The main structural elements resulting from Late Permian-Early Triassic extension have
been resolved across the total width of the northern North Sea. The northern segment of the …

Deep seismic data from the Hatton-Rockall region, the mid-Norway margin and the SW
Barents Sea provide images of the crustal structure that make it possible to estimate the …

Abstract The northern North Sea rift basin developed on a heterogeneous crust comprising
structures inherited from the Caledonian orogeny and Devonian postorogenic extension …

A tectonostratigraphic model for the evolution of rift basins has been built, involving three
distinct stages of basin development separated by key unconformities or unconformity …

Abstract The northern North Sea region has experienced repeated phases of post-
Caledonian extension, starting with extensional reactivation of the low-angle basal …

Large normal faults are corrugated. Corrugations appear to form from overlapping or en
échelon fault arrays by two breakthrough mechanisms: lateral propagation of curved fault …

Abstract From Permian to Jurassic times the northern Viking Graben and adjacent platform
areas experienced multiple rifting, the Permian-early Triassic and middle-late Jurassic rift …

Many rift zones exhibit a range of fault orientations, rather than simple colinear faults that
strike orthogonal to the inferred least principal stress. The formation of non-colinear fault sets …

This study focuses on the deep structure of the Viking Graben and adjacent areas of the
northern North Sea (60–62 N), and its implications for the amount, timing and nature of …

A comparison between structural histories of the Møre Basin of the Mid Norwegian shelf and
the northernmost Viking Graben of the northern North Sea, suggests that the basement …