What I do
Multi-Disciplinary Volcanic Research in Lab, Field, and Desk Based Environments.
As a PhD student at the University of Edinburgh, I conduct research into the role of gases and volatiles in volcanic plumbing systems. My work focuses on flow dynamics in shallow, gas-rich, low viscosity basaltic magmas. I quantify multi-phase flow within inclined conduits using flow experiments, image tracking, and PIV techniques to investigate how bubble behaviour impacts surface eruption style. I also examine how volatiles interact with surrounding melt and supercritical fluids to produce unique textures (like spherules) within the products of explosive eruptions. I most recently interned at the Hawaiian Volcano Observatory, where I was involved in monitoring Kilauea’s volcanic plume processes using the PiCam SO2 cameras.
Research Interests
Bubble Dynamics for Eruption Triggering
Lab based analysis of bubble flow within complex conduits to explore eruption mechanisms in shallow volcanic plumbing systems.
Monitoring Volcanic Gases for Eruption Prediction
Analysis of volcanic plumes for eruption monitoring using cutting edge UV-SO2 cameras in collaboration with volcanotech.org.
Exploring Textures from Volatile Saturated Systems
Quench experiments to examine how volatile interaction with surrounding melt and supercritical fluids yields unique textures in the products of explosive eruptions.
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