Home
University of Bergen
Geodynamics and Basin Studies

Warning message

There has not been added a translated version of this content. You can either try searching or go to the "area" home page to see if you can find the information there

Tidligere forskningsprosjekter

Dette er tidligere forskningprosjekter forskergruppen i Geodynamikk og Bassengstudier

Source to sink

The source-to-sink (S2S) concept represents a new generation of basin studies that takes into account sediment erosion, transport and deposition from catchment to deep basin.

CHARACTERISING & MODELING GEOTHERMAL RESERVOIRS (ANIGMA)

CHARACTERISING & MODELING GEOTHERMAL RESERVOIRS (ANIGMA)

Faults, fractures and fluid flow in carbonate rocks

FAULTS, FRACTURES AND FLUID FLOW IN CARBONATE ROCKS

Source-to-Sink of the Triassic Barents Sea (ISBAR)

SOURCE-TO-SINK OF THE TRIASSIC BARENTS SEA (ISBAR)

FORECASTING ARCHITECTURE, SEISMIC CHARACTERISTICS AND FLOW BEHAVIOUR IN PALEOKARST RESERVOIRS (FOPAK)

FORECASTING ARCHITECTURE, SEISMIC CHARACTERISTICS AND FLOW BEHAVIOUR IN PALEOKARST RESERVOIRS (FOPAK)

Syn-Rift Systems Project

SYN-RIFT SYSTEMS PROJECT

Deformation bands as reservoir heterogeneity

DEFORMATION BANDS AS RESERVOIR HETEROGENEITY

Structure and evolution of normal faults in rifts

STRUCTURE AND EVOLUTION OF NORMAL FAULTS IN RIFTS

Key controls on HC seal and leakage in the Barents Sea

KEY CONTROLS ON HC SEAL AND LEAKAGE IN THE BARENTS SEA

Turbidites, Topography & Tectonics (T3 Project)

TURBIDITES, TOPOGRAPHY & TECTONICS (T3 PROJECT)

Numerical Modelling

Numerical Modelling in 3D of Rift Segmentation, Rift Propagation, and Oblique Rifting: Control of Strain Weakening and Brittle Ductile Coupling

IODP Expedition 381: Corinth Rift Development

IODP EXPEDITION 381: CORINTH RIFT DEVELOPMENT

Source to sink

The source-to-sink (S2S) concept represents a new generation of basin studies that takes into account sediment erosion, transport and deposition from catchment to deep basin.

Svalbard Palaeogene

Investigation of Palaeogene sandbody geometries in Spitsbergen's Central Basin using outcrop, seismic and LIDAR data

Turbidites and turbiditic systems

Outcrop studies combined with analysis of subsurface 3D seismic data and numerical CFD simulations, aimed to improve our understanding of turbiditic systems and their deposits

Colluvium and colluvial systems

Investigation of the sedimentology, depositional processes and climatic proxy record of colluvial deposits

Source-to-Sink Analysis of Rift Basin Tectonics and Sedimentation: Towards Improved Reservoir Prediction

Research on active and ancient fault zones and numerical simulations of rift basins suggest that fault growth, interaction and linkage are primary controls on the evolution of footwall topography, stream networks, hangingwall basin geometry and depositional systems.

Exposures are scanned using a terrestrial LIDAR

The Rift Analogues Project - TRAP

Stratigraphic, sedimentary and structural evolution of extensional depocentres combining traditional field and digital outcrop techniques (LIDAR)

Salt Influenced Rift Basins (SIRB)

The Salt Influenced Rift Basins (SIRB) project, sponsored by Statoil, examines rift tectonics and sedimentation on the Norwegian Continental Shelf, focusing on rift basin structural style and evolution and the rift-climax sedimentary response in areas where structure is influenced by the presence of...

Quantitative Geomorphology of Submarine Channel Networks on Continental Margins

Recent progress in quantitative subaerial geomorphology, coupled with the numerous, high resolution marine geophysical and geological datasets, becoming widely available along continental margins, now suggests major progress can be made at analysing and understanding the margin-scale characteristics...

3D Geodynamics

3D Geodynamic Modelling of Sedimentary Basin and Passive Margin Formation

3D Extension

Numerical Modelling in 3D of Rift Segmentation, Rift Propagation, and Oblique Rifting: Control of Strain Weakening and Brittle Ductile Coupling

DELAM

Lateral termination of a delaminated orogenic root: Lower crustal architecture, and exhumation history of northern Mozambique

FT Bergen

Exhumation history of the Norwegian continental margin across major structural discontinuities deduced by combined fission-track and (U-Th)/He analyses

GOWACO

GOndWAna COrrelations with special emphasis to the East African-Antarctic Orogen in Mozambique and Antarctica

NOTUR Advanced User support

Advanced Solution Methods for Geophysical Simulation of Plate Tectonics

Deep geothermal resources

Assessing the potential for deep geothermal energy

PYRTEC

PYRTEC

European Science Foundation TopoEurope Project PYRTEC: Spatial and temporal coupling between tectonics and surface processes during lithosphere inversion of the Pyrenean-Cantabrian mountain belt.

ESM

ESM - Earth System Modeling

Earth System Modeling

26.05.2022