In the past three decades, the hydrocarbon prospectivity has been enigmatic in the
southwestern Barents Sea as gas discoveries have dominated over oil. However, more …

Methane emissions from Arctic continental margins are increasing due to the negative effect
of global warming on ice sheet and permafrost stability, but dynamics and timescales of …

Abstract High-resolution 3D (HR3D) seismic data are important for hydrocarbon exploration
of shallow reservoirs, site characterization, and geohazard assessments. The goal of this …

Hill-hole pairs are subglacial landforms consisting of thrust-block hills and associated
source depressions. Formed by evacuation of material where ice sheets have been locally …

The glacimarine shelf‐edge is a complex depositional environment in which the interplay
between accommodation and glaciation has played an important role in influencing …

Abstract The Barents Sea is an epicontinental shelf sea with a fragmented structure
consisting of long fault complexes, basins and basement highs. Fluid leakage from deep …

Abstract The SW Barents Sea was subjected to significant uplift and erosion during the
Cenozoic, processes that are believed to have had a significant impact on hydrocarbon …

The Quaternary sedimentary record in the Arctic captures a diverse and evolving range of
landscapes reflecting climate changes. Here we study the geological landform assemblage …

Incised valleys form excellent stratigraphic pinch-out traps. Traditional seismic data analysis
techniques fail to predict quantitatively the porous and low-velocity sand-fills for incised …

Mud-rich prograding sediment lobes make for most of the Barremian–Albian stratigraphic
record in the SW Barents Sea. Submarine canyons and channels potentially represent key …