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 …

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 …

Trace metals in the groundwater of coastal sandy aquifers significantly influence the coastal
ecosystem, yet the spatiotemporal controls of these metals remain unclear. In this paper, we …

Radium isotopes and radon are routinely used as tracers to quantify groundwater and
porewater fluxes into coastal and freshwater systems. However, uncertainties associated …

We quantified whether pore‐water exchange flushes out saltmarsh sediment carbon, driving
carbon outwelling into the ocean and outgassing into the atmosphere. Radon‐derived pore …

Submarine groundwater discharge (SGD) is an important pathway for carbon and nutrients
to the coastal ocean, sometimes exceeding river inputs. SGD fluxes can have implications …

Coastal ocean acidification is a worldwide problem associated with anthropogenic activity
and climate change. In this study, a close relationship between submarine groundwater …

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 …