Julia is a volcanologist specialising in explosive volcanic eruptions and associated hazards. Her main interests lie in volcanic hazards and impacts of volcanic eruptions on all scales, from local communities to national and global. Julia’s recent research focuses on the implications of volcanic hazards on international tourists; physical vulnerability of buildings to tephra fall and the impacts following multi-hazard events. Julia’s background is in geological mapping, specifically using volcanic stratigraphy, tephrochronology and the petrology of eruption deposits to understand past behaviour and potential future behaviour. Her research includes volcanic hazard analyses in Ethiopia, Ascension Island and Mexico using a scenario-based approach and expert elicitation to determine frequency, magnitude and likelihoods of potential future eruptions.
Julia Crummy’s Biography
- 2013 – ongoing : BGS Volcanologist
- 2009 – 2013 : PhD (University of Leeds): Holocene Evolution of the Colima Volcanic Complex, Mexico
- 2007 – 2009 : BGS Offshore Data Manager
- 2003 – 2007 : Exploration geologist working on gold, silver and base metal projects in Peru, Ecuador, Sweden and Dominican Republic; Christopher James Gold Corporation, International Minerals Corporation, MinMet PLC
- 1999 – 2003 : University of Aberdeen – BSc Geoscience Hons
- Explosive volcanism – field mapping and stratigraphic correlation of tephra fall deposits; using petrology and geochemistry to understand past and potential future explosive activity
- Volcanic hazards – tephra fall hazard analysis using numerical modelling, scenario-based approaches and expert elicitation
- Disaster Risk Reduction – understanding the impacts of volcanic hazards, from physical, systemic and social vulnerability of communities to impacts on international tourists
Current projects and collaboration
- 2020 – ongoing: SIGMA4DRR – development of field data collection modules for Building Exposure and post-event damage and impact data for the BGS▪SIGMA system
- 2019 – 2021: Volcanic and other natural hazards in Iceland and implications for International tourists: case study of UK tourists in Iceland (EUROVOLC Trans-national Access project)
- 2018 – 2021: EUROVOLC – European Network of Observatories and Research Infrastructures for Volcanology. H2020 Research Infrastructure Project
- 2014 – 2021: Rift Volcanism: Past, Present, Future. Understanding tephra fall hazard in Ethiopia
- Tierz, P, Clarke, B, Calder, E S, Dessalegn, F, Lewi, E, Yirgu, G, Fontijn, K, Crummy, J M, Bekele, Y, and Loughlin, S C. 2020. Event trees and epistemic uncertainty in long‐term volcanic hazard assessment of Rift Volcanoes: the example of Aluto (Central Ethiopia). Geochemistry, Geophysics, Geosystems, 21 (10), e2020GC009219. DOI: https://doi.org/10.1029/2020GC009219
- Crummy, J M, Savov, I P, Loughlin, S C, Connor, C B, Connor, L, and Navarro-Ochoa, C. 2019. Challenges of determining frequency and magnitudes of explosive eruptions even with an unprecedented stratigraphy. Journal of Applied Volcanology, 8(1), p.3.
- Crummy, J M, Marchant, B, Loughlin, SC, Engwell, S, Tierz, P, Cuba, DM and Vye-Brown, C. 2018. Elicitation of frequency and magnitude of potential future explosive eruptions at Corbetti and Aluto volcanoes, Ethiopia BGS Open File Report (OR/18/061) , 27pp.
- Crummy, J M, Savov, I P, Navarro-Ochoa, C, Morgan, D J, and Wilson, M. 2014. High-K Mafic Plinian Eruptions of Volcan de Colima, Mexico. Journal of Petrology, V.55, p2155-2192.
- Vye-Brown, C, Crummy, J, Smith, K, Mruma, A and Kabelwa, H. 2014. Volcanic hazards in Tanzania BGS Open Report (OR/14/005) , 29pp.
- Crummy, J M, Savov, I P, and Navarro-Ochoa, C. 2012. Holocene Evolution of the Colima Volcanic Complex: Insights from Tephrochronology, Petrology and Geochemistry. Cities on Volcanoes 7, Colima, Mexico, Field Excursion Guidebook.
- Crummy, J M, Savov, I P, Navarro-Ochoa, C, and Morgan, D J. 2019. Holocene Eruption History and Magmatic Evolution of the Colima Volcanic Complex in Varley, N R, Connor C B and Komorowski, J C, eds., Volcán de Colima. Active volcanoes of the world. Springer.
- Geological field mapping
- Numerical modelling (Tephra2; tephraProb)
- ArcGIS; QGIS
- Public engagement
- Science communication
- Interdisciplinary research
- Facilitation (expert elicitation; international meetings)
- Working and carrying out research in cross-cultural and international environments
- Positive, upbeat and open-minded person who loves working with others as part of a team!
- Member of the International Association of Volcanology and Chemistry of the Earth’s Interior (IAVCEI)
- Reviewer for Journal of Applied Volcanology; Geological Society of London; Volcanica