All abstracts by Edward D Young in conference series: Goldschmidt

(2023) Experimental Determination of the Clumped Isotope Signatures of Abiotic Methane
Labidi J, McCollom T, Leavitt W & Young ED

(2023) The Multiply Substituted Isotopologue ¹²CH₂D in Methane Differentiates Biological Production Mechanisms
Ash JL, Li J, Nathan V, Torres M, Welte C, Morra K, Frisch S, Jetten M, Feng X, Young ED & Leavitt W

(2023) Multiply-Substituted Isotopologues as Tracers of Geochemical Cycles
Young ED

(2023) Equilibrium and Non-Equilibrium Clumped Isotope Signatures Among Microbially-Mediated Methane
Giunta T, Labidi J, Ruffine L, Donval J-P, Brandily C, Sans-Jofre P, Jézéquel D & Young ED

(2023) Developing a Random Forest Classifier on Isotope Signatures of Methane from Different Sources
Li J, Bortnik J, Young ED & Leavitt W

(2023) Rare Methane Isotopologue Signals Produced by Mixed Methanotrophic Populations from a Subtropical Freshwater Reservoir
Lin Y-T, Chen J-N, Wang P-L, Young ED, Tu T-H, Shiah F-K, Okuda N & Lin L-H

(2022) Revisiting Iron Isotope Systematics of the Earth-Moon System
Ni P, Shahar A, Liu Y, Nie NX, Young ED & Shirey SB

(2022) The Origin of Nitrogen in Earth’s Mantle Constrained by ¹⁵N¹⁵N Measurements
Labidi J & Young ED

(2022) Establishing and Calibrating the Zr Isotope Reference Material (iRM)
Tissot FLH, Ibanez-Mejia M, Vocke R, Rabb S, Fehr M, Schönbächler M, Tang H & Young ED

(2022) Combining Theory, Experiment, and Natural Samples to Understand the Evolution of Iron Stable Isotopes throughout Planetary Evolution
Shahar A, Ni P, Nie N & Young ED

(2022) Combinatorial and Rate Effects on the Multiply-Substituted Isotope Signatures in Methane during Biological Production and Consumption
Li J, Chiu B, Cobban A, Piasecki A, Nathan V, Rhim JH, Young ED & Leavitt WD

(2022) The UCLA Cosmochemistry Database
Zhang B, Warren PH, McKeegan KD, Young ED, Rubin AE, Lehnert KA, Profeta L, Johansson A, Ji P, Figueroa JD & Mays J

(2022) Reversibility Controls on Extreme Methane Clumped Isotope Signatures from Anaerobic Oxidation of Methane
Liu J, Harris RL, Ash JL, Ferry JG, Labidi J, Krause SJE, Prakash D, Sherwood Lollar B, Treude T, Warr O & Young ED