John Mavrogenes

Assistant Professor

Australian National University

Australia

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About

John Mavrogenes is an Assistant Professor at the Australian National University, Australia. His research focuses on continental melting and subduction processes, geochronology of granitoids, and the geochemical properties of magmatic systems, as reflected in his recent publications. Additionally, he explores topics such as arsenic and thallium distribution in minerals, trace element zonation, and the metallogenic implications of ore-forming systems.

Articles (16)

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2025

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2021

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2021

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AUSTRALIA

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John Mavrogenes

Research Interests

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Articles (16)

Continental melting and growth through subduction processes

Cassiterite features and lifespan of Limu granite Ta-Nb-Sn-W ore-forming system in Guangxi, South China

Carbonated magmatic sulfide systems

Arsenic K-edge and Thallium L3-edge XANES, with XFM imaging and LA-ICP-MS to determine oxidation states and distribution in sphalerite

Silicate and iron phosphate melt immiscibility promotes REE enrichment

Water-sulfur-rich, oxidised adakite magmas are likely porphyry copper progenitors

Geochronology, petrogenesis and metallogenic implications of granitoids in the Xiaotuergen Cu deposit, Northern Chinese Altai Orogen, NW China: Constraints from zircon, apatite and whole-rock geochemistry

In situ elemental and Sr-Nd isotopic compositions of hydrothermal apatite from the Shazhou U deposit in the Xiangshan complex: Implications for the origins of ore-forming fluids of volcanic related U deposits in South China

The sulfate capacities of silicate melts

Complex REE systematics of carbonatites and weathering products from uniquely rich Mount Weld REE deposit, Western Australia

Resolving sub-micron-scale zonation of trace elements in quartz using TOF-SIMS

Cationic substitutions in sphalerite from the porgera mine, papua new guinea

Compositions and Classification of Fractionated Boninite Series Melts from the Izu-Bonin-Mariana Arc: A Machine Learning Approach

Fluid compositions reveal fluid nature, metal deposition mechanisms, and mineralization potential: An example at the Haobugao Zn-Pb skarn, China

Magmatic processes recorded in plagioclase and the geodynamic implications in the giant Shimensi W–Cu–Mo deposit, Dahutang ore field, South China

Metallogenic ages and sulfur sources of the giant Dahutang W–Cu–Mo ore field, South China: Constraints from muscovite <sup>40</sup>Ar/<sup>39</sup>Ar dating and in situ sulfur isotope analyses

Collaborators (5)

Dominique Tanner

Maria Cherdantseva

David Murphy

Hugh O'Neill

Marco Fiorentini

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