Most tide-dominated estuarine and deltaic deposits accumulate in the fluvial-to-marine
transition zone, which is one of the most complicated areas on earth, because of the large …

Delta bathymetry, seismic data and near-surface sediment sampling on modern deltas with
significant wave, tidal or marine current influence betray a double clinoform architecture with …

Existing classification schemes and models for clastic coastal depositional systems do not
consider the potential amplifying or moderating effects of coastal morphology on …

The facies characteristics of the shallow marine environment are largely determined by the
complex interplay and relative importance of wave energy, tidal flux, storm magnitudes and …

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 …

In natural conditions, the Indus River had one of the largest sediment loads in the world,
building an extensive delta on the high-energy coast of the Arabian Sea. However, water …

Although delta-building processes and the resultant facies and facies associations have
been studied for over a century, there remains a lack of well-documented facies architectural …

In recent years the ichnology of tide-dominated and influenced environments has mainly
been focused on marginal-marine brackish-water environments, such as estuaries and …