Geography Personal Statementfor Oxford & Cambridge

The point when geography stopped feeling like a collection of case studies and started feeling like a way of thinking was when we looked at satellite images of Sindh after the 2022 Pakistan floods. Around a third of Pakistan was under water after extreme monsoon rain, and Sindh was among the worst affected, but what stayed with me was not just the scale of the flooding. It was the unevenness of it: who could leave, who could not, and who was expected to rebuild in places likely to flood again. I started by reading about monsoon systems and floodplains because I assumed the explanation would be mainly physical. The more I read, the less complete that felt. Geography began to matter to me because it could explain both the force of the hazard and the social conditions that turn that hazard into a disaster. That shift became clearer when I came across the Pressure and Release model by Blaikie, Cannon, Davis and Wisner. Its argument that disasters are produced not simply by hazards, but by root causes, dynamic pressures and unsafe conditions building over time, changed how I read them. Reading sections of At Risk pushed me to think less in terms of isolated events and more in terms of vulnerability shaped by governance, land use and uneven development.

My studies have helped me test those ideas instead of keeping them abstract. For my NEA I investigated how land cover affected surface temperature in different parts of Birmingham during the July 2022 heatwave. Using transects, GIS mapping and secondary data on tree cover, I expected a clear relationship between more vegetation and lower temperatures. The pattern was there, but it was weaker and messier than I had predicted. Building orientation, traffic density and the time of day all affected the results, and I found it difficult to separate short-term weather from urban form. That was the most useful part of the project. It made me think harder about scale, method and the danger of sounding certain when the data is partial. What stayed with me was not just that greener areas were often cooler, but that access to shade and open space was uneven, so even a sensible mitigation strategy raised questions about fairness. Classroom case studies and wider reading also changed how I handled evidence. The 2004 Boscastle flood helped me understand rainfall, drainage basin response and topography, but it did not explain why similar physical processes produce different human consequences elsewhere. Mike Hulme's Why We Disagree About Climate Change then showed me that climate change is argued about through values as well as evidence. Together, these made me more comfortable with ambiguity and contested interpretation.

Outside the classroom, a lecture on managed retreat sharpened my interest in the politics of adaptation. I had previously seen retreat as the obvious alternative to repeated hard engineering, but discussion of compensation, attachment to place and the timescales of coastal change made that view seem too tidy. I then used my EPQ to explore whether managed retreat on the East Anglian coast can be both environmentally defensible and socially just. The hardest part was resisting a simple conclusion. Shoreline Management Plans may make sense at a regional scale, yet they can still ask particular communities to accept disproportionate loss for a wider benefit. Writing that project made me realise that the questions I find most interesting in geography are often questions of scale: what seems effective at one level can look unfair at another. Captaining our sixth-form debate team has also made me more careful about the difference between winning an argument and improving one. That matters in geography because the subject rarely offers neat answers. At university I want to study climate risk, urban inequality and adaptation in a way that keeps physical and human geography in conversation and to keep asking how environmental change is experienced differently across places and communities.