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         The Institute for Mathematics Applied to Geosciences 
          Theme for 2008: Geophysical Turbulence Phenomena 
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Workshop 1. Turbulent Theory and Modeling
27-29 February 2008; Boulder, CO 
      
      
      You, your colleagues and students are kindly invited to participate 
      in the Theme-of-the-Year 2008 Geophysical Turbulent Phenomena 
      Workshop 1 entitled "Turbulent Theory and Modeling."
      
  
      The goals of this Workshop are to explore the problem of turbulent 
      theory and modeling in the atmospheric and oceanic sciences and related 
      fluid dynamical processes.
      
  
      The Organizing Committee hopes that the workshop will serve to advance 
      the state of the art in theory and modeling in a broad class of GFD 
      applications ranging from global to sub-mesoscales, and to identify 
      open problems and pressing needs in the field.
      
  
      The Meeting will feature invited lectures by international experts 
      on a wide scope of themes, contributed talks and poster presentations 
      by the participants, round tables and open discussions.  Topics will 
      include atmospheric and oceanic turbulence, coherent structures, 
      hurricanes, multiscale modeling strategies, and turbulent parameterizations.
      
  
       
       Venue 
      
      The workshop will be held at the National Center for Atmospheric 
      Reasearch's Mesa Laboratory, Main Seminar Room, 
      27-29 February 2008.
        
      Invited Speakers 
      
      
      
         | Peter Bartello | 
         McGill University, Atmospheric and Oceanic Sciences | 
       
      
         | Raffaele Ferrari | 
         MIT, Earth, Atmospheric, and Planetary Sciences | 
       
      
         | Uriel Frisch | 
         Observatoire de la Côte d'Azur | 
       
      
      
         | Andrew Majda | 
         Department of Mathematics and Climate, Atmosphere, Ocean Science
	 (CAOS)  
	 Courant Institute of Mathematical Sciences, New York University | 
       
      
      
         | James McWilliams | 
         UCLA, Institute of Geophysics and Planetary Physics 
	     and Department of Atmospheric and Ocean Sciences | 
       
      
         | David
	 Nolan | 
         University of Miami, Division of Meteorology and Physical 
	     Oceanography, Rosenstiel School of Marine and Atmospheric Science | 
       
      
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	 Alan Norton | 
         Computational and Information Systems Laboratory, NCAR | 
       
      
      
      
         | Antonello Provenzale | 
         Institute of Atmospheric and Climate Science, Turin | 
       
      
         | Leslie Smith | 
         University of Wisconsin at Madison, Department of Mathematics 
	     & Department of Engineering Physics | 
       
      
         | Geoffrey Vallis | 
         GFDL and Program in Atmospheric and Oceanic Sciences, 
	     Princeton University | 
       
       
      
      
      
      Organizing Committee
      
      
      
      
      
      
      The Institute for Mathematics Applied to 
      Geosciences (IMAGe) is a group within 
      the National Center for Atmospheric Research 
      (NCAR) for the purpose 
      of advancing mathematical theory and its application to all 
      facets of NCAR and the geophysical community at large. IMAGe is 
      substantially funded by the 
      National Science Foundation.
      IMAGe is composed of four groups; 
      the Data Assimilation Research Section,
      the Geophysical Statistics Project, 
      the Turbulence Numerics Team, and 
      the Computational Mathematics Group.
      For more information about IMAGe, including post-doc positions, 
      please contact Doug Nychka.
       
      
      
      
      
      NCAR was formed in 1960 and has a broad interdisciplinary 
      research program involving more that 1000 employees of which 
      several hundred hold advanced scientific or engineering degrees.
      The NCAR scientific program includes nearly all aspects of the 
      atmosphere including climate and weather, atmospheric chemistry,
      ecology, instrumentation, scientific computing, and economic and 
      societal impacts of atmospheric processes.
        
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