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GFD2022
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  • Residential Programme
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    • Abstracts_WS1
    • Discussion themes
  • Local and travel information
GFD2022
  • Home
  • Residential Programme
    • Abstracts Programme
  • Workshop 2
    • Abstracts_WS2
  • Workshop 1
    • Abstracts_WS1
    • Discussion themes
  • Local and travel information
  • More
    • Home
    • Residential Programme
      • Abstracts Programme
    • Workshop 2
      • Abstracts_WS2
    • Workshop 1
      • Abstracts_WS1
      • Discussion themes
    • Local and travel information

Workshop 1: Mathematics of geophysical fluid dynamic models of intermediate complexity: qualitative and statistical behaviour

30 August - 1 September 2022

Timetable for WS1

Monday 29 August


Tuesday 30 August

Wednesday 31 August

Thursday 1 September

Abstracts for talks

Friday 2 September

Opening event of the residential programme. Workshop participants are welcome to attend.

All programme participants are welcome to contribute to the programme planning sessions.

Posters for WS1

  • Reyk Börner: Why does the Atlantic ocean circulation avoid tipping over the saddle point?

  • Ruth Chapman: Stochastic data adapted AMOC box models

  • Yumeng Chen: Inferring the instability of a dynamical system from the skill of data assimilation exercises

  • Gianmarco Del Sarto: Stochastic modelling with application to tipping point and extreme events - PhD project presentation

  • Simon Driscoll: Sensitivity Analysis and Machine Learning of a Sea Ice Melt Pond Parametrisation

  • Charlie Egan: Optimal transport and the Eady problem

  • Salah Kouhen: Predictability and the kinetic energy power spectrum in simple models

  • Francesca Leonelli: Detecting oceanic Extreme Events in a changing climate: the Mediterranean Marine Heatwaves study-case

  • Chiara Cecilia Maiocchi: Decomposing the Dynamics of the Lorenz 1963 model using Unstable Periodic Orbits: Averages, Transitions, and Quasi-Invariant Sets

  • Ivo Pasmans: Tailoring data assimilation for discontinuous Galerkin models

Location: Room 1.09 in the Palmer Building, University of Reading. Check here for local and travel information.

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