PhD Studentship: Finding the Most Explosive Volcanoes on Earth University of Birmingham in United Kingdom

[Funding covers annual stipend, tuition fees (at home-fee level), and Research Training Support Grant. International students eligible up to 30% of cohort; funding does not cover relocation or living costs.]

This PhD studentship at the University of Birmingham offers an exciting opportunity to advance the field of volcanology by identifying the most explosive volcanoes on Earth. Despite significant progress in understanding volcanic eruption processes, much of the research has focused on a limited number of well-monitored volcanoes, predominantly in continental and northern hemisphere regions. This has left critical gaps in knowledge, particularly regarding volcanoes in resource-poor areas such as island arcs in Southeast Asia, which experience the highest levels of volcanic activity globally. Many volcanoes capable of large-magnitude eruptions (M ≥ 6) remain absent from current risk assessments, posing potential threats with severe regional or global impacts.

The project aims to address these gaps by combining global datasets with targeted field investigations to test attributes hypothesized to favor highly explosive eruptions. Using a training dataset of well-studied volcanoes with known large eruptions, the student will apply statistical and machine learning methods to identify the strongest predictors of eruption magnitude. These predictive models will then be used to assess poorly characterized volcanoes, generating a prioritized list for further research and monitoring. Fieldwork in Southeast Asia, conducted in collaboration with Indonesian partners, will be integral to testing and refining these predictions.

In addition to research, the student will help organize a joint field course with the Global Volcano Risk Alliance charity, training local and international students in volcanic mapping, tephra sampling, dating techniques, and volcanic ash analysis for health impacts. This component will enhance scientific capacity, foster community engagement, and generate valuable new data for the project. By integrating advanced data science with traditional field volcanology and community-based training, the project seeks to identify hidden high-risk volcanoes and contribute directly to monitoring priorities and the development of future volcano scientists. The outcomes will be highly relevant to global disaster risk reduction efforts and will support targeted investment in monitoring infrastructure where it is most needed.

Funding for this studentship is provided through the CENTA3 DLA, funded by the Natural Environment Research Council (NERC). The package includes an annual stipend, tuition fees at the home-fee level, and a Research Training Support Grant. International students are eligible for up to 30% of the cohort, though funding does not cover additional costs related to moving or residing in the UK. Applicants must hold at least a 2:1 at UK BSc level or a pass at UK MSc level or equivalent, and international applicants must meet the University of Birmingham’s entry requirements, including English language proficiency.

The application deadline is January 7, 2027. Interested candidates should apply via the CENTA website and review the University of Birmingham’s international entry requirements. This studentship is ideal for those comfortable with quantitative analytical methods and willing to undertake fieldwork in challenging environments. For further details and to apply, visit the provided links.