Sea-level rise, subsidence, and reduced fluvial sediment supply are causing river deltas to
drown worldwide, affecting ecosystems and billions of people. Abrupt changes in river …

Interpreting the whole range of fluvial, wave, and tidal interactions recorded in shallow-
marine, coastal successions can be challenging. The complexity arises because …

Australia has a vast, diverse and dynamic shoreline, and national perspectives on the
mechanisms, magnitude and trajectories of coastal adjustment are required to underpin …

Quantification of the frequency with which coastal-plain rivers avulse is important for
elucidating autogenic dynamics and their role as controls on landscape change and …

The regressive and subsequent transgressive transit of a shoreline across a clastic shelf
generates the standard reservoir flow unit in most marginal to shallow marine hydrocarbon …

Lowland deltas experience natural diversions in river course known as avulsions. River
avulsions pose catastrophic flood hazards and redistribute sediment that is vital for …

A revised Holocene sea-level history for the southern Gulf of Carpentaria is presented based
on new data from the South Wellesley Archipelago and age recalibration of previous …

Prediction of sandstone body dimensions within paralic depositional systems is crucial for
the development of predictive 3D reservoir models. Continental-scale paralic reservoir …

Wave-dominated deltas are often fed by single trunk distributary channels which can remain
the primary source of sediment supply to the delta for periods of thousands of years …

Nearshore incised valleys are important conduits for the transport of sediment, nutrients,
pollutants and organic carbon from the continents to the sea. Therefore, it is essential to …