Sustainable coastal resource management requires sound understanding of interactions
between coastal unconfined aquifers and the ocean as these interactions influence the flux …

Recent studies have confirmed the instability of tide‐induced upper saline plume (USP) in
tidal beach aquifers. A systematic understanding of how the unstable USP contributes to …

This study addresses key processes in high-energy beach systems using an
interdisciplinary approach. We assess spatial variations in subsurface pore water residence …

Under tidal influence, an active exchange process occurs between seawater and
groundwater in the coastal aquifer system. However, in-situ studies and research on the …

Climate change will increase sea levels, driving saltwater into coastal aquifers and
impacting coastal communities and land use viability. Coastal aquifers are also impacted by …

Seawater intrusion and brine water/freshwater interaction have significantly affected
agriculture, industry and public water supply at Laizhou Bay, Shandong Province, China. In …

Willard S. Moore coined the term subterranean estuary (STE) as that part of the coastal
aquifer 'where groundwater derived from land drainage measurably dilutes seawater that …

Temporal changes in the external forcing conditions of coastal aquifer systems, such as
seasonal inland freshwater input, may disturb the balance between the ocean forces and …

Muddy coasts with burrows are widespread globally and most contain brine in underground
aquifers. Salt evaporated on a tidal flat surface is an important source of shallow …

The fluctuation in sea level induced by tides generates an upper saline plume (USP) in the
intertidal region, which is closely related to groundwater flow and solute transport processes …