Physical Geography

Physical geography is the scientific study of the Earth's natural environments, examining the processes that shape the landscape, drive the climate, sustain ecosystems, and cycle water and nutrients across the planet. It is a discipline concerned with understanding how the atmosphere, geosphere, and biosphere interact, and with the ways in which those interactions produce the varied physical environments that surround us, from polar ice sheets and tropical rainforests to coastal systems, river networks, and urban climates. The subject combines field observation, laboratory analysis, and quantitative modelling to address questions that are both intellectually compelling and practically urgent in an era of climate change and environmental degradation.

At Royal Holloway you will develop a deep understanding of the physical processes that shape our world, studying the atmosphere, the geosphere, and living ecosystems and the connections between them. This three-year full-time programme includes a sandwich year, a year abroad, and a work placement, offering you a particularly rich combination of professional experience and international study alongside your academic development. Fieldwork is central to physical geography education, and you will gain hands-on experience in data collection and analysis in a range of environments.

The programme develops your ability to use geographical information systems, remote sensing, statistical methods, and scientific writing, alongside the capacity to synthesise knowledge across different components of the Earth system.

Graduates in physical geography work across an impressive range of sectors. Environmental consultancy, hydrology, climate science, coastal management, land and water resource management, planning, and conservation are among the most direct career paths. Government environmental agencies, research institutions, international development organisations, and the energy sector all recruit geographers with strong quantitative and fieldwork skills.

Many graduates continue to postgraduate research, contributing to the science of climate change, geomorphology, or ecology, while others move into adjacent fields including journalism, education, and geographic information science.