An integrated outcrop and subsurface study of the Middle Eocene (Lutetian) Ainsa System,
Ainsa Basin, Spanish Pyrenees, was undertaken to characterise the proximal depositional …

Seven categories of event bed (1–7) are recognised in cores from hydrocarbon fields in the
outer part of the Palaeocene Forties Fan, a large mixed sand-mud, deep-water fan system in …

The geomorphology and seismic stratigraphy of deep-water clastic systems from slope
valleys through channel-levee systems to basin-floor fans have been observed and …

In this paper we apply two different geoscience tools: 3D petroleum systems modelling and
the findings of rock magnetic analysis to a reassessment of the hydrocarbon migration …

Three-dimensional seismic and well data are integrated to investigate the geometry and
controls on a series of sand-rich slope systems in the Kyrre Fm (Upper Cretaceous) on the …

The geometry, distribution and rock properties (ie porosity and permeability) of turbidite
reservoirs, and the processes associated with turbidity current deposition, are relatively well …

Abstract The Paleocene–Eocene-aged Sele Formation is developed across the basinal
region of the Central North Sea. The section comprises a number of deep-marine fan …

The physical stratigraphy of a 470-m-thick, claystone-dominated exhumed middle to upper
submarine slope succession was constrained within an area of 400 km2 in which five sand …

Despite the potential of sandstone-filled normal faults to significantly influence fluid
transmissivity within reservoirs and the shallow crust, they have to date been largely …

Because of their potentially large volumes and excellent reservoir properties, winglike clastic
intrusion complexes may represent stand-alone exploration targets. However, determining …