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Viser treff 1-26 av 26

2019
1 Malm, Rie Hjørnegaard; Martens, Iver.
Exploring the teaching environment in a higher education geoscience programme. Nordic Journal of STEM Education 2019 ;Volum 3.(1) s. 95-98
UiO UiT Untitled
 
2 Martens, Iver; Malm, Rie Hjørnegaard.
Martens, I. & Malm, R. H (2019). Baseline undersøkelse av studiekvalitet og undervisningskultur på Institutt for geovitenskap ved UiT Norges arktiske universitet.. Tromsø: Department of Geosciences, UiT the Arctic University of Norway. 2019
UiO UiT Untitled
 
3 Poulsen, Johanne Schønning.
Seismic Sequence analysis and petroleum system indicators at the Oligocen-Miocene level in the southern North Sea. : UiT, The Arctic University of Norway 2019 143 s.
UiT Untitled
 
4 Strømme, Kristine.
3D-seismic interpretation of the glacia deposits in the outer Ingøydjupet area, SW Barents Sea. : UiT, The Arctic University of Norway 2019 136 s.
UiT Untitled
 
2018
5 Brennhaugen, Adam Alfred.
A combined 3S seismic and sedimentological study of the Lower Cretaceous succession in the northeastern part of the Nordkapp basin.. : UiT, The Arctic University of Norway 2018 85 s.
NTNU UiT Untitled
 
6 Finnesand, Sebastian Sandvik.
The upper Paleozoic regional development of the Ottar basin from seismic 2D interpretation. : UiT, The Arctic University of Norway 2018 88 s.
UiT Untitled
 
7 Forsberg, Mariann.
Geofaglig kunnskap og holdninger til norsk petroleumsnæring; Et casestudie av Alta/Gohta. : UiT, The Arctic University of Norway 2018 106 s.
UiT Untitled
 
8 Geicke, Astrid Marie.
Sedimentary environments in the lower part of the Upper Triassic Snadd Formation in the SW Barents Sea. Tromsø: Department of Geosciences, UiT - The Arctic University of Norway 2018 144 s.
UiT Untitled
 
9 Hansen, Johanne.
Combining geophysical data with a mathematical model to describe vertical two-phase flow. : UiT, The Arctic University of Norway 2018 125 s.
UiT Untitled
 
10 Heiberg, Vegard.
The regional Cretaceous development of the southeastern part of the Norwegian Barents Sea- from seismic interpretation. : UiT, The Arctic University of Norway 2018 116 s.
UiT Untitled
 
11 Hetland, Asbjørn.
Use of 2D-seismic data and available wells to investigate the source potential of the Palaeozoic interval in the Loppa High area, SW Barents Sea. Tromsø: Department of Geosciences, UiT - The Arctic University of Norway 2018 78 s.
UiT Untitled
 
12 Matveev, Aleksei.
The Cretaceous development of the Nordkapp Basin based on seismic interpretation. : UiT, The Arctic University of Norway 2018 81 s.
UiT Untitled
 
13 Slettehaug, Hanne-Lise.
The regional upper Paleozoic development of the SE part of the Norwegian Barents Sea – from seismic interpretation. : UiT, The Arctic University of Norway 2018 100 s.
UiT Untitled
 
14 Tonstad, Sigurd.
The late Paleozoic development of the Ottar Basin from seismic 3D interpretation. : UiT, The Arctic University of Norway 2018 135 s.
UiT Untitled
 
2017
15 Eikelmann, Isak Emil Skadsem.
Shallow stratigraphic cores NW of Bjørnøya, results and implications. Tromsø: UiT, The Arctic University of Norway 2017 81 s.
UiT Untitled
 
16 Martins, Gustavio Aiguar.
Seismic interpretation and stratigraphy of the Paleogene in the Bjørnøya Basin, western Barents Sea. Tromsø: UiT, The Arctic University of Norway 2017 89 s.
UiT Untitled
 
17 Ottem, Jørn Rune.
Marginal marine sedimentary environments of the Triassic Snadd Formation in the SW Barents Sea. Tromsø: Department of Geosciences, UiT - The Arctic University of Norway 2017 117 s.
UiT Untitled
 
18 Toonen, Ruud.
Geological controlling parameters on seismic imaging of igneous intrusions on Svalbard. Tromsø: UiT, The Arctic University of Norway 2017 98 s.
UiT UNIS Untitled
 
19 Yankina, Anna.
Petroleum systems of the Barents shelf. : UiT, The Arctic University of Norway 2017 117 s.
UNIS UiT Untitled
 
2016
20 Hagset, Andreas H.
Seismic attributes, well correlation and geostatistical analysis for sequence variability prediction in the Sleipner area. Tromsø: UiT, The Arctic University of Norway 2016 177 s.
UiT Untitled
 
21 Karlsen, Nils ANdreas.
AVO study of the Salina discovery on the Loppa High in the south-western Barents Sea. Tromsø: UiT, The Arctic University of Norway 2016 150 s.
UiT Untitled
 
22 Myrvang, Jim S.; Rydningen, Tom Arne; Martens, Iver.
A suggested sub-division of the Upper Triassic Snadd Formation in the Norwegian Barents Sea. Arctic Exploration - Understanding the Barents Sea potential; 2016-05-31 - 2016-06-02
UiT Untitled
 
23 Prytz, Alexander.
The Use of Seismic Attributes and Well Data for Prediction of Reservoir Sand Definition in the Vøring Basin, Norwegian Sea. Tromsø: UiT, The Arctic University of Norway 2016 150 s.
UiT Untitled
 
24 Prytz, Richard.
Seabed depressions in the Ingøydjupet Trough and their relation to buried canyons on the Loppa High, Barents Sea. Tromsø: Department of Geosciences, UiT - The Arctic University of Norway 2016 70 s.
UiT Untitled
 
25 Stian André, Johansen.
Depositional environments of the Upper Triassic Snadd Formation on the Loppa High, SW Barents Sea. Tromsø: Department of Geosciences, UiT - The Arctic University of Norway 2016 83 s.
UiT Untitled
 
26 Tasianas, Alexandros; Martens, Iver; Bünz, Stefan; Mienert, Jurgen.
Mechanisms initiating fluid migration at Snøhvit and Albatross fields, Barents Sea. Arktos 2016 ;Volum 2. s. -
UiT Untitled