This paper focuses on high-resolution coastal stratigraphy data, which were revealed by the
Ground Penetrating Radar (GPR) system. Surveys performed with GPR on the surface of …

Sequence stratigraphy is a method that unravels the evolution of sedimentation through time
and space within sedimentary basins. Nowadays, the exploration and production of natural …

Extreme storms present a major risk to coasts. Increasing populations worldwide, together
with sea level rise, exacerbate concerns for coastal settlements, but the low frequency of …

This paper discusses a model of coastal barrier progradation where the development of a
prograded plain was a product of the successive formation of foredune ridges followed by …

Ground penetrating radar (GPR) is increasingly used for subsurface detection of structures
due to nondestructive characteristics. Use of the method for studies of coastal depositional …

This research aims to investigate shoreline variability at an undeveloped beach in southern
Brazil on interannual and millennial scales. The long-term coastal evolution was …

Prograded barrier systems record shoreline behaviour and palaeoenvironmental
information. The Guichen Bay Holocene embayment fill succession in South Australia has …

In the past decades it has become evident that the often cyclic cross-shore migration of
longshore bars is significantly influenced by wave climate. This study demonstrates that this …

At wave-dominated coasts it is common to find coastal barriers that might be in a
progradational pattern and can compose sedimentary capes. Those prograding coastal …

Holocene regressive strandplains that preserve a series of former shorelines are extensive
on coasts that were remote from major Pleistocene ice sheets (for example, Australia and …