All abstracts by Juraj Farkas at Goldschmidt2022
| (2022) Assessment of Mica-Mg and GL-O Nano-Powders as Reference Materials for in situ Rb-Sr Dating by LA-ICP-MS/MS
Redaa A, Farkas J, Gilbert S, Collins AS, Löhr S, Vasegh D, Forster M, Blades ML, Baldermann A, Dietzel M & Garbe-Schönberg D |
| (2022) In situ Rb–Sr Dating and Trace Element Analysis of Glauconite-Rich Strata from the Arumbera Sandstone, Amadeus Basin
Loyola CV, Farkas J, Verdel C, Gilbert S, Holmes L, Hissey E, Löhr S, Brock G, Shields GA, Edgoose C, Redaa A, Blades ML & Collins AS |
| (2022) Dynamic Evolution of Marine Chemistry during the Mid-Ludfordian Glaciation and the Late Silurian Lau/Kozlowskii Extinction Events
Fryda J, Zhang F, Farkas J, Frydova B & Mergl M |
| (2022) Clay Mineral and Isotopic Evidence for Widespread Restricted, Evaporitic Conditions during the Deposition of the Ediacaran Doushantuo Formation
Han S, Löhr S, Abbott A, Baldermann A, Voigt M, Cui H, Chen B, Farkas J, Shields GA & Kaufman AJ |
| (2022) Reconstructing Ancient Palaeoenvironments from the Mid-Proterozoic Packages of the Greater McArthur Basin, Northern Australia
Subarkah D, Collins AS, Farkas J, Blades ML, Virgo GM & Shao Y |
| (2022) Descending into the “Snowball”: Improving Interpretations of Tonian–Cryogenian Palaeoenvironments with Sedimentology and Multiproxy Geochemistry
Virgo GM, Collins AS, Amos KJ, Farkas J, Blades ML & Subarkah D |
| (2022) Introducing the OZCZO – Australian Critical Zone Network: What can We Learn from the Soils ‘down Under’ About the Near-Surface Biogeochemical Cycles and Pedogenesis
Farkas J, Thompson S, Andersen M, Chittleborough D, Mayer W, Leopold M, Cleverly J, Beringer J, Marshall A & Dahan O |