Thomas Giachetti

Associate Professor

University of Oregon

United States

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Thomas Giachetti is an Associate Professor at the University of Oregon, United States. His research focuses on volcanic phenomena, including magma dynamics, eruption mechanics, and the characteristics of volcanic ash. He has contributed significantly to the understanding of bubble nucleation in magmas and the geophysical properties of volcanic deposits from recent eruptions.

Articles (14)

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2025

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2020

Collaborators (2)

Michael Hudak

Assistant Professor

Williams College

UNITED STATES

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Andrew Davies

Associate Professor

University of Rhode Island

UNITED STATES

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Thomas Giachetti

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Articles (14)

Does Bubble Nucleation Occur Heterogeneously in Magmas Feeding Explosive Rhyolite Eruptions? Insights From the Rock Magnetic Properties of Pumice

Characteristics of volcanic ash reveal changes in fragmentation and eruption dynamics at Poás Volcano, Costa Rica, 2016–2019

How Did Westward Volcaniclastic Deposits Accumulate in the Deep Sea Following the January 2022 Eruption of Hunga Volcano?

Viscosity of bubbly magmas from torsional experiments on pumice

Deep seafloor hydrothermal vent communities buried by volcanic ash from the 2022 Hunga eruption

Evaluating the Role of Titanomagnetite in Bubble Nucleation: Novel Applications of Low Temperature Magnetic Analysis and Textural Characterization of Rhyolite Pumice and Obsidian From Glass Mountain, California

Evaluating the Role of Titanomagnetite in Bubble Nucleation: Rock Magnetic Detection and Characterization of Nanolites and Ultra‐Nanolites in Rhyolite Pumice and Obsidian From Glass Mountain, California

Determining the umbrella cloud geometry of unwitnessed silicic explosive eruptions: A case study from Mount Mazama (Oregon, United States)

Corrigendum: Using eruption source parameters and high-resolution grain-size distributions of the 7.7 ka cleetwood eruption of mount mazama (Oregon, United States) to reveal primary and secondary eruptive processes (Front. Earth Sci., (2022), 10, 853021, 10.3389/feart.2022.853021)

The fragmentation-induced fluidisation of pyroclastic density currents

Using Eruption Source Parameters and High-Resolution Grain-Size Distributions of the 7.7 ka Cleetwood Eruption of Mount Mazama (Oregon, United States) to Reveal Primary and Secondary Eruptive Processes

Syn‐Eruptive Hydration of Volcanic Ash Records Pyroclast‐Water Interaction in Explosive Eruptions

The morphology and texture of Plinian pyroclasts reflect their lateral sourcing in the conduit

D/H ratios and H2O contents record degassing and rehydration history of rhyolitic magma and pyroclasts

Collaborators (2)

Michael Hudak

Andrew Davies

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