Cargese-Header IESC Wavacs
Cargèse (France), 14-26 September 2009
Home
The Venue
Topics & Courses
School Programme
Registration
Workshop Material
  • Online lectures
  • Online posters
Organising Committee
Sponsors
Who's Who
Social Programme
Practical Information
  • Getting to I.E.S.C.
  • Accommodation
  • About Corsica
  • For Participants
  • Visa
  • Useful Links
Photos
Contact us
News & Important Dates

 

CNRS

 

Lectures

 

List of lectures given during the summer school

 

Allan Richard
  • Model 3: Climate models – introduction
 
  • Model 4 - 5 : Climate models, application and evaluation - I & II
 
  • Model 6: Climate models, modelling future evolution of water vapour in the climate system
   
Bell William
  • Obs 1: Operational observations of water vapour
 
  • Obs 3 : Data assimilation of water vapour at operational centres
 
  • Obs 4: Data assimilation of water vapour at operational centres
   
Cammas Jean-Pierre
  • Obs 8: Aircraft observations of water vapour - MOZAIC
   
Fueglistaler Stephan
  • Water vapour 4: The Tropical Tropopause Layer
 
  • Water vapour 9: Stratosphere-troposphere exchange - I
 
  • Water Vapour 10: Stratosphere-troposphere exchange - II
 
  • Water vapour 12: Modelling water vapour distribution
   
Fierli Federico
  • Model 7: Transport models - introduction
 
  • Model 8: Transport models - simulation of water vapour, dynamics and chemistry
   
Lahoz William
  • Obs 2: Research satellite observations of water vapour
 
  • Obs 9: Data assimilation of research satellite data
 
  • Obs 14: Planning the future observing system for water vapour
 
Legras Bernard
  • Water vapour 1: Role of water vapour in the atmosphere - introduction
 
  • Water vapour 11: Lagrangian transport, theory and models
 
  • Water vapour 14: Summary and discussion
   
Moyer Liz
  • Obs 6: Observations of water vapour in the UTLS region
 
  • Obs 7: Observations of water vapour in the UTLS region
 
  • Obs 10: Observations of water vapour isotopes
 
  • Extra 1
   
Peter Thomas
  • Micro 1: Microphysics, introduction and experiment
 
  • Micro 2: Microphysics, introduction and experiment
 
  • Micro 3: Observations and models of microphysics
 
  • Micro 4: Observations and models of microphysics
   
Roca Rémy
  • Water vapour 2 & 3: Radiative role of water vapour
 
  • Water vapour 8: Water vapour and clouds
   
Randel William
  • Obs 11: Water vapour, circulation and transport in the Asian monsoon anticyclone
 
  • Obs 12 : Trends in stratospheric water vapor
 
  • Obs 13 : Variability and trends in tropospheric water vapour
   
Rosenlof Karen
  • Water vapour 5: Distribution of water vapour in the  stratosphere
 
  • Water vapour 6: Water vapour – stratospheric variability - I
 
  • Water vapour 7: Water vapour – stratospheric variability - II
 
  • Water vapour 13: Future evolution of water vapour
   
Schiller Cornelius
  • Clouds 1: Introduction
 
  • Clouds 2: Theory and models of cloud formation
 
  • Clouds 3: Theory and models of cloud formation
   
Sherwood Steven
  • Convection 1: Introduction
 
  • Convection 2: Observations
 
  • Convection 3: Theory
 
Somerville Richard
  • Climate Change I: 21st century climate change as assessed in AR4
 
  • Climate Change II: New developments in climate change science since AR4
 
Tost Holger
  • Convection 4: Models of convection
 
  • Convection 5: Models of convection
 
  • Model 9: Water vapour in GCMs

 

 

  • Last update: September 18, 2009
  • [webmaster]

Legal Information
Site powered by IPSL