Abstract The Middle and Late Pleistocene were characterized by high-amplitude climate and
sea-level oscillations that deeply influenced the evolution of alluvial and coastal systems …

Advanced statistics can enable the detailed characterization of ground deformation time
series, which is a fundamental step for thoroughly understanding the phenomena of land …

Land subsidence in coastal and delta cities often results in infrastructure and residential
building damages, while also increasing the area's flooding vulnerability. The coastal cities …

In the Mediterranean area, several alluvial coastal plains, developed after the Holocene
transgression, are affected by subsidence. The Volturno alluvial-coastal plain, along the …

The study of deformation signals associated with seismicity in alluvial plain areas is a
challenging topic that, however, is increasingly studied thanks to the great aid given by …

Integrated stratigraphic‐compositional studies on alluvial successions provide a valuable
tool to investigate the provenance of detritus in multi‐source systems. The Po Plain is an …

Tributary rivers can contribute significantly to alluvial‐plain construction by supplying large
volumes of clastic material. Their relation to the main axial river strongly influences sediment …

Framed into a robust stratigraphic context, multivariate analyses on the Holocene
palaeobiological record (pollen, benthic foraminifers, ostracods) of the Po coastal plain (NE …

Alluvial plains along the coasts of the Mediterranean Sea are susceptible to subsidence due
to natural sediment compaction, tectonic forces, urban growth and over-exploitation of …

Cone penetration tests, a method that is typically used to determine the engineering
properties of soils, can be used as an effective tool for refined subsurface stratigraphic …