Water resources are of enormous societal and ecological importance. In coastal areas, they
are under ever greater pressure due to population growth, more affluent lifestyles, food …

Submarine groundwater discharge (SGD) can influence biogeochemical cycles in coastal
seas by delivering nutrients from the seafloor. Comparison between the nearshore and …

Inadequate characterization of variability in natural tracers of submarine groundwater
discharge (SGD) introduces large errors into tracer-derived SGD estimates. To address this …

While submarine groundwater discharge (SGD) is well known to release large amounts of
dissolved nutrients and organic carbon into the ocean, the contribution of SGD to the marine …

Submarine groundwater discharge (SGD) serves as an important pathway for the transport
of dissolved carbon from land to ocean, significantly affecting the coastal biogeochemical …

The shores of the Pearl River estuary are home to 35 million people. Their wastes are
discharged into the large river delta-front estuary (LDE), one of the most highly polluted …

Submarine groundwater discharge (SGD) significantly impacts most coastal waters.
However, its quantification, depending on chemical tracers/proxies, limits its …

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

Biogeochemical reactions in an intertidal aquifer influences the submarine groundwater
discharge (SGD) associated trace metal flux to the ocean. Tidal fluctuation greatly affects the …

Nitrogen, as an essential nutrient, largely contributes to the coastal eutrophication. However,
the accurate depiction and evaluation of how external loadings, hydrodynamics, and …