Extreme storm events in the coastal zone are one of the main forcing agents of short-term
coastal system behavior. As such, storms represent a major threat to human activities …

Accurate chronologies are fundamental for detailed analysis of palaeoenvironmental
conditions, archaeological reconstructions and investigations of Holocene coastal …

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

Records of past sea levels, storms, and their impacts on coastlines are crucial for forecasting
and managing future changes resulting from anthropogenic global warming. Coastal …

Preserved beach and foredune ridges may serve as proxies for coastal change, reflecting
alterations in sea level, wave energy, or past sediment fluxes. In particular, time‐varying …

Holocene shore displacement and the palaeogeography of Late Mesolithic and Late
Neolithic settlements on Ruhnu Island, Gulf of Riga, were reconstructed using foredune …

The interaction between coastal drift-dependent features, such as spit and inlet systems and
the dynamics of estuaries, under the effect of tides, produces significant changes in coastal …

The Holocene sea-level and associated shoreline regression of beach ridges in the central
west coast of India have been reconstructed based on internal sedimentary architecture and …

Ground-penetrating radar (GPR) has a wide range of applications, from geologic mapping to
concrete inspection. A recently emerging GPR application is deployment in biological …

The occurrence of global warming and concomitant rises in sea level means it is important to
assess the vertical lowering rates and evolution of shore platforms. Most previous studies …