LES HOUCHES SUMMER SCHOOL ON FUNDAMENTAL ASPECTS
OF TURBULENT FLOWS IN CLIMATE DYNAMICS
31 July-25 August 2017, Les Houches (France)
Lectures:
Caroline Muller: clouds and turbulence moist convection 1/5
Caroline Muller: clouds and turbulence moist convection 2/5
Caroline Muller: clouds and turbulence moist convection 3/5
Caroline Muller: clouds and turbulence moist convection 4/5
Caroline Muller: clouds and turbulence moist convection 5/5
Ted Shepherd: large scale atmosphere turbulence 1/6
Ted Shepherd: large scale atmosphere turbulence 2/6
Ted Shepherd: large scale atmosphere turbulence 3/6
Ted Shepherd: large scale atmosphere turbulence 4/6
Ted Shepherd: large scale atmosphere turbulence 5/6
Ted Shepherd: large scale atmosphere turbulence 6/6
Henk Dijkstra: dynamical systems analysis of climate variability 1/6
Henk Dijkstra: dynamical systems analysis of climate variability 2/6
Henk Dijkstra: dynamical systems analysis of climate variability 3/6
Henk Dijkstra: dynamical systems analysis of climate variability 4/6
Henk Dijkstra: dynamical systems analysis of climate variability 5/6
Henk Dijkstra: dynamical systems analysis of climate variability 6/6
Raf Ferrari: Ocean dynamics 1/3 - Abyssal ocean circulation
Raf Ferrari: Ocean dynamics 2/3 - Deep ocean mixing
Raf Ferrari: Ocean dynamics 3/3 - Abyssal circulation revisited - part 1
Raf Ferrari: Ocean dynamics 3/3 - Abyssal circulation revisited - part 2
Paola Cessi: Ocean dynamics 1/3 - From transformed Eulerian mean to thickness weighted average
Paola Cessi: Ocean dynamics 2/3 - Parametrization of eddy fluxes - part 1
Paola Cessi: Ocean dynamics 3/3 - Parametrization of eddy fluxes - part 2
Bill Young: Ocean dynamics 1/3 - Tides and a little about the energetics of ocean turbulence
(Due to a registration error, the first part of the first lecture of Bill Young is missing. We are sorry for the inconvenience)
Bill Young: Ocean dynamics 2/3 - The zeroth law of turbulence and its discontents
Bill Young: Ocean dynamics 3/3 - Waves and turbulence on a beta-plane - part1
Bill Young: Ocean dynamics 3/3 - Waves and turbulence on a beta-plane - part2
Isaac Held: Large scale atmosphere turbulence 1/5 - Idealized models of the climate of tropical cyclogenesis - part 1/2
Isaac Held: Large scale atmosphere turbulence 2/5 - Idealized models of the climate of tropical cyclogenesis - part 2/2
Isaac Held: Large scale atmosphere turbulence 3/5 - Quasigeostrophic dynamics and turbulence - part 1/3
Isaac Held: Large scale atmosphere turbulence 4/5 - Quasigeostrophic dynamics and turbulence - part 2/3
Isaac Held: Large scale atmosphere turbulence 5/5 - Quasigeostrophic dynamics and turbulence - part 3/3
Geoff Vallis: Climate change: uncertainities, time scales, thermodynamics and dynamics
Geoff Vallis: The structure of the atmosphere and its response to global warming
Geoff Vallis: Simple models and parameterization for moist convection
Seminars:
Freddy Bouchet: Large deviations in non equilibrium statistical physics
(Due to a registration error, the first seminar of Freddy Bouchet has not be registered. We are sorry for the inconvenience)
Oliver Bühler: The Gage-Nastrom spectrum and the complete theory of wave-mean interactions
Thierry Dauxois: Abyssal mixing in the laboratory?
Luc Deike: Breaking waves in ocean-atmosphere interactions
Michael Ghil: Climate change and climate variability: a unified framework
Ken Golden: Modeling fluid processes in the sea ice system
Peter Haynes: The fluctuation-dissipation theorem: from statistical physics to climate dynamics?
Valerio Lucarini: Melancholia states in the climate system
Brad Marston: Direct statistical simulation of geophysical flows
Alan Newell: Wave turbulence
Richard Peltier: Ocean turbulence and global climate variability
Thierry Penduff: The chaotic variability of the global eddying ocean
Tapio Schneider: Turbulent flows in climate dynamics
(The first seminar of Tapio Schneider is not available)
Jacques Vanneste: Geometric generalised Lagrangian mean theories
Antoine Venaille: Waves, symmetries and invariants in geophysical fluids
Achim Wirth: A fluctuation dissipation relation for the ocean