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 …

Submarine groundwater discharge (SGD) is a rarely recognized pathway for nutrients and
other solutes from land to sea. The sensitive coastal ecosystems around tropical islands …

Sustainable coastal resource management requires sound understanding of interactions
between coastal unconfined aquifers and the ocean as these interactions influence the flux …

Both terrestrial and marine forces drive underground fluid flows in the coastal zone.
Hydraulic gradients on land result in groundwater seepage near shore and may contribute …

Impacts of rising sea level on the hydraulic balance between aquifers and the ocean
threaten fresh water resources and aquatic ecosystems along many world coastlines …

The flow of fresh groundwater to the ocean through the coast (fresh submarine groundwater
discharge or fresh SGD) plays an important role in global biogeochemical cycles and …

This chapter provides a review of the current state of knowledge on submarine groundwater
discharge (SGD) and the associated fluxes of nutrients, trace metals, microbes …

The coastal carbonate aquifer of the eastern Yucatan Peninsula discharges groundwaters to
the Caribbean Sea. Temperature and specific electrical conductance (SEC) are used as …

While the disciplines of oceanography and limnology often operate in isolate, freshwater,
estuarine, and marine ecosystems are intricately linked. The emphasis of this special issue …

Publisher Summary A number of U-and Th-series isotopes have become popular tools for
quantifying submarine groundwater discharge (SGD). These isotopic techniques enable …