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 …

Despite the relevance of submarine groundwater discharge (SGD) for ocean
biogeochemistry, the microbial dimension of SGD remains poorly understood. SGD can …

Current studies of submarine groundwater discharge (SGD) are commonly conducted under
aquifer baseflow conditions, neglecting the influence of episodic events that can significantly …

Submarine groundwater discharge (SGD) is recognized as one of the most significant
pathways for terrestrial nutrient entry into coastal systems. However, SGD-derived nutrient …

Subterranean estuaries the, subsurface mixing zones of terrestrial groundwater and
seawater, substantially influence solute fluxes to the oceans. Solutes brought by …

Dual isotope measurements were performed on nitrate (δ15N‐NO3− and δ18O‐NO3−) in
the Pearl River Estuary (PRE) and the adjacent northern South China Sea (NSCS) to …

Nutrients delivered to the coastal ocean via submarine groundwater discharge (SGD) can
have a major impact on marine ecosystems. The flux of nutrients delivered via this pathway …

Eutrophication due to excessive nutrient inputs is a major threat to coastal ecosystems
worldwide, causing harmful algae blooms, seagrass loss and hypoxia. Decisions to combat …

Tropical urbanized coastal regions are hotspots for the discharge of nutrient-enriched
groundwater, which can affect sensitive coastal ecosystems. Here, we investigated how a …

Subterranean estuaries (STEs) form at the land‐sea boundary where groundwater and
seawater mix. These biogeochemically reactive zones influence groundwater‐borne nutrient …