Associate Professor

Helge Henriksen

Field of work

  • Structural geology, engineering geology, hydrogeology, unstable mountain slopes, rapid mass movements

My research is directed towards the structural geology and hydrogeology of hard rocks and unstable mountain slopes. In addition, I have a long experience as a consultant in the evaluation of the hazard potential from rapid mass movements (rockfalls, debirs flows and snow-avalanches). In the making of hazard maps related to the Norwegian building act I use GIS (ArcGIS) and simulation software like RAMMS Rockfall, Rockyfor 3D, RAMMS Debirs Flow and RAMMS Avalanche.

Courses taught
  • Hydrogeology, Engineering geology
Research areas
  • Groundwater in hard rocks
  • Groundwater in unstable mountain slopes

Publications

  • Monitoring displacement patterns, acceleration and failure (July 2023) at the unstable rock slope Stampa, Western Norway

    Scheiber, Thomas, Maschler, Alexander, Schild, Lukas Stefan, Snook, Paula, Samnøy, Stig Frode, Kristensen, Lene, Dahle, Halgeir, Aalbu, Jan Helge, Henriksen, Helge (2024)
  • July 2023 failure from the unstable rock slope Stampa, Western Norway

    Maschler, Alexander, Scheiber, Thomas, Snook, Paula, Schild, Lukas Stefan, Samnøy, Stig Frode, Kristensen, Lene, Dahle, Halgeir, Aalbu, Jan Helge, Henriksen, Helge (2023)
  • Acceleration in a rock column within the unstable rock slope ‘Stampa’ Aurland municipality, Vestland county

    Snook, Paula, Scheiber, Thomas, Schild, Lukas Stefan, Samnøy, Stig Frode, Henriksen, Helge, Kristensen, Lene, Dietze, Michael, Maschler, Alexander (2023)
  • Groundwater flow in a complex rockslope failure area, Stampa, Western Norway

    Henriksen, Helge, Skoglund, Rannveig Øvrevik, Soldal, Berit (2021)
  • Instrumentation and monitoring of the unstable rock slope Stampa in Aurland, Norway

    Hilger, Paula, Scheiber, Thomas, Samnøy, Stig Frode, Kristensen, Lene, Henriksen, Helge, Dietze, Michael (2021)
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