Anchialine caves are common in Mediterranean karstic shorelines and elsewhere,
delivering point-source fresh groundwater and nutrients to the coastal ocean. Here, we first …

Research performed in many locations over the past decade has shown that radon is an
effective tracer for quantifying submarine groundwater discharge (SGD). The technique …

Results of groundwater and seawater analyses for radioactive (3H, 222Rn, 223Ra, 224Ra,
226Ra, and 228Ra) and stable (D and 18O) isotopes are presented together with in situ …

Submarine groundwater discharge (SGD) into a shallow lagoon on the west coast of
Mauritius Island (Flic-en-Flac) was investigated using radioactive (3H, 222Rn, 223Ra …

This article reports the results of a study of submarine groundwater discharge (SGD) to
coastal waters of Majorca (NW Mediterranean). The overall aim is to evaluate the relevance …

A complex approach in characterisation of submarine groundwater discharge (SGD) off
south-eastern Sicily comprising applications of radioactive and non-radioactive tracers …

A case study is shown in which the pattern of submarine groundwater discharge and of
seawater recycling is controlled by local hydrogeological variability. The coastal aquifer in …

Excess total alkalinity (TA) of Mediterranean Sea (MS) seawater relative to its Atlantic origin
has been attributed to high inputs from major rivers and the Black Sea. Submarine …

A combined dataset of near-real-time multi-satellite observations and in situ measurements
from a high-resolution survey is used for characterizing physical-biogeochemical properties …

We coupled measurements of beach pore water residence time, determined using the
radioisotopic tracer 222Rn, with dissolved carbon and nitrogen chemistry to identify the …