The historic spatiotemporal distribution of 137 Cs in the seawaters and sea-floor sediments
adjacent to nuclear power plants in Japan are summarized, using data obtained over a …

Measurement techniques using a towed gamma ray spectrometer allows to map the
continuous distribution of 137 CS on the seafloor within 30 km of the F1NPP. This study has …

Five bottom sediment cores from the Kuwait Bay were dated using 210Pb and 137Cs
radionuclides. For evaluating the sedimentation rate two methods were applied …

We used numerical simulations to investigate major controls on spatiotemporal variations of
137 Cs activities in seabed sediments off the Fukushima coast during the first year after the …

The distribution of anthropogenic 137Cs in surface waters of the NE Atlantic Ocean resulting
from discharges from European nuclear reprocessing plants, the Chernobyl accident, and …

The Baltic Sea was the sea most affected by the Chernobyl accident, because the first
radioactive clouds from Chernobyl travelled north and caused high deposition in the Baltic …

Determination of sedimentation rates plays an important role in material balance and model
calculations of seas and other bodies of water. The Baltic Sea offers an exceptionally good …

The study of regional characteristics of the bottom sediments physicochemical structure in
semi-closed water areas (using the example of the Balaklava Bay) is especially relevant due …

Results of analyses of 137 Cs in the Lithuanian part of the Baltic Sea and in the Curonian
Lagoon in 1999–2001 are presented. According to these observations, the total 137 Cs …

A prototype tool has been developed for deriving sediment distribution coefficients, K d, in
the marine environment by harvesting simultaneous measurements of activity …