Bodeker Scientific

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    2014 WMO/UNEP Ozone Assessment Contribution
    A semi-empirical model of the stratosphere in the Antarctic climate system
    Climate Pattern Scaling
    GCOS Reference Upper Air Network
    How does the S get in stratosphere?
    Least squares regression book
    Merging satellite ozone measurements
    Simple Climate Model
    Stratospheric Processes And their Role in Climate
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    Vertically resolved ozone
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    • Andreas Penckwitt
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      • SPARC-co-chair
    • Jared Lewis
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    • Stefanie Kremser
  • Contact
  • Current Projects
    • 2014 WMO/UNEP Ozone Assessment Contribution
    • A semi-empirical model of the stratosphere in the Antarctic climate system
    • Climate Pattern Scaling
    • GCOS Reference Upper Air Network
    • How does the S get in stratosphere?
    • Least squares regression book
    • Merging satellite ozone measurements
    • Simple Climate Model
    • Stratospheric Processes And their Role in Climate
  • DAAD Students
  • Data
    • Precipitation objects for New Zealand
    • The BDBP
    • Total column ozone
    • Vertically resolved ozone
  • Facilities
    • Computers
    • Space Programme
  • How do I
    • Calculate equivalent latitude
  • International Visitors
  • Interns
  • Latest News
  • Latest News Postings
    • A semi-empirical model of the stratosphere in the Antarctic climate system
    • Penehuro (Pene) Lefale joins the Bodeker Scientific team
    • Simple Climate Model Tutorial at Victoria University, Wellington
    • Success in obtaining funding to use Google [x] Project Loon data for stratospheric research
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      • Changes in global mean temperature
      • Flow chart of Projected Payments Under the 2009 ETS
      • Workload prioritization
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Climate Pattern Scaling

Vertically resolved ozone

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42 Young Lane, RD1, Alexandra 9391, New Zealand +64 0(3) 449 2206

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