PhD Studentship: Determining the 4D Groundwater Flow Distribution in a Mined Karstic Limestone Catchment University of Birmingham in United Kingdom

This PhD studentship at the University of Birmingham offers an exciting opportunity to investigate the complex dynamics of groundwater flow in a mined karstic limestone catchment. The project addresses the challenge of quantifying water movement in karstic systems, which are characterized by highly variable flow patterns in both space and time due to extensive karstification and heterogeneous rock-mass structures. Understanding these systems is crucial for environmental protection and deep engineering projects, as the distribution of groundwater flow impacts both natural and human-modified environments.

The research will focus on developing methods to determine three-dimensional flow distributions and their temporal variability within a karstic limestone catchment. The study site is a large, deep limestone quarry in the Carboniferous Limestone of the English Peak District, which provides access to extensive datasets collected over decades, including water levels, flow rates, and tracer tests. Recent drilling of deep boreholes has further expanded the available data, enabling exploration of flow systems below the quarry base.

Methodologically, the project combines field experimentation with advanced numerical modelling. The successful candidate will have access to state-of-the-art equipment, including ground-probing radar, hydrogeological field chemical and hydraulic testing tools, drones, photogrammetry software, and specialist groundwater flow modelling software. These resources will support a multidisciplinary approach to unraveling the complexities of groundwater movement in karst environments.

The supervisory team comprises experts in hydrogeology, environmental science, and engineering: John Gunn, Simiao Sun, Christopher Bradley, Robert Yates (Cemex), and John Tellam. Their combined expertise ensures comprehensive guidance across all aspects of the project. The student will also benefit from training opportunities, including access to the University’s MSc Course in Hydrogeology, fostering both practical and theoretical development.

Applicants should be enthusiastic, hard-working, and capable of original thinking, with a background in geosciences, engineering, pure sciences, or mathematics. The role involves significant fieldwork and analytical tasks, including numerical modelling. While no specific degree level, GPA, or language test requirements are stated, a strong academic foundation and motivation for multidisciplinary research are essential.

Funding details are not specified in the position description. Interested candidates should apply online via the University of Birmingham’s postgraduate application portal, following the instructions provided in the application link. The application deadline is April 5, 2026. For further information or queries, applicants are encouraged to contact the university directly.