In addition to its central role in mediating electron-transfer reactions within all living cells,
iron undergoes extracellular redox transformations linked to microbial energy generation …

Despite the increasing interest in climate change and water security, research linking
climate change and groundwater quality is still at an early stage. This study explores the …

Geochemical processes occurring at a seawater/freshwater interface were studied in a
shallow coastal siliclastic aquifer containing minor amounts of calcite. Data were collected …

Iron that precipitates under aerobic conditions in natural aquatic systems scavenges
dissolved organic matter (DOM) from solution. Subterranean estuaries (STEs) are of major …

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

A mass balance for the naturally-occurring radium isotopes (224Ra, 223Ra, 228Ra, and
226Ra) in Jamaica Bay, NY, was conducted by directly estimating the individual Ra …

Abstract Submarine Groundwater Discharge (SGD) from a detrital coastal aquifer into the
adjacent marine environment was investigated in a Mediterranean bay (Palma Beach …

Groundwater pollution by emerging contaminants, such as pharmaceutical and personal
care products (PPCPs), has caused increasing concerns around the world. The vadose …

Subterranean estuaries (STEs) are important biogeochemical land–sea interfaces, where
fresh groundwater mixes with seawater in coastal aquifers. However, the sources of …

Porewater (ie, groundwater) samples were collected from multi-level piezometers across the
freshwater–saltwater seepage face within the Indian River Lagoon subterranean estuary …