Coastal beach aquifers are biogeochemically active systems that mediate chemical and
material fluxes across the land-sea interface. This paper provides a review of major physical …

The evolution in the biomedical engineering field boosts innovative technologies, with
microfluidic systems standing out as transformative tools in disease diagnosis, treatment …

A model that simulates surface moisture content on sandy beaches for aeolian transport
applications is developed and integrated into the aeolian transport model AeoLiS. The …

Groundwater mixing dynamics play a crucial role in the biogeochemical cycling of shallow
wetlands. In this paper, we conducted groundwater simulations to investigate the combined …

Although unsaturated and density‐dependent flow affect solute fate in groundwater, they are
rarely both included in reactive transport models. Using the operator‐splitting method, a new …

The dynamic interaction between swash and beach groundwater is fundamental to
understanding wave runup and sediment transport processes. A numerical model that …

Unsaturated flow influences both the seawater extent under steady‐state conditions and the
propagation of tides in coastal aquifers. However, its effects on salt distributions in tidally …

Managed aquifer recharge (MAR) systems can be operated intermittently through wetting-
drying cycles to simultaneously improve the water supply and quality. Although MAR can …

Studies of coastal groundwater dynamics often assume two‐dimensional (2D) flow and
transport along a shore‐perpendicular cross‐section. We show that along‐shore movement …

In natural environments, fluid density and viscosity can be affected by spatial and temporal
variations of solute concentration, for example, due to saltwater intrusion in coastal aquifers …