Nutrient input through submarine groundwater discharge (SGD) rivals river inputs in certain
regions and may play a significant role in nutrient cycling and primary productivity in the …

Biogeochemical reactions in coastal aquifers highly affect the nutrient flux associated with
submarine groundwater discharge (SGD) to the ocean, which subsequently influences the …

The inflow of terrestrial groundwater into the ocean is increasingly recognized as an
important local source of nutrients and pollutants to coastal ecosystems. Although there is …

To separately quantify the roles of fresh and saline submarine groundwater discharge
(SGD), relative to that of rivers, in transporting nutrients to Tampa Bay, Florida, we used …

Submarine groundwater discharge via coastal aquifers is an important pathway for land‐
derived chemicals to enter the oceans. While previous studies have mostly focused on …

Estuaries are the major conduits between land and sea, through which flow the loads of
soluble and particulate materials derived from the catchment area of each estuary. These …

Groundwater may represent a significant pathway for nutrients and other dissolved solutes
into Florida Bay, especially near the Keys where wastewater disposal practices add large …

A submarine groundwater discharge (SGD) zone was identified through the investigation of
persistent excess radon in the Delaware River and Bay Estuary. This zone, the excess radon …

Daya Bay, a semi-enclosed bay in the South China Sea, is well known for its aquaculture,
agriculture, and tourism. In recent years, many environmental problems have emerged, such …

Anthropogenic nutrient loading is well recognized as a stressor to coastal ecosystem health.
However, resource managers are often focused on addressing point source or surface water …