Submarine groundwater discharge (SGD) is now recognized as an important process of the
hydrological cycle worldwide and plays a major role as a conveyor of dissolved compounds …

The study of coastal groundwater has recently surfaced as an active interdisciplinary area of
research, driven foremost by its importance as a poorly quantified pathway for subsurface …

A Karenia brevis Harmful Algal Bloom affected coastal waters shallower than 50 m off west‐
central Florida from January 2005 through January 2006, showing a sustained anomaly of∼ …

We hypothesize that biogeochemical processes in a subterranean estuary in the
northeastern Gulf of Mexico significantly alter nutrient concentrations that are discharged …

A portion of the dissolved organic nitrogen (DON) is biodegradable in water bodies, yet our
knowledge of the molecular composition and controls on biological reactivity of DON is …

Quantifying groundwater discharge remains a challenge due to its large temporal and
spatial variability. Here, we quantify groundwater discharge into a small estuary using radon …

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 …

Near-and off-shore fresh groundwater resources become increasingly important with the
social and economic development in coastal areas. Although large scale (hundreds of km) …

Aerial thermal infrared imaging has revealed that submarine groundwater discharge (SGD)
along the western coast of the Big Island of Hawaii is often focused as point‐source …

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