All abstracts by Gregory Mark Yaxley in conference series: Goldschmidt
(2025) Experimental Insight into Komatiite-Harzburgite Reactions at 3 GPaRodrigues RF, Kamber BS, Yaxley GM & Tomlinson EL
(2025) Geochemically Fingerprinting Plume Mechanisms in Rejuvenated Lavas
Rogers A, Nebel O, O'Neill HSC, Yaxley GM, Jacobsen Y, Wang X, Kendrick MA & Capitanio F
(2025) Cassiterite Geochemistry as a Provenance indicator-An Australian Case Study
Parthiban R & Yaxley GM
(2025) The Solubility of Pyrochlore in Carbonatite Melts at Crustal Conditions
Sun W & Yaxley GM
(2025) Enrichment of the Rare-Earth Elements in Mafic Alkaline Rocks: Insights from Monazite Saturation in Carbonated Nephelinitic Melts
Hsu S-C, Berry A & Yaxley GM
(2025) Sulfur- and Alkali-Rich Metasomatism in the Cratonic, Lithospheric Mantle: Insights from Phlogopite-Bearing Mantle Xenoliths from Kimberley (Kaapvaal Craton, South Africa)
Heckel C, Alard O & Yaxley GM
(2024) The Sources of Economic Carbonatites Through Time
Tappe S, Stracke A & Yaxley GM
(2024) Insights on Komatiite Petrogenesis from Anhydrous Garnet Peridotite Melting Experiments at 5 GPa
Rodrigues RADF, Yaxley GM & Kamber BS
(2023) Petrogenesis of Carbonatites
Yaxley GM
(2023) The Solubility of Monazite in Carbonate Melts at Upper Mantle and Crustal Conditions
Ray S, Yaxley GM & Berry A
(2023) Carbonatite Formation in Continental Settings via High Pressure – High Temperature Liquid Immiscibility
Berkesi M, Myovela JL, Yaxley GM & Guzmics T
(2023) Lost in Subduction: Nitrogen Mobility in Fluids Indicates its Low Recycling Efficiency in Cold Slabs
Förster MW, Chen C, Foley SF, Alard O & Yaxley GM
(2023) Xenolith Constraints on the Lithospheric Architecture and Mantle Geochemistry of the South Australian Craton
Sudholz ZJ, Yaxley GM & Jaques AL
(2023) Rejuvenated Lavas Resolve Enriched Ponded Melt at the Lithosphere-Asthenosphere Boundary
Rogers A, Nebel O, Knight B, Wang X, Capitanio F, Yaxley GM, O'Neill HSC, Nebel-Jacobsen Y, Kendrick MA & Ruttor S
(2023) Solubility of Carbon in Diamond-Saturated Granite Melt in Subducted Crust: Implications for Carbon Transport to the Deep Mantle
Acosta-Vigil A, Stöckhert B, Hermann J, Cesare B, Yaxley GM & Remusat L

