
Professor Katerina Michaelides
B.Sc., Ph.D.(Lond.)
Current positions
- Professor of Dryland HydrologySchool of Geographical Sciences
Contact
Press and media
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Research interests
Katerina is a Professor of Dryland Hydrology in the School of Geographical Sciences at the University of Bristol, the co-lead of the Water Theme of the Cabot Institute for the Environment, and an Associate Researcher in the Earth Research Institute at University of California Santa Barbara (UCSB). She received both her BSc in Geography and PhD in Hydrology of Arid Environments from King’s College London. She comes from the Mediterranean island of Cyprus which forms a big part of the inspiration and fascination with arid environments.
Katerina's research focuses on dryland environments in two major strands: 1) theoretical work on dryland hydrology, Earth surface processes, and landform development; 2) applied research on climate impacts on human society in dryland regions. She has been awarded major funding (~£2.6M) for this work, which is focused within her Dryland Research Group. Her research has contributed substantially to the theoretical understanding of landscape evolution and erosion, with papers published in Nature (2019, 2022) and Earth Surface Dynamics (2022), to new knowledge of how the water balance in drylands responds to climate change (in Science 2024), and to the production of new open-source models and open-access global datasets for hydrological applications, which are being widely used. Katerina was awarded a University Research Fellowship for 2023 and a Leverhulme Research Fellowship for 2024 to research hydrological signatures of aridity.
Katerina has been awarded research grants from many funders including the UKRI Global Challenges Research Fund, the Royal Society, the UK Natural Environment Research Council (NERC), and the EU Horizon 2020 program.
For further information on Katerina’s research please go to the Dryland Research Group website (http://michaelides.eri.ucsb.edu/).
Projects and supervisions
Research projects
- Seasonal IMpact-Based OutLooks- Principal Investigator- Role- Co-Investigator - DescriptionAdvancing an approach to the co-development of impact-based seasonal outlooks for regional and national climate outlook forums.- Managing organisational unitSchool of Geographical Sciences- Dates- 01/10/2022 to 31/03/2024 
- Discipline-hopping workshops: Co-producing new inter-disciplinary research in global environmental challenges- Principal Investigator- Role- Co-Principal Investigator - DescriptionThrough collaborative workshops and individual interviews, the project explores the co-production as a methodology for interdisciplinary research focused on the theme Global Environmental Challenges. Funded through NERC discipline-hopping award.- Dates- 01/04/2022 to 31/07/2022 
- DOWN2EARTH- Principal Investigator- Managing organisational unitSchool of Geographical Sciences- Dates- 01/09/2020 to 31/08/2024 
- Rework of Mobile phone App Development for Drought Adaptation in Drylands (MAD DAD)- Principal Investigator- Managing organisational unitSchool of Geographical Sciences- Dates- 01/10/2019 to 31/03/2022 
- Drought Resilience In East African dryland Regions (DRIER)- Principal Investigator- DescriptionRoyal Society Grant- Dates- 01/06/2019 to 30/11/2021 
Thesis supervisions
- Climatic controls on drainage basin hydrology and topographic evolution- Supervisors
- Quantifying the efficacy of Natural Flood Management in agricultural headwater catchments- Supervisors
- Impacts of environmental change on soil nitrogen in emerging and degrading arid ecosystems- Supervisors
- Impacts of climate and climate change on water and vegetation dynamics in Horn of Africa drylands- Supervisors
- Integrated modelling of slope hydrology and stability hazards to explore the potential effects of land use and climate change on dynamic multi-hazard interactions- Supervisors
Publications
Selected publications
26/09/2019Aridity is expressed in river topography globally
Nature
Spatial and temporal analysis of hillslope–channel coupling and implications for the longitudinal profile in a dryland basin
Earth Surface Processes and Landforms
Deciphering the expression of climate change within the Lower Colorado River basin by stochastic simulation of convective rainfall
Environmental Research Letters
Recent publications
21/07/2025Mobile Phones in the Drylands: How Technology Supports Community Information Sharing in Rural Kenya
COMPASS '25
Contrasting Trends in Onset of Spring Green-up between Grasslands and Forests in China
Earth's Future
Drought impacts and community adaptation
International Journal of Disaster Risk Reduction
GDBM
PLOS ONE
SIMBOL
Climate Services



