The number of studies concerning Submarine Groundwater Discharge (SGD) grew quickly
as we entered the twenty-first century. Many hydrological and oceanographic processes that …

Eutrophication in coastal waters caused by excess nutrient inputs has occurred widely on a
global scale. Due to the rapid economic development over the last four decades, most of the …

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

Riverine and atmospheric inputs are often considered as the main terrestrial sources of
dissolved inorganic nitrogen (DIN), phosphorus (DIP), and silicon (DSi) in the ocean …

Submarine groundwater discharge (SGD) supplies nutrients, carbon, metals, and
radionuclide tracers to estuarine and coastal waters. One aspect of SGD that is poorly …

Elevated nutrient inputs have led to increased eutrophication in coastal marine ecosystems
worldwide. An understanding of the relative contribution of different nutrient sources is …

Submarine groundwater discharge (SGD) can be a significant source of chemical pollutants
from land to ocean. Here, we first estimated SGD using radium isotopes and related nutrient …

Submarine groundwater discharge (SGD), the flux of porewater from permeable seabed or
karst conduits to surface water bodies, delivers a significant quantity of land-borne solutes to …

As an important nutrient source for coastal waters, submarine groundwater discharge (SGD)
has long been largely ignored in Daya Bay, China. In this study, we estimate the fluxes of …

Multiple tracers, including radium quartet, 222 Rn and silica are used to quantify submarine
groundwater discharge (SGD) into Tolo Harbor, Hong Kong in 2005 and 2011. Five …