In 1874, JW Judd, a leading British geologist, wrote:“In the Hebrides I will now show that we
have supplied to us that great geological desideratum–a number of volcanoes so dissected …

We present a workflow for building 3D geological models from oblique photogrammetry of
outcrops. The workflow is used to build a 3D model of Kilen, a structurally complex and …

Abstract The Mid North Sea High (MNSH) is located on the UKCS in quadrants 35–38 and
41–43. It is a large structural high that is flanked by the mature hydrocarbon provinces of the …

Photogrammetry is a classical remote sensing technique dating back to the 19th century that
allows geologists to make three-dimensional observations in two-dimensional images using …

Remote and extreme regions such as in the Arctic remain a challenging ground for
geological mapping and mineral exploration. Coastal cliffs are often the only major well …

The margins of the North Atlantic rift are covered by an extensive succession of volcanic
rocks, with up to 5 km of continental flood basalts, hyaloclastites and interbedded …

Siliciclastic and volcaniclastic sediments in a volcanic rifted-margin succession may
experience a complex diagenetic history during burial that can have a large impact on …

The Rosebank hydrocarbon discovery in 2004 proved that intra-lava sandstones form
attractive reservoirs in the Faroe–Shetland Basin and the new volcanic play triggered the …

The powerful 3D mapping tool at the photogrammetry laboratory of the Geological Survey of
Denmark and Greenland (GEUS) is ideal for collecting high-quality 3D geological data in …

Digital elevation models (DEM) were generated from oblique stereo-images acquired with a
handheld digital camera. Two model scenarios are considered. Firstly, at local outcrop …