Details for: Drew Syverson
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Drew Syverson (Yale University)
Goldschmidt2017 Goldschmidt2020
No bio for this user.
Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: syverson.drew@gmail.com. Otherwise, try an advanced search.
(2022) Biohalogenation and gut Mineralization of Invertebrates Specialized in Deep-Sea Hydrothermal Environments
Yohe LR, Tepolt C, Yohe S, Syverson D & Hark R(2020) Zn and S Isotope Exchange between Sphalerite and Hydrothermal Fluid
Syverson D, Ono S, Rouxel O, Scheuermann P, Xing Y & Seyfried W(2022) Biohalogenation and gut Mineralization of Invertebrates Specialized in Deep-Sea Hydrothermal Environments
Yohe LR, Tepolt C, Yohe S, Syverson D & Hark R(2021) Progress Toward Small-Scale Field Trials of Coastal Enhanced Weathering of Olivine
Moreau C, Montserrat F, Green T, Matzner E, Syverson D, Sulpis O, Hayden M, Lopez P & Romaniello SJ(2020) Zn and S Isotope Exchange between Sphalerite and Hydrothermal Fluid
Syverson D, Ono S, Rouxel O, Scheuermann P, Xing Y & Seyfried W(2019) Phosphorus Release during Anoxic Alteration of Oceanic Crust
Holstege C & Syverson D(2019) Osmium Mass Transfer Processes Upon Oxidative Weathering of Sulfide Minerals: Experimental Constraints
Syverson D & Rooney A(2018) Phosphorus Scavenging and Release during Low Temperature Alteration of Oceanic Crust
Syverson D, Katchkinoff J, Rooney A & Planavsky N(2017) Sulfide Mineral – Fluid Isotope Exchange Systematics in Hydrothermal Systems
Syverson D, Ono S & Seyfried W(2016) A Comprehensive Examination of Radiogenic Pb Distribution and Oxidation State in Natural Minerals and Ore by μ-XANES Spectroscopy
Syverson D, Etschmann B, Liu W & Brugger J(2011) Kinetics of Fe-Isotope Exchange with Pyrite at Hydrothermal Conditions
Syverson D, Seyfried W & Shanks WCSession convener
Goldschmidt2020 - Session 14e: Hydrothermal Systems: Fluid Chemistry, Material Fluxes, and Biogeochemical Processes
Goldschmidt2017 - Session 10d: Seafloor Hydrothermal Processes on Modern and Ancient Earth: Implications for Life, Elemental Budgets, and Oxidation States of the Lithosphere-Hydrosphere-Atmosphere System
