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Education

  

10. Education

Master of science.

1. Espen Rødland Mikkelsen. 2009. Monitoring of CO2 Sequestration at the Longyearbyen CO2 Lab by Time-lapse 

Seismic. An Interdisciplinary Rock Physics Study. Department of Electronics and Telecommunications. Norwe-
gian University of Science and Technology. 

2. Ingrid B. Hynne. 2010. Depositional environment on eastern Svalbard and central Spitsbergen during Carnian 

times (late Triassic) - Sedimentological investigation of the De Geerdalen Formation Supervisor. Department of 
Geology. Norwegian University of Science and Technology and the Department of Arctic Geology, the University 
Centre in Svalbard 

3. Rita Rød Sande. 2011. Spatial occurrences of selected sandstone bodies in the De Geerdalen Formation, Sval-

bard, and their relation to depositional facies. Department of Geology. Norwegian University of Science and 
Technology and the Department of Arctic Geology, the University Centre in Svalbard 

4. Wictor A. Mork-Jansson 2011. Avsetningsmiljø og sekvensstratigrafi av Rurikfjelletformasjonen, Svalbard. De-

partment of Earth Science, University of Bergen and Department of Arctic Geology, University Centre in Sval-
bard 

5. Gard Ole Wærum.2011. Bruddmønstre i øvre Triaslagrekken ved Vindodden.Svalbard; Opptreden, geometri og 

dannelsesmekanismer samt betydning for CO2 lagring.

6. Laura Rebecca Farrell. 2011. Appraisal of the Longyearbyen CO2 Project, a Fractured Reservoir. School of Geo-

sciences. The University of Edinburgh.

Photo by: Cathy Braathen - Adventdalen 2013

Photo b

y: Alv

ar Br

aathen

7. Jeroen Van Stappen. 2013. Pore-scale Characterization and Modelling of Kapp Toscana Group reservoir section 

using X-ray micro-CT. Faculteit Wetenschappen, University of Gent 

8. Gareth S. Lord.  2013: Steep fracture patterns and their characteristics within the Triassic De Geerdalen Forma-

tion on Svalbard. Department of Geology, the Norwegian University of Science and Technology.

9. Marianne Ask.  2013. Palynological dating of the upper part of the De Geerdalen Formation on central parts of 

Spitsbergen and Hopen. Department of Earth Science, University of Bergen. 

10. Eirik Rosseland Knutsen. 2014. Sedimentology of the Offshore- to Tide-Dominated Upper Triassic De Geerdalen 

Formation on Central Spitsbergen and Examples of Comparable Facies in the Equivalent Snadd Formation. De-
partment of Earth Science, University of Bergen and Department of Arctic Geology, University Centre in Sval-
bard.

11. Marit Ann Boxaspen, 2014. Sedimentologi av den alluvialt dominerte øvre trias De Geerdalenfomasjonen på den 

sentrale delen av Spitsbergen og eksempler på sammenlignbare facies i den ekvivalente Snaddformasjonen i 
Barentshavet. Department of Earth Science, University of Bergen and Department of Arctic Geology, University 
Centre in Svalbard.

12. Sara E. Sandvik. 2014.Description and Comparison of Lower Cretaceous deposits from Svalbard and the south-

ern Loppa High. Department of Earth Science, University of Bergen and Department of Arctic Geology, Universi-
ty Centre in Svalbard. 

13. Tore Aadland. 2014. A sedimentological, stratigraphical and petrographical analysis of the Dalkjegla Member, 

Carolinefjellet Formation, Spitsbergen, Svalbard.  Department of Earth Science, University of Bergen and De-
partment of Arctic Geology, University Centre in Svalbard.

14. Graham L. Gilbert. 2014. Sedimentology and geocryology of an Arctic fjord head delta (Adventdalen, Svalbard), 

Department of Geosciences, the University of Oslo and Department of Arctic Geology, University Centre in Sval-
bard.