2. 2010

Science

Science in done in many different ways to obtain the sectrets of the ice.
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Optical scanner shows layering in the ice<br /> <br /> Photo: Kenji Kawamura
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Optical scanner shows layering in the ice

Photo: Kenji Kawamura

  • In the ice core buffer the ice is given time to expand.<br /> <br /> Photo: Kenji Kawamura
  • Working in the science trench
  • Ice core processing<br /> <br /> Photo: Sepp Kipfstuhl
  • Ice core processing<br /> <br /> Photo: Sepp Kipfstuhl
  • The ice is carefully marked before being cut for different measurements<br /> <br /> Photo: Sepp Kipfstuhl
  • The ice is cut for various measurements; here the piece for physical properties is cut (top piece)<br /> <br /> Photo: Marie Kjaergaard
  • Cutting the ice<br /> <br /> Photo: Kenji Kawamura
  • Preparing samples for gas, isotope and continuous flow measurements<br /> <br /> Photo: Kenji Kawamura
  • Cutting the ice<br /> <br /> Photo: Tim Burton
  • Cutting the ice<br /> <br /> Photo: Angelika Dummermuth
  • Packing cut ice<br /> <br /> Photo: Tim Burton
  • Packing cut ice<br /> <br /> Photo: J.P. Steffensen and M. Leonhardt
  • A thin section of ice can give information on the crystal structure<br /> <br /> Photo: Kenji Kawamura
  • Preparing the ice for electrical conductivity measurements (ECM)<br /> <br /> Photo: Kenji Kawamura
  • The ice has to be without bumps and is grinded<br /> <br /> Photo: Sepp Kipfstuhl
  • The saw dust is investigated for Tephra, volcanic ash<br /> <br /> Photo: Kenji Kawamura
  • Optical scanner shows layering in the ice<br /> <br /> Photo: Kenji Kawamura
  • Optical scanner<br /> <br /> Photo: Sepp Kipfstuhl
  • Electrical conductivity measurements can provide information on the layering in the ice as well as show significant volcanic eruptions<br /> <br /> Photo: Kenji Kawamura
  • Electrical conductivity measurements can provide information on the layering in the ice as well as show significant volcanic eruptions<br /> <br /> Photo: Sepp Kipfstuhl
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