Some of the principles of tidal-wave theory and examples of mega-, macro-, meso-and
microtidal coasts are reviewed, as well as sedimentary successions showing general tidal …

Along their fluvial to marine transition zone, tide-dominated river deltas show upstream to
downstream trends in channel width, sinuosity, and depth, which at present have been only …

The Lower Eocene Baronia Formation in the Ager Basin is interpreted as a series of stacked
compound dunes confined within a tectonically generated embayment or tidal seaway. This …

Many modern deltas show complex morphologies and architectures related to the interplay
of river, wave and tidal currents. However, methods for extracting the signature of the …

Among tidally influenced sedimentary environments, tide-dominated deltas are perhaps the
most variable and difficult to characterize. This variability is due in part to the major role that …

Existing sequence-stratigraphic models for shoreline deposits commonly assume a constant
process regime throughout the relative-sea-level (RSL) cycle over a wide range of …

Sequence stratigraphy solved the basic problem that genetically related, but different,
lithofacies were routinely assigned to different lithostratigraphic units defined by arbitrary …

Sedimentation in the fluvial–marine transition is governed by the interaction of river and tidal
currents. Tidal currents act continuously, albeit with small variations in strength as a result of …

Existing facies models of tide‐dominated deltas largely omit fine‐grained, mud‐rich
successions. Sedimentary facies and sequence stratigraphic analysis of the exceptionally …

The Troll Field in the Norwegian North Sea is one of the largest offshore gas fields in the
world. Its western part contains a thin but exploitable oil leg (11–26 m) below the thick gas …