Matthew Leybourne

Professor

Queen's University

Canada

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Matthew Leybourne is a Professor at Queen's University in Canada. His research encompasses petrogenesis and metamorphism of mafic rocks, hydrogeochemical techniques for mineral exploration, and the role of lichens as biomonitors. Recent publications highlight topics such as U-Pb geochronology, microplastic-derived carbon uptake in boreal lakes, and changes in sediment loss and eutrophication in estuarine environments.

Matthew Leybourne

Research Interests

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Articles (24)

Petrogenesis and metamorphism of mafic rocks, Atlantis Massif, IODP Expedition 357: implications of two episodes of magmatism

Refining the sensitivity of new physics searches with ancient minerals

A review of hydrogeochemical techniques for mineral exploration: history, present and future

Nature’s sentinels – lichens as biomonitors: a guide with case study and methodological insights

Editorial

U-Pb Geochronology of Fersmite: Potential Time Constraints on Magnesite Formation, Sparry Dolomitisation, and MVT Pb-Zn Mineralisation in SE British Columbia, Canada

Investigating the potential uptake of microplastic-derived carbon into a boreal lake food web using carbon-13 labelled plastic

Using estuarine cores to assess changes in terrestrial-sediment loss and eutrophication in New River Estuary, Southland, New Zealand

Petrogenesis of a TTG intrusive suite: the La Dauversière pluton, Abitibi greenstone belt, Canada

Spatiotemporal and multi-isotope assessment of metal sedimentation in the Great Lakes

Exploring hindered decarbonation in contact metamorphism: A glimpse into marble aureoles in Southern Tibet

Insights on the formation of layered ferromanganese precipitates from the southern Mariana Arc, West Pacific, from micron-scale major, minor, and trace element variations

Using Sulfide Mineral Chemistry to Understand PGE Mineralization Processes in the Platreef, Bushveld Igneous Complex, South Africa

Uranium: an overview of physicochemical properties, exposure assessment methodologies, and health effects of environmental and occupational exposure

Dissolved thiolated arsenic formed by weathering of mine wastes

Application of quantitative mineralogy to determine sources of airborne particles at a European copper smelter

Stratigraphic variations in chromite chemistry through the UG-2 and UG-2E chromitites, bushveld igneous complex: implications for chromitite petrogenesis

Using groundwater in the hyper-arid Atacama Desert to discover buried hydrothermal mineral deposits

Anthropogenic and Geogenic Mercury in Surface Waters in the Mature Bathurst Mining Camp, New Brunswick, Canada

Aqueous Geochemistry and Mineralogy of Tungsten with Emphasis on Mine Wastes

Contrasting copper concentrations and isotopic compositions in two Great Lakes watersheds

Factors controlling tungsten mobility in W[sbnd]Cu skarn tailings

Mineral detection of neutrinos and dark matter. A whitepaper

Alteration assemblage characterization using machine learning applied to high-resolution drill-core images, hyperspectral data and geochemistry

Collaborators (9)

Yohei Igami

Pedro Jugo

Steven Verpaele

Bas Vriens

John Smol

Joshua Spitz

Natsue Abe

Levente Balogh

Daniel Layton-Matthews

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