Owing to density stratification and rotation, the ocean and the atmosphere support internal waves. Either through direct turbulent mixing following wave breaking, or through other nonlinear effects, internal gravity waves play a key role in momentum and energy budgets. Yet the scale separation between wave dynamics and the large scale circulations makes their numerical and theoretical study very challenging. Indeed, current resolutions of general circulation models can not resolve internal waves, whose effect must therefore be parameterized.
On the one hand, physical properties of internal wave dynamics are often addressed in idealized numerical or laboratory experiments that isolate the salient features of the dynamics. On the other hand, parameterizations in realistic settings have to address different issues related to the full complexity of the dynamics and of its numerical implementation. Finally, in situ observations offer both new problems for idealized studies and proxies to be compared with numerical models, with the inherent difficulty that such measurements are sparse in time and space.
Our goal in this interdisciplinary workshop is to familiarize physicists and atmosphere/ocean scientists with ongoing research outside of their field, and possibly fertilize new work between those groups. The half-day sessions will be organized as follows :
This three day workshop will gather around 50 participants. The aim is to have long survey lectures allowing for a thorough discussion and understanding, as well as long breaks and poster sessions for informal scientific discussions.
Invited speakers (confirmed in bold)
U. Achatz, D. Bourgault, P.-P. Cortet, T. Dauxois, A. Delache, S. Joubaud, N. Grisouard, A. Koch-Larrouy, A. Melet, A. Naveira Garabato, P. Odier, A. Ponte, R. Plougonven, G. Vallis, H. Van Haren, J. Vanneste
From Lyon-Saint-Exupéry Airport:
From Part-Dieu railway station:
From Perrache railway station: