The dynamics of the atmosphere and ocean involves a broad range of spatial and temporal scales, many of which emerge through complex nonlinear mechanisms from forcings at very different scales. This poses major challenges for the numerical prediction of the weather, ocean state and climate: many processes have scales that are too small to be resolved yet they play an essential role in determining large-scale features. This workshop examined how modern mathematical methods – ranging from multiscale asymptotics to adaptive numerical methods and stochastic modelling – can be applied to represent the large-scale impact of these small-scale processes and improve both deterministic and probabilistic predictions.
Cite this article
Rupert Klein, Shafer Smith, Jacques Vanneste, Multiscale Interactions in Geophysical Fluids. Oberwolfach Rep. 13 (2016), no. 3, pp. 2225–2268DOI 10.4171/OWR/2016/39