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Master's projects GEO

Examples of Master's projects at GEO

Here you will find examples master’s projects for those starting the master’s program in earth science at UiB. You can also visit the website of each of our research groups to see past and ongoing projects (links below). Many of the previous projects still have highly relevant research topics and supervisors might be able to create a similar project for you.

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The Master's programme in Earth Sciences has been divided into five research topics: climateenvironmentresourcesenergy og geohazards. All our master’s projects fall under one or more of these themes, and many of our research groups collaborate across these themes. Therefore, you will experience a large, interdisciplinary community as a student at GEO.Depending on which project and supervisor you end up working with you will become part of one of our research groups: Geodynamics and basin studies, Geochemistry and geobiology, Geophysics and Qauternary geology and paleoclimate

The Master’s program consists of two components: a course part totaling 60 credits and the master’s project and thesis of 60 credits. The total workload for the master’s program is 120 credits, equivalent to two years of study. You start by finding your project and supervisor, have a look below on how to get started!

How do I find a project to work on? 

Use the menu below. Consult the projects description, and decide on which research theme you are interested in, and to some extent, which project you prefer. Also consult the listed courses for each project - do the courses match you background?

Contact the listed supervisor to learn more. In some cases, supervisors get contacted by several students. We will try our best to facilitate that all students get to write their thesis on a preferred topic, but we need you to keep in mind that each supervisor has a limited capasity of undertaking master's students. All students that are granted admission to our program will be allocated a project and a supervisor within the first couple of weeks after semester start. 

In rare cases with more interested students on a project than the capasity allows, we will have to range the interested students by grades. This is only applicable in rare situations, and we strive to find solutions together with our students. 

If none of the listed projects seem to suit you, it is also possible to design your own Master's project together with one of our supervisors from our academic staff. In this case, we ask you to contact interesting superviros to pitch your idea. For more information about this process, or guidance to which supervisor to contact, please reach our to the programme coordinator (Vilde Dimmen). 

We also reccomend you to visit the webpage for each of our research groups (link in menu below), to consult which projects has been given earlier. Many of our research themes are still highly relevant and can be reformed to new projects. 

Which courses should I choose? 

At The Deptartment of Earth Sciences, all courses has an early deadline for sign up (Wednesday week 33 / Wednesday week 2).  

All students must by the first copuple of days, within the deadline, consult which courses to sign up for in StudentWeb. External students from outside of UiB may find trouble adding courses in StudentWeb. Consult the Programme Coordinator to open your preferred courses.

Courses relevant for your Master's project can be found in the project description, or by consulting your supervisor, or your preferred research group.

NB!! This process is our top priority during the semester start week, do not hesitate to reach out!

Master's Projects in Geodynamics and Basin studies

Check out previous projects from this group here!

 

ProsjekttittelMain supervisorCo-supervisor(s)

Reducing overoptimism in oil production forecasting by improving fault permeability assessment

Tor SømmeChristian Hermanrud,  Haakon Fossen, Salem Akarri, Andrea Gauchi, Erik Nesvold, Edel Reiso (Equinor)
Sedimentology and Modelling of North Sea, Jurassic marine reservoirsTor SømmeAugustin Scotti (Equinor), Christian H. Eide
Sediment routing & detrital zircon age dating in the Middle Jurassic Garn & Pelion Formations on the Mid-Norwegian shelf & East GreenlandChristian H. Eide

Tor O. Sømme (UiB/Equinor), Leif Erik R. Pedersen 

Sedimentary processes on the North Sea Fan (NE North Sea margin): Reconstructing the Middle and Late Pleistocene development based on 3D seismic data and exploration wellsBenjamin Bellwald

