Submarine groundwater discharge (SGD) has been widely recognized as an important
source of dissolved nutrients in coastal waters and affects nutrient biogeochemistry. In …

As coastal areas become more vulnerable to climatic impacts, the need for understanding
estuarine carbon budgets with sufficient spatiotemporal resolution arises. Under various …

The transport of carbon from land to ocean, via rivers, groundwater, and aerosols, is an
important component of the global carbon cycle that must be known to accurately assess …

Nutrient budgets in semi-arid estuaries, with ephemeral freshwater inflows and limited
nutrient sources, are likely incomplete if contributions from submarine groundwater …

There is little information on submarine groundwater discharge (SGD) in hypersaline
estuaries in semi-arid climates where SGD may be the dominant nutrient source. Here, we …

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 …

Estuarine carbonate chemistry predicts that thermodynamic equilibration during the mixing
of freshwater with seawater will generate a carbon dioxide (CO 2) sink in the case of warm …

Estuaries are generally considered a source of CO2 to the atmosphere, although with
significant uncertainties in magnitude and controlling factors between and within estuaries …

To determine how submarine groundwater discharge (SGD) magnitudes and composition
(fresh or saline/recirculated) vary in nearshore low inflow estuaries across⁓ 125 km of a …

Submarine groundwater discharge (SGD) is often an overlooked component of the solute
budgets in coastal embayments and is not considered in oyster restoration, conservation …