Submarine groundwater discharge (SGD) links terrestrial and marine systems, but has often
been overlooked in coastal nutrient budgets because it is difficult to quantify. In this Review …

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

The flow of fresh groundwater may provide substantial inputs of nutrients and solutes to the
oceans. However, the extent to which hydrogeological parameters control groundwater flow …

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 …

Over the past few decades, we have realized that the silica cycle is strongly intertwined with
other major biogeochemical cycles, like those of carbon and nitrogen, and as such is …

Submarine groundwater discharge (SGD) is now recognized as an important pathway
between land and sea. As such, this flow may contribute to the biogeochemical and other …

Along the continental margins, rivers and submarine groundwater supply nutrients, trace
elements, and radionuclides to the coastal ocean, supporting coastal ecosystems and …

Submarine groundwater discharge (SGD) is now recognized as an important process of the
hydrological cycle worldwide and plays a major role as a conveyor of dissolved compounds …

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 …

Coastal waters face increasing threats from hypoxia, which can have severe consequences
for marine life and fisheries. This study aims to develop a machine learning approach for …