Volcanology postgraduate personal statement example

Personal statement example

My interest in volcanology grew out of a fairly unglamorous piece of laboratory work. For my undergraduate dissertation I was given a short peat core from a site in northern England containing a thin, pale tephra layer, and spent much of my final year sieving, mounting and counting glass shards, then working through electron microprobe data on the major element chemistry of individual grains. The layer was only a few centimetres thick, but it recorded an eruption hundreds of kilometres away, sorted and diluted by the atmosphere before it settled. Writing the discussion forced me to think carefully about what a distal deposit can and cannot tell you: I could argue for a broad geochemical affinity with Icelandic sources, but the uncertainties in thickness, shard concentration and compaction meant I had to be honest about how loosely that constrained eruption size. Learning to state clearly what my data could not support was probably the most valuable part of the degree.

My fieldwork background is modest but useful. In Snowdonia I mapped an area of Ordovician volcanic and volcaniclastic rocks, and found that the difficulty was less in recognising ignimbrite than in deciding where one unit stopped and another began when exposure was poor and everything was weathered. A later field course in Tenerife let me see young, well-preserved deposits for the first time, including phonolitic pumice fall sequences and blocky lava flow fronts. Standing on a flow whose surface texture still recorded how it moved changed how I read the older Welsh rocks when I went back to my notes. Since graduating I have kept up field skills by helping the local geological society run weekend trips, mostly carrying equipment, checking risk assessments and explaining basic stratigraphy to members with no formal background. Explaining bedding and grain size to someone who simply wants to know why a cliff looks the way it does has made me a clearer communicator, which matters in a subject where hazard information has to reach people who are not scientists.

Alongside this I work part-time at a garden centre, handling stock, deliveries and customers, and I share the care of my younger brother, who is autistic, with my mother. That involves predictable routines, appointments and a good deal of patience, and it shaped how I study: I plan work in fixed blocks, keep detailed records, and finish things early rather than relying on late nights. It also gave me a practical interest in how warnings and instructions are framed. Reading about the difficulties of communicating uncertainty during volcanic crises, and how alert levels are interpreted differently by officials, residents and visitors, connects directly to what I have seen about how much the wording and timing of information matter.

At postgraduate level I want to build the quantitative side I currently lack: physical volcanology, eruption dynamics, tephra dispersal modelling and the statistical treatment of hazard and risk, together with more advanced training in geochemical and petrological analysis. I would like to work on a dissertation involving tephrostratigraphy or the reconstruction of eruptive parameters from field deposits, ideally with a substantial fieldwork component. In the longer term I am drawn towards work at an observatory or survey, where monitoring data, mapping and hazard assessment come together, though I would also consider continuing to research if a suitable project arose. An MSc is the sensible next step, and I am ready to put sustained work into it.

Review this personal statement

Latest reviews