In this study, using the constant rate of supply model, sedimentation rates of Izmir Bay were calculated and discussed. For this purpose, eight sediment cores were collected from inner part of the bay and sedimentation rates were calculated from vertical distribution of 210Pb. 210Pb activities were determined indirectly from 210Po activities. Sedimentation rates ranged from 0.10 to 0.52 cm/year. The highest sedimentation rates were determined in stations close to the Poligon stream. It was concluded that main transporting mechanism for sediments is river and streams in the area. In addition, sediment cores taken from the harbor were mixed due to bioturbation, water circulation and/or other factors. © 2017 Shanghai Institute of Applied Physi...
The natural radionuclide 210Pb was analysed in rainwater samples in Izmir by radiometric methods. Th...
Two marine sediment cores were collected from nearshore off Xinghua Bay mouth in Fujian, China and t...
DISTRIBUTION OF NATURAL AND ANTHROPOGENIC RADIONUCLIDES IN SURFICIAL SEDIMENTS OF JAKARTA BAY. The c...
WOS: 000417222800015In this study, using the constant rate of supply model, sedimentation rates of I...
PubMed ID: 19242813Bottom sediments reflect in general the relative contamination of a sea area. The...
The sediment chronology was determined using Lead-210 (Pb-210) dating method in Gulbahce Bay. Sedime...
The sediment chronology was determined using Lead-210 (Pb-210) and Cesium-137 (Cs-137) dating method...
A CRS model has been applied to determine the ages and accumulation rates of sediment. This model as...
Since the development of the industrial revolution, industrial plants and settlements have spread wi...
PubMed ID: 22370648The sediment chronology was determined using Lead-210 ( 210Pb) dating method in G...
The use of radioisotopes 210Pb and 226Ra in establishing the geochronology of pollutants in the sedi...
PubMed ID: 11545515Sediment accumulation rates were estimated from the vertical distribution of exce...
Copyright © 2014 IAHS Press. Information on rates of overbank sedimentation on river floodplains is ...
Studies about natural and artificial radionuclides in areas such as the Antarctic are key to underst...
To determine radioactivity and trace metal levels, surface sediments were collected from two importa...
The natural radionuclide 210Pb was analysed in rainwater samples in Izmir by radiometric methods. Th...
Two marine sediment cores were collected from nearshore off Xinghua Bay mouth in Fujian, China and t...
DISTRIBUTION OF NATURAL AND ANTHROPOGENIC RADIONUCLIDES IN SURFICIAL SEDIMENTS OF JAKARTA BAY. The c...
WOS: 000417222800015In this study, using the constant rate of supply model, sedimentation rates of I...
PubMed ID: 19242813Bottom sediments reflect in general the relative contamination of a sea area. The...
The sediment chronology was determined using Lead-210 (Pb-210) dating method in Gulbahce Bay. Sedime...
The sediment chronology was determined using Lead-210 (Pb-210) and Cesium-137 (Cs-137) dating method...
A CRS model has been applied to determine the ages and accumulation rates of sediment. This model as...
Since the development of the industrial revolution, industrial plants and settlements have spread wi...
PubMed ID: 22370648The sediment chronology was determined using Lead-210 ( 210Pb) dating method in G...
The use of radioisotopes 210Pb and 226Ra in establishing the geochronology of pollutants in the sedi...
PubMed ID: 11545515Sediment accumulation rates were estimated from the vertical distribution of exce...
Copyright © 2014 IAHS Press. Information on rates of overbank sedimentation on river floodplains is ...
Studies about natural and artificial radionuclides in areas such as the Antarctic are key to underst...
To determine radioactivity and trace metal levels, surface sediments were collected from two importa...
The natural radionuclide 210Pb was analysed in rainwater samples in Izmir by radiometric methods. Th...
Two marine sediment cores were collected from nearshore off Xinghua Bay mouth in Fujian, China and t...
DISTRIBUTION OF NATURAL AND ANTHROPOGENIC RADIONUCLIDES IN SURFICIAL SEDIMENTS OF JAKARTA BAY. The c...