Abstract The northwestern Gulf of Mexico Basin is an ideal natural laboratory to study and
understand source-to-sink systems. An extensive grid of high-resolution seismic data …

The results from nearly three decades of marine geological research in the northwestern
Gulf of Mexico are compiled in an effort to understand those factors (eg, sea-level rise …

Future sea-level rise is expected to affect coastal aquifers and environments and have
significant impacts on coastal communities. Here, we describe the impact of early to late …

Buried channels are widespread on continental shelves and potentially record Quaternary
glacial–interglacial environmental changes. The Bohai Sea, an epicontinental basin, is …

We determine the contribution of glacial isostatic adjustment (GIA) to future relative sea‐
level change for the North American coastline between Newfoundland and Texas. We infer …

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 …

Multiple paleovalley systems of late Quaternary age have been widely explored in previous
research from the Gulf of Manfredonia on the basis of seismic data, but only limited …

There is little information on submarine groundwater discharge (SGD) in hypersaline
estuaries in semi-arid climates where SGD may be the dominant nutrient source. Here, we …

An extensive grid of high-resolution seismic data, hundreds of sediment cores, and a robust
radiocarbon-age data set acquired over nearly four decades allows detailed analysis of …

Filling of the modern coastal-zone portion of the Qiantang River (QR) in eastern China was
initiated by marine inundation during the transgression after the Last Glacial Maximum and …