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   Sponsors    Workshop    Boulder     | 
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 | The Statistical and Applied Mathematical Sciences Instituteand the Institute for Mathematics Applied to Geosciences
 Summer School on Fusing Geophysical Models with Data
 Boulder, CO   13-17 June 2005
 |   |  Fusing Geophysical Models with DataBoulder, CO   13-17 June 2005
       The ability to combine observations with a numerical model is critical 
       to understanding and predicting geophysical systems like the earth's 
       atmosphere.  This summer school will be presented by statisticians and 
       geophysicists who are leaders in the field of data assimilation.  
       By bridging the gap between basic and applied research on ensemble data 
       assimilation, the workshop will provide participants with an understanding 
       of the most recent advances and the most critical unsolved problems in 
       this rapidly growing field.  Lectures and discussion will be supplemented 
       by a series of computational explorations using the Data Assimilation 
       Research Testbed facility at the National Center for Atmospheric Research.
       By the end of the workshop, participants will be equipped with the tools 
       to attack the problems posed in the lectures and to undertake research in 
       data assimilation for a large variety of applications.
        Workshop Themes
       Topics include:
        Bayesian foundations of data assimilation and ensemble filtering,estimating parameters for large geophysical models,design of effective and cost-efficient observing systems, anddata assimilation of Lagrangian observations.
 
       
          | Applications include: 
                 Climate modeling,weather preciction, andair quality. |   |  Workshop Plan
       The workshop is scheduled for 13-17 June 2005. A specific data 
       assimilation problem will be the focus of each day's activities.
       Morning sessions will include invited lectures from atmospheric scientists 
       workin on data assimilation and statisticians working on related problems.
       Afternoon sessions will use computer exercises to gain enhanced 
       understanding of the topics presented in lecture. The afternoon sessions 
       will use the 
       Data Assimilation Research Testbed 
       (DART) software, developed by the NCAR  
       Data Assimilation Initiative 
       (DAI). 
        
   
       
        Organizing CommitteeThe Statistics and Applied Mathematical Sciences Institute (SAMSI) 
       is a national institute with primary funding from the 
       National Science Foundation.
       SAMSI is a partnership between 
       Duke University, 
       North Carolina State University, the 
       University of North Carolina at Chapel Hill, and the
       National Institute of Statistical Sciences. 
       Please see www.samsi.info for more 
       information about SAMSI. This workshop is part of the 2004-05 Program on
       Data Assimilation for Geophysical Systems, and is just one of many 
       research activities underway at SAMSI. Those interested more broadly in 
       other activities within the Focused Study Program and other opportunities 
       for participating in SAMSI should contact Jim Berger    berger .at. samsi .dot. info
      
      
      The Institute for Mathematics Applied to Geosciences is a group embedded 
      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 three groups; 
      the Data Assimilation Initiative, 
      the Geophysical Statistics Project, and
      the Turbulence Numerics Team. 
       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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