Submarine groundwater discharge (SGD) in estuaries brings important influences to coastal
ecosystems. In this study, we observed significant SGD in the Yellow River estuary …

In certain regions, submarine groundwater discharge (SGD) into the ocean plays a
significant role in coastal material fluxes and their biogeochemical cycle; therefore, the …

Jiaozhou Bay, an urbanized coastal bay located in the southern part of Shandong
Peninsula, China, has been deeply affected by anthropogenic activities. Here, the naturally …

Submarine groundwater discharge (SGD) is evidenced around Taiwan, but the
seasonal/temporal changes of SGD have not been fully examined. Here, we report a time …

In order to assess the role of submarine groundwater discharge (SGD) and its impact on the
carbonate system on the northern South China Sea (NSCS) shelf, we measured seawater …

As a significant source of nutrients and other components into the coastal ocean, submarine
groundwater discharge (SGD) is a combination of multiple spatial‐temporal scale …

Abstract The “Water-Sediment Regulation Scheme”(WSRS) is critically important to the
hydrologic evaluation of the Yellow River estuary since a huge pulse of water and sediment …

Naturally occurring chemical tracers were used to assess the magnitude of submarine
groundwater discharge (SGD) during two different sampling periods at a coastal site south of …

There is increasing evidence that the inputs of nutrients to the Bohai Sea are closely related
to submarine groundwater discharge (SGD). In this study, the naturally occurring isotope of …

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 …