Berit Oline Hjelstuen

Sedimentary processes on the Bear Island Fan (SW Barents Sea margin): Reconstructing the Early, Middle and Late Pleistocene development based on 3D seismic data and exploration wellsBenjamin BellwaldBerit Oline Hjelstuen
Turbidites in Norwegian Fjords and Lakes: Geohazard and engineering implications by geophysical, geotechnical, and geological integrationBenjamin BellwaldBerit Oline Hjelstuen
Fault deformation and sealing properties in coal-bearing reservoir rocksMiriana ChinelloMatteo Demurtas
Fault and deformation bands in organic matter–rich siliciclastic rocks: implications for fluid flow in subsurface reservoirsMiriana ChinelloMatteo Demurtas
Last deglaciation and post-glacial depositional environments and processes in the NE North Sea: An integrated study based on seismic data, bathymetry and shallow sediment coresBerit Oline HjelstuenHans Petter Sejrup
Midt og sein Pleistocene avsetningsmiljø og prosesser på Midt-Norsk kontinentalmargin, basert på tolking av 2D/3D seismiske dataBerit Oline Hjelstuen

Hans Petter Sejrup

Geohazards in Hardangerfjorden, western NorwayBerit Oline Hjelstuen

Benjamin Bellwald

Provenance of flysch units on Elba Island, a detrital U-Pb zircon approach

Joachim Jacobs

Sergio Rocchi
Microstructural and microchemical evolution of the Acquadolce serpentinites, Elba Island, TuscanyJoachim JacobsWolfgang Bach
HVSR monitoring of the subsoil resonance frequencies of very shallow structures near Bergen, Norway: feasibility and sensitivity.Isabelle LecomteMathilde Sørensen
Internal structures of salt diapirs and their seismic signatures: a modelling study.Leonardo Muniz PichelIsabelle Lecomte
Finding fault permeability controls from oil production data

Tor Sømme

Christian Hermanrud

Master's Projects in Geophysics

Check out previous projects from this group here!

ProsjekttittelHovedveilederMedveileder(e)
Rock physics analysis of geophysical data from MarsMorten JakobsenPer Avseth (Dig Science)
Finite difference based wave simulation in porous mediaHenk Keers

Adrian Florin Radu

Synergier mellom seismikk og medisinsk ultralyd

Morten Jakobsen, GEO, UiB

Einar Iversen 

Modeling and Inversion of Multiply Scattered WavesHenk KeersEinar Iversen
Development of a ground motion prediction equation for NorwayMathilde B. SørensenLars Ottemöller 
Modelling of controlled-source electromagnetic data using fast integralequation methodsMorten JakobsenMalte Sommer
Fast Ray Tracing and Imaging Using GPUs

Henk Keers

Einar Iversen,Martin Sarajærvi (Schlumberger, Stavanger)
Seismic Monitoring of CO2 Storage

Henk Keers

Martin Sarajærvi, Schlumberger Stavanger 

Elektromagnetiske metoder i borehullsgeofysikk

Morten JakobsenSergey Alayev, NORCE
Structure and Dynamics of the Inner and Outer CoreHenk KeersThomas Meier (Uni. Kiel, Germany), Johannes Stampa (Uni. Kiel, Germany), Sergei Lebedev (Uni. Cambridge)

Machine Learning and Modeling Techniques for Regional Seismology – An Application to Southern Europe

Henk KeersThomas Meier (Uni. Kiel, Germany), Johannes Stampa (Uni. Kiel, Germany), Sergei Lebedev (Uni. Cambridge)
Marine Geophysics - Modeling and Full Waveform Inversion of Marine Seismic DataHenk KeersTora Myklebust, AkerBP
Modeling and Inversion of Ocean Acoustic Data for Climate ChangeHenk Keers

TBD

From Deep Crust to Landslide – Structural Controls on Slope Instability in Western NorwayCarolina CavalcanteMathilde Sørensen
Machine learning based ray interpolation in isotropic and anisotropic media

Einar Iversen

 
Seismic Modeling in Real Media: Focus on Fracture-Induced AnisotropyMorten Jakobsen 
Estimating Reservoir Permeability from Seismic Wave AttenuationMorten Jakobsen 
Torsional waves, decadal length-of day variations, and the cylindrically averaged magnetic field Strategic area

Henk Keers

 
Slow magneto-Coriolis modes and the structure of the internal magnetic field

Henk Keers

 
Scattering theory and imaging of magnetic-field heterogeneity from observed core waves

Henk Keers

 
Mapping and interpretation of seismicity in NorwayLars OttemollerStephane Rondenay
Subsurface structure and seismicity of Svalbard

Stéphane Rondenay

Lars Ottemoller
Revealing dynamic glacier activity from geophysical dataHelene StemlandBent Ole Ruud

Master's Projects in Quaternary geology and Paleoclimate

Check out previous projects from this group here!

