Sea floor and shallow seismic data sets of terminal submarine fan lobes can provide
excellent planform timeslices of distributive deep‐water systems but commonly only limited …

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

The integration of correlated outcrop and newly acquired core and wireline logs, extensive
paleocurrent data, and accurately mapped surfaces has enabled a common model of the …

Four main controls (tectonics, climate, sedimentary characteristics and processes, and sea-
level fluctuations) commonly interact with each other and do so at varying intensities. This …

Sediment gravity flows have a propensity to infill lows and build depositional relief, which
influences subsequent flows. This flow–deposit interaction is intrinsic to the evolution of …

The frequency and origin of thickening-upward packages in the sediments of deep-sea
environments has been a topic of much recent debate. Excellent bed-scale exposures in the …

Despite a globally growing seismic and outcrop analogue data set, the detailed (centimetre
to decametre) internal stratal make up of deep‐marine basin‐floor 'channelized‐lobe'strata …

Abstract The Middle Eocene sediments of the Ainsa Basin, Spanish Pyrenees, provide world
class outcrops and a natural laboratory in which to study ancient deep-marine sedimentary …

Deep‐water stratigraphic successions from syn‐to post‐rift stages are an archive of evolving
physiographic configurations, and can record axial and transverse sedimentary sources …

The topography of the seabed (orientation and gradient) and rheology of the flows greatly
influences the character of basin-floor turbidity current deposits. Therefore, submarine fan …