With the advent of widely available 3D seismic data, numerous workflows focused on
extracting subsurface stratigraphic information have been developed. We present here tools …

Palaeoshorelines and associated palaeo-coastal features are studied to reconstruct past
sea level, climate, and depositional environments. Their identification typically depends on …

High-resolution bathymetry forms critical datasets for marine geoscientists. It can be used to
characterize the seafloor and its marine habitats, to understand past sedimentary records …

Pockmarks are geohazards that can impact offshore developments, and an understanding of
their formation assists in determination of their physical characteristics and in the prediction …

Almost 2 million square km of Australia's continental shelf was flooded following the
termination of the last glacial maximum, and with it the cultural heritage of the first arrival and …

Carbonate margins are records of the palaeoclimatology, palaeoceanography and
palaeogeography of continental shelves, and their study can help identify both regional and …

Carbonate sediments are often regarded as problematic in geotechnical engineering due to
the high variability of their properties. Understanding and quantifying this variability will …

Linear buildups formed in tropical carbonate environments are often interpreted as
bioconstructed reefs. Nevertheless, coastal processes can also form extensive sedimentary …

Abstract The Egina Field, situated in the deep-water region of the eastern Niger Delta, is
characterized by a NE-SW trending anticline that contains several Middle to Upper Miocene …

The post-rift succession of the Northern Carnarvon Basin (north-western Australia) has
commonly been interpreted as a relatively simple and uniform sequence that records a …