
Professor Alison Rust
M.Sc.(British Columbia), Ph.D.(Oregon)
Expertise
Use lab experiments, theory and rocks to study how volcanoes work: from magma and gases moving underground, the breaking apart of magma during explosive eruptions, and the dispersal of fine ash fragments through the atmosphere.
Current positions
- Professor of Physical VolcanologySchool of Earth Sciences
- Head of SchoolSchool of Earth Sciences
Contact
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Research interests
I study the dynamics of volcanic processes using a combination of laboratory experiments, theoretical fluid mechanics, fieldwork and petrology. Current projects include the effects of crystals and bubbles on magma convection, the origins of acoustic and seismic oscillations at volcanoes, and mechanisms and consequences of gas movement through magmas.
My research is motivated by volcanic problems but there are broader applications. I like to work with geoscientists, mathematicians and engineers to explore connections between environmental, geophysical and industrial issues.
Projects and supervisions
Research projects
- Wasting Time: Anthropocene Stories and Practices- Principal Investigator- Role- Co-Investigator - DescriptionAn interdisciplinary project exploring 3 questions, revolving around the central theme of waste:
 How have different disciplines and creative practices approached the multiple temporalities of the Anthropocene?
 What creative techniques can…- Managing organisational unitDepartment of History (Historical Studies)- Dates- 01/02/2024 to 01/07/2024 
- Copper Basins Exploration Science (CuBES) - A Mineral Systems Approach- Principal Investigator- Managing organisational unitSchool of Earth Sciences- Dates- 01/01/2020 to 04/01/2025 
- From arc magmas to ore systems (FAMOS)- Principal Investigator- Managing organisational unitSchool of Earth Sciences- Dates- 01/05/2017 to 31/12/2022 
- Petrology monitoring at Popocatepetl volcano, Mexico, a combined textural and geochemical study- Principal Investigator- Managing organisational unitSchool of Earth Sciences- Dates- 01/10/2015 to 01/01/2016 
- Archival evidence of volcano-climate interactions- Principal Investigator- Role- Co-Investigator - DescriptionA beautiful image of Mt. Tungurahua, Ecuador, erupting on the 23rd April 1773 is from a report on the event submitted to the Spanish Crown by officials in the colony.…- Managing organisational unit- Dates- 01/01/2011 to 01/01/2012 
Thesis supervisions
- Understanding particle size distributions to improve ash dispersal modelling- Supervisors
- Silicic Eruptive Transitions of Laguna del Maule- Supervisors
- Causes and Consequences of Hazardous Lava-Water Interactions, with Particular Focus on Rootless Eruptions- Supervisors
- Sensitivity of resuspended ash forecasts to topography- Supervisors
- Exploring differential erosion patterns using volcanic edifices as a proxy in South America- Supervisors
- Syn-eruptive crystallisation in silicic magmas- Supervisors
- The effects of large tectonic earthquakes on transcrustal magmatic systems- Supervisors
- From needles to plates- Supervisors
- Experimental investigations into immersive ice nucleation- Supervisors
- Magmatic Evolution and Storage at Mt. Taranaki, New Zealand- Supervisors
Publications
Recent publications
09/07/20253D Model of the Shallow Crustal Density Distribution of the Krafla Volcanic System in Iceland
Journal of Geophysical Research: Solid Earth
New insights into gas-driven phase segregation in andesitic enclaves from Mt. Mazama (Crater Lake), USA
Bulletin of Volcanology
Ascent of volatile-rich felsic magma in dykes
Geophysical Journal International
Fracturing around magma reservoirs can explain variations in surface uplift rates even at constant volumetric flux
Journal of Volcanology and Geothermal Research
Heat transfer in pyroclastic density current‐ice interactions
Journal of Geophysical Research: Solid Earth



