Barrier/lagoon systems occupy a significant part of the world's coast. They are diverse in
size, morphology, geological and oceanographic setting, and morphodynamic behaviour …

Pleistocene shoreline deposits comprised of calcified shallow marine (palaeobeach) and
aeolian (palaeodune) facies found along mid-latitude coastlines can be useful indicators of …

Classification of barrier island morphology stems from the seminal work of MO Hayes and
others, which linked island shape to tidal range and wave height and defined coastal energy …

We construct a simple morphodynamic model to investigate the long‐term dynamic
evolution of a coastal barrier system experiencing sea‐level rise. Using a simplified barrier …

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

Rising sea levels and increased storminess are expected to accelerate the erosion of soft-
cliff coastlines, threatening coastal infrastructure and livelihoods. To develop predictive …

Global climate changes during the Quaternary reveal much about broader evolutionary
effects of environmental change. Detailed regional studies reveal how evolutionary lineages …

Relict beach ridges of aeolian origin and associated soils are often used for inferring relative
sea level and climate with contrasting results. Most studies link the aeolian coastal deposits …

We performed a morpho-stratigraphic study of the Tirso River incised valley (Sardinia Island,
western Mediterranean Sea), an erosional feature crossing the Sinis fault, a major normal …

Barrier islands and spits tend to migrate landward in response to sea‐level rise through the
storm‐driven process of overwash, but overwash flux depends on the height of the frontal …