According to geochemical analyses carbonaceous sediments from deep basins of the Baltic Sea containing 3-5% of organic carbon are enriched in some metals such as Cu, Mo, Ni, Pb, Zn, V, and U relative to shallow-water facies of the Bay of Finland. These metals also enrich (relative to background values in clayey rocks) ancient carbonaceous shales, where the average Cu and V contents are slightly higher and that of Mo, Pb, and Zn lower than in deep-sea carbonaceous sediments of the Baltic Sea. In addition, the deep-sea carbonaceous sediments of the Baltic Sea are enriched (but less notably than ancient shales) in Ag, As, Bi, and Cd. These data confirm previous assumptions that carbonaceous sediments accumulating now in seas and oceans can be ...
Contents of mercury and zinc in reduced sediments and interstitial waters of the Gdansk Bay in the B...
As is less toxic than Hg, Cd, Pb, Se, Zn, and Cu. The As clarke for clays and shales is 10 ppm. Our ...
Processes supplying organic matter and hazardous substances to seawater are especially intensive in ...
Recent sediment cores of the western Baltic Sea were analyzed for heavy metal and carbon isotope con...
Concentrations of Cd, Pb, Zn, Cu, Co, Ni, Fe, and Al203, water content, the amounts of organic carbo...
Published and original data on the contents of 50 elements in carbonaceous sediments from seas (Blac...
In depressions of the Baltic Sea, where the bottom is periodically marked by stagnation, silt contai...
In 1984, on a transect covering the whole Baltic Sea and parts of the adjacent North Sea, 160 water ...
The distribution of metals (Pb, Cu, Cd, Ni, Cr, Zn) in surface sediments and the potential pollution...
The Baltic Sea sediments record spatial and temporal information about metalsand metalloids (hereaft...
Short sediment cores (multicorer) from Baltic Sea sediments in Arkona, Bornholm, Gdansk, and Gotland...
Processes supplying organic matter and hazardous substances to seawater are especially intensive in ...
Materiał do badań pochodzi z rdzeni z trzech obszarów Bałtyku: Zatoki Gdańskiej, Basenu Bornholmskie...
Baltic sediments have been studied by Behrens, Munthe, Kiippers, Spethmann, Apstein, Sjostedt, Pratj...
Nineteen samples of silty and clayey sediments of the Baltic Sea were analyzed by bulk methods (atom...
Contents of mercury and zinc in reduced sediments and interstitial waters of the Gdansk Bay in the B...
As is less toxic than Hg, Cd, Pb, Se, Zn, and Cu. The As clarke for clays and shales is 10 ppm. Our ...
Processes supplying organic matter and hazardous substances to seawater are especially intensive in ...
Recent sediment cores of the western Baltic Sea were analyzed for heavy metal and carbon isotope con...
Concentrations of Cd, Pb, Zn, Cu, Co, Ni, Fe, and Al203, water content, the amounts of organic carbo...
Published and original data on the contents of 50 elements in carbonaceous sediments from seas (Blac...
In depressions of the Baltic Sea, where the bottom is periodically marked by stagnation, silt contai...
In 1984, on a transect covering the whole Baltic Sea and parts of the adjacent North Sea, 160 water ...
The distribution of metals (Pb, Cu, Cd, Ni, Cr, Zn) in surface sediments and the potential pollution...
The Baltic Sea sediments record spatial and temporal information about metalsand metalloids (hereaft...
Short sediment cores (multicorer) from Baltic Sea sediments in Arkona, Bornholm, Gdansk, and Gotland...
Processes supplying organic matter and hazardous substances to seawater are especially intensive in ...
Materiał do badań pochodzi z rdzeni z trzech obszarów Bałtyku: Zatoki Gdańskiej, Basenu Bornholmskie...
Baltic sediments have been studied by Behrens, Munthe, Kiippers, Spethmann, Apstein, Sjostedt, Pratj...
Nineteen samples of silty and clayey sediments of the Baltic Sea were analyzed by bulk methods (atom...
Contents of mercury and zinc in reduced sediments and interstitial waters of the Gdansk Bay in the B...
As is less toxic than Hg, Cd, Pb, Se, Zn, and Cu. The As clarke for clays and shales is 10 ppm. Our ...
Processes supplying organic matter and hazardous substances to seawater are especially intensive in ...