PhD Geography and Earth Science
Course Overview
The University of Hull offers a world-class, interdisciplinary research environment for postgraduate study in Human and Physical Geography and Earth Science. You will join established research groups and benefit from cutting-edge facilities to pursue a unique MSc, MA, or PhD by thesis on a topic of your choice. Our international expertise ensures your research will be both relevant and impactful, supported by a supervisor whose specialty aligns with your proposal.
Key Program Highlights
- Join world-class research groups with expertise in areas from mass extinction events to environmental policy
- Access cutting-edge facilities for innovative research, including simulations for Earth and planetary landscapes
- Pursue a tailored research project (MSc, MA, or PhD) matched with a dedicated specialist supervisor
- Engage in unique, interdisciplinary research with international scope and real-world relevance
- Investigate diverse specialisms like flood plain dynamics, Martian sediment flows, and historical social mapping
Course Overview
The University of Hull offers a world-class, interdisciplinary research environment for postgraduate study in Human and Physical Geography and Earth Science. You will join established research groups and benefit from cutting-edge facilities to pursue a unique MSc, MA, or PhD by thesis on a topic of your choice. Our international expertise ensures your research will be both relevant and impactful, supported by a supervisor whose specialty aligns with your proposal.
Key Program Highlights
- Join world-class research groups with expertise in areas from mass extinction events to environmental policy
- Access cutting-edge facilities for innovative research, including simulations for Earth and planetary landscapes
- Pursue a tailored research project (MSc, MA, or PhD) matched with a dedicated specialist supervisor
- Engage in unique, interdisciplinary research with international scope and real-world relevance
- Investigate diverse specialisms like flood plain dynamics, Martian sediment flows, and historical social mapping
