معرفی
Dr. Chris Bradley is a Senior Lecturer in the School of Geography, Earth and Environmental Sciences at the University of Birmingham, where he has been a faculty member since 1994 and was promoted to Senior Lecturer in 2007. His work focuses on hydrological systems, particularly in floodplain wetlands, groundwater interactions, and macroporous soils.
- PhD in Hydrology of a floodplain wetland – University of Leicester (1994)
- MA in Water quality dynamics in meltwaters – Wilfrid Laurier University (1990)
- BA/MA in Geography – University of Cambridge (1988)
Chris Bradley's research centers on hydrodynamics of floodplain wetlands, soil-water fluxes in macroporous soils, and surfacewater-groundwater interactions in permeable catchments. He employs advanced modeling tools such as MODFLOW to simulate transient water table variations and river-aquifer interactions. His work bridges field observations with computational hydrology to understand complex environmental systems.
His recent publications (2021–2025) reveal a strong trend toward urban hydrology, in-situ sensor technologies, and socio-hydrological systems. Key themes include river temperature dynamics under urbanization, fluorescence-based water quality monitoring, karst hydrology, and the impacts of extreme events on water systems. He frequently collaborates with leading hydrologists such as David Hannah and Anne Van Loon, contributing to high-impact journals like Nature, Hydrological Sciences Journal, and Water.
- Calibration of fluorescence sensors for BOD5 in wastewater
- Panta Rhei socio-hydrological dataset on floods and droughts
- Hydropower environmental impacts in the Danube Basin
- Urban organic matter transport dynamics
Dr. Bradley actively welcomes doctoral researchers in his areas of expertise and serves as Programme Leader for the Environmental Science and Management program and Year 3 Tutor for the BSc. He has contributed to major reference works and encyclopedias, demonstrating his role as a key academic voice in hydrology and environmental science. His work is supported by collaborations across the UK and internationally, with applications in sustainable water management and climate resilience.
