JW

(2008) Chemistry and Spectroscopy of Iron-Sulfate Minerals from Iron Mountain, California, U.S.A
Alpers CN, Majzlan J, Bender Koch C, Bishop JL, Coleman ML, Dyar MD, McCleskey RB, Myneni SCB, Nordstrom DK & Sobron P

(2007) Importance of Thioarsenates for Arsenic Redox Processes along Geothermal Drainages, Yellowstone National Park
Planer-Friedrich B, London J, Wallschläger D, McCleskey B & Nordstrom K

(2007) Geochemical Meddling, Microbing, Marsing, and Mitigating Mine Drainage
Nordstrom DK

(2006) New Geochemical Data of Hydrothermal System of Baransky Volcano (Kuril Islands)
Chudaev O, Chudaeva V, Sugimori K, Kuno A, Matsuo M & Nordstrom K

(2005) Thermodynamic Data for Hydrated Ferric Sulfates and Application to Secondary Minerals at Iron Mountain, California
Alpers CN, Majzlan J, McCleskey RB, Nordstrom DK & Navrotsky A

(2005) Pre-Mining Ground-Water Quality at Molycorp's Questa Molybdenum Mine, Red River Valley, New Mexico
Nordstrom DK & Verplanck P

(2005) Mercury Speciation in Water and Microbial Mats of Yellowstone National Park Hot Springs
King S, Krabbenhoft D, Nordstrom DK, Striegl R & Hinman N

(2005) Thermodynamic Consistency, Geochemical Codes, and Predictions
Nordstrom DK

(2005) Geochemistry of Thermal Waters of Mendeleev Volcano (Kuril Islands)
Chudaev O, Chudaeva V, Sugimori K, Kuno A, Matsuo M & Nordstrom K

(2004) Processes Governing Arsenic Geochemistry in Thermal Waters of Yellowstone National Park
Nordström D, McCleskey R & Ball J

(2004) All Acid Waters are not Equal: Biological Differences Bewteen Yellowstone’s Acid Waters and Acid Mine Waters
Nordström D