Determining the 4D Groundwater Flow Distribution in a Mined Karstic Limestone Catchment

This fully funded PhD opportunity at the University of Birmingham focuses on determining the three-dimensional and temporal distribution of groundwater flow in a mined karstic limestone catchment. Karstic limestone systems are renowned for their complex and variable water flow patterns, influenced by the degree of karstification and the heterogeneous nature of the rock mass. The project aims to address key uncertainties in groundwater pathways, especially deep flow between discrete recharge and discharge points, which is critical for both environmental protection and engineering applications. The research will be conducted in the Carboniferous Limestone of the English Peak District, leveraging access to a large, deep quarry with extensive historical datasets on water levels, flow rates, and tracer tests. Recent deep boreholes provide additional data on subsurface flow systems. The project will combine fieldwork—including ground-probing radar, hydrogeological chemical and hydraulic testing, and drone-based photogrammetry—with advanced numerical modelling using specialist groundwater flow software. Supervision is provided by a multidisciplinary team led by Professor John Gunn, ensuring support across all aspects of the research. The successful candidate will receive training tailored to their background and have access to the University's MSc Hydrogeology course. The project is ideal for applicants with backgrounds in geosciences, engineering, pure sciences, or mathematics, and who are enthusiastic about fieldwork and data analysis. Funding is secured for 3.5 years through CEMEX UK Operations Limited, covering UK student fees, an enhanced stipend (£5k/year above UKRI standard), and additional financial support for fieldwork, travel, subsistence, and international conference attendance. Overseas students must secure extra funding to cover the difference in registration fees. The application deadline is March 5, 2026. To apply, visit the FindAPhD project page, prepare your CV and cover letter, and ensure you meet the eligibility criteria. For further details, consult the references provided or contact the supervisory team.