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GW4 Water Security Alliance

GW4 Water Security Alliance

An interdisciplinary initiative tackling water challenges

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Faculty: Mathematics

Andrew Hogg

Andrew Hogg

Andrew’s research interests are in mathematically modelling environmental phenomena such as avalanches of rocks and snow, volcanic ash clouds, landslides, debris and mud flows. Modelling these flows requires the development of physically-relevant mathematical models and the computation of their solutions using analytical and numerical techniques. Much of Andrew’s research is interdisciplinary, collaborating with colleagues from Bristol and beyond.

More information on Andrew’s institutional profile

Katerina Kaouri

Katerina’s research covers deterministic and stochastic modelling; fluid mechanics; mathematical biology; asymptotic methods; aquifer and water resource management modelling

More information on Katerina’s institutional profile.

Kirstin Strokorb

Kirstin’s research focus lies on multivariate, spatial and temporal dependence phenomena in extreme value theory providing theoretically sound procedures for the quantitative assessment or rare and typically hazardous events (as good as possible, knowing the limitations is also an important issue).

More information on Kirstin’s institutional profile.

Owen Jones

Owen’s research areas include stochastic modelling and simulation; hillslope surface runoff; quantifying the impacts of climate change; sustainable water usage and operational modelling.

More information on Owen’s institutional profile.

Thomas Woolley

Thomas’s research areas include mathematical biology, ecology, morphogenesis, reaction-diffusion theory, cellular motion, stochastic dynamics, neurobiology and oncology.

More information on Thomas’s institutional profile.

Robert Scheichl

Robert Scheichl

Robert’s interests are in the design and analysis of efficient and robust parallel numerical methods for engineering and physical problems with heterogeneous material properties that vary over multiple scales. This is typical in energy and environmental applications, but also in material science and manufacturing. He is particularly interested in multilevel and multiscale methods for partial differential equations with strongly varying and high contrast coefficients, in particular domain decomposition and multigrid methods, preconditioners for systems of PDEs, iterative eigensolvers, and multiscale discretisation techniques with applications in oil reservoir simulation, radioactive waste disposal, numerical weather and climate prediction, novel optical materials or composite materials. More recently his particular focus has been on the interface between computational mathematics and statistics/probability.

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Jonathan Dawes

Jonathan Dawes

Jonathan’s research focuses on applied dynamical systems, bifurcation theory and dynamics with symmetry, pattern formation, mathematical biology and fluid mechanics.

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Paul Milewski

Paul Milewski

Paul’s research focuses on internal waves in the atmosphere and ocean, surface water waves and the modelling of physical and biological processes.

More information on Paul’s institutional profile

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Partner Research Centres

  • Water Innovation and Research Centre (Bath)
  • Water Initiative (Bristol)
  • Water Research Institute (Cardiff)
  • Centre for Water Systems (Exeter)
  • The Centre for Resilience in Environment, Water and Waste (Exeter)

Contact us at wsainfo@cf.ac.uk.

GW4

GW4 is a collaboration between University of Bath, University of Bristol, Cardiff University and University of Exeter

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