Project titleMain supervisorCo-supervisor(s)

Avalanches in a warmer and wetter future

Willem van der BiltBen Robson

Modeling Fjord Circulation and Iceberg Melt in a Greenland fjord

Kerim NisanciogluDaniel Gunning

The evolution of sea ice and warm water inflow in the Arctic during warm climates of the Quaternary

Stijn de SchepperSina Longman (UiT), Ulysses Ninnemann

Monitoring Snowline Dynamics on Norwegian Glaciers Using Sentinel-1 and Sentinel-2 Data

Ben RobsonLiss Andreassen (NVE)

Changes in Surface Characteristics of Glaciers in Jotunheimen

Ben RobsonLiss Andreassen (NVE)

Reconstructing Glacier Change at Gråsubreen and Gråsusnippen, Jotunheimen

Ben RobsonLiss Andreassen (NVE)
Reconstructing deep ocean temperatures from past greenhouse climate statesVictoria TaylorNele Meckler

Mapping winter melt events at Folgefonna glacier with radar remote sensing

Ben RobsonAndreas Born

Climate reconstructions from glacier length records

Andreas BornJostein Bakke, Jarle B. Sleire
Assessment and understanding of the simulated Last Glacial Maximum climateKerim H. NisanciogluChuncheng Guo (NORCE Climate)
Decadal changes in mass at Folgefonna glacierBen RobsonJostein Bakke, Jan Magne Cederstrøm, Pål Ringkjøb Nielsen
Aeolian activity through the late Holocene at Skardasanden, RogalandPål Ringkjøb NielsenBen Robson, Jan Magne Cederstrøm
Analyzing basin-scale sedimentary processes in Lake Midsommer to reconstruct Holocene glacial dynamics in northern GreenlandJostein BakkeNicolas Balascio (Queen Mary Collegage, USA), Jan Magne Cederstrøm 
Evaluating the deglacial history of the Wandel Dal valley, northern GreenlandJostein Bakke

Nicolas Balascio (Queen Mary Collegage, USA), Ben Robson

 
Improving constraints on the hydroclimate variability of northern GreenlandJostein Bakke Nicolas Balascio (Queen Mary Collegage, USA) 
Milankovitch’s Parasol: Quantifying Atmospheric Mediation of Orbital Forcing on ice sheet mass balance

Andreas Born

Kerim Nisancioglu
Simulating the Future of the Greenland Ice Sheet: Numerical Modeling with BESSI

Andreas Born

Kerim Nisancioglu
Impacts of Atlantification on western Norwegian fjords over the last millenniumNil IrvaliUlysses Ninnemann
Ekstreme klimaendringar rundt Blåskavla-massivet, Aurland, dei siste 2000 åraPål Ringkjøb NielsenJostein Bakke
Ekstremflaum og masserørsler ved JølstravatnetPål Ringkjøb NielsenJostein Bakke
Rekonstruksjon av flaumhistorie ved Åbjørvatnet basert på innsjøsediment og hydrologiske målingarPål Ringkjøb NielsenJostein Bakke
Rekonstruksjon av holosen flaumhistorie ved Leirbotnvatnet i Troms og FinnmarkPål Ringkjøb NielsenJostein Bakke
Holocene decadal variability in Atlantic Water temperature and ventilation; links to large scale ocean circulation and Norwegian climateUlysses NinnemannNil Irvali
Developing (semi-)automated geomorphological mapping methods to identify ice-marginal moraines in the Southern Alps/ Kā Tiritiri o te Moana, Aotearoa New ZealandAnn RowanBen Robson
Marine Isotope Stage 31: the “hottest” interglacial in the Arctic?Stijn De SchepperBjørg Risebrobakken
Using lake sediments to constrain the timing and timing of Greenlandic tsunamis

Willem van der Bilt

Witold Szczucińsk