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Master examinations - Page 13

Time and place: , Aud. 3, ZEB-building, University of Oslo

Numerical modelling of Venus’mantle: the role of cratons in lithospheric overturns

Time and place: , Aud. 2, Geology building, University of Oslo

Reservoir Characterization of the Realgrunnen Subgroup in Wisting Central III (7324/8-3), SW Barents Sea

Time and place: , Aud. 2, Geology building, University of Oslo

Characterization of a Jurassic transgressive lag deposit in the SW Barents Sea

Time and place: , Room 219 (Valhall), Department of Geosciences, University of Oslo

Investigating a glacier tidewater collapse and dynamics: Negribreen in Eastern Svalbard

Time and place: , Kurssal U37, Geology building, University of Oslo

Considering groundwater recharge and flow in urban development planning A case study from Torshovdalen (Oslo, Norway)

Time and place: , Room 102 (Mellomrommet), Geology building, University of Oslo

Validering og testing av nye aktsomhetskart for snøskred i Norge (NAKSIN)

Time and place: , Room 102 (Mellomrommet), Geology building, University of Oslo

Importance of Deep Structural Grain for Late Paleozoic and Mesozoic Evolution in the Fingerdjupet Subbasin to Bjarmeland Platform Region

Time and place: , Room 219 (Valhall), Department of Geosciences, University of Oslo

Satellite radar time series for flood detection using SAR Sentinel-1 data

Time and place: , Room 102 (Mellomrommet), Geology building, University of Oslo

Modelling of sediment transport in rivers using LiDAR-data and HEC-RAS

Time and place: , Room 102 (Mellomrommet), Geology building, University of Oslo

Reconstruction of the Subsidence and Uplift History of a proposed CO2 Storage Site in the Northern North Sea

Time and place: , Meeting room 317, Geology building, University of Oslo

Characterization and simulation of permafrost rock slope failures in mica-rich rocks - An integrated laboratory study of temperature-resistivity measurements and direct shear tests

Time and place: , Valhall (room 219), Geology building, University of Oslo

Reservoir characterization of the Realgrunnen Subgroup (Fruholmen and Stø formations) in well 7325/4-1 within the Hoop Fault Complex

Time and place: , Room 102 (Mellomrommet), Geology building, University of Oslo

Distribution and spatial statistics of pockmarks above the Smeaheia CO2 storage area: Evaluating Quaternary sediments as a secondary seal

Time and place: , Room 114 (Skolestua), Department of Geosciences, University of Oslo

Assessment of the water quality in an urban environment. A case study from Torshovdalen (Oslo, Norway)

Time and place: , Room 1.211 (The Wegener room), ZEB-building, University of Oslo

Observation of PKP phases in Queen Maud Land, Antarctica

Time and place: , Room 114 (Skolestua), Geology building, University of Oslo

Recurring Jøkulhlaups From Koppangsbreen, Norway

Time and place: , Room 114 (Skolestua), Geology building, University of Oslo

Tectono-sedimentary history of the Forlandsundet Graben

Time and place: , Mellomrommet (room 102), Geology building, University of Oslo

Source and reservoir rocks characterization of the Ling Depression, Central North Sea

Time and place: , Skolestua (room 114), Geology building, University of Oslo

Impact of fish farming on the benthic community and the natural condition

Time and place: , MetOs common area, CIENS, Oslo Science Park

Predicting Net surface Radiation for Alpine Surface Types Using Linear Models and Artificial Neural Networks

Time and place: , Skolestua (room 114), Geology building, University of Oslo

CO2 trapping in the Smeaheia reservoir - time mass estimation using geochemical models

Time and place: , Hagen 4, CIENS, Oslo Science Park

Upstream of a land-falling Atmospheric River: Its moisture sources and assimilated observation influences on Norway

Time and place: , Skolestua (room 114), Geology building, University of Oslo

A re-evaluation of the age and significance of lamprophyre dikes of Orkney, Scotland

Time and place: , Hagen 4, Oslo Science Park

Importance of meteorology on dispersion of air pollution in the surface layer. The use of modeled and observed meteorology in dispersion models

Time and place: , Hagen 4, Oslo Science Park

Analysis of urban meteorological data. Comparison of local measurements and a numerical mesoscale model under the aspect of local air quality modeling.