Cores are examined from the northern continental slope environment of the Sporadhes Basin, the western part of the North Aegean Sea Trough. Three distinct lithofacies have been identified, which correspond with similar environments identified elsewhere in the western and southeastern Mediterranean. These layers, turbiditic mud — hemipelagic mud ? calcareous ooze, represent late Quaternary climatic and eustatic sea level changes and tectonic activity.Based on benthic foraminiferal evidence from the eastern part of the North Aegean Sea Trough, it is suggested that contemporary sediment supply and physical oceanographic conditions in the area under investigation might be conducive to sapropel formation; also, that the depositional sequence in ...
Sapropels are dark, organic matter rich, often laminated sediments that have cyclically been deposit...
Sedimentological (particle-size, organic carbon, calcium carbonate, clay mineralogy and radiocarbon ...
Sapropel S1 occurs as 25-35 cm-thick black, weakly laminated muds in Aegean Sea cores. S1 was deposi...
The area under investigation is located within 22°45? to 23°45?E, and from 39°15? to 40°15?N. Sedime...
This thesis provides detailed multi-proxy records from six sediment cores in the Aegean Sea Levantin...
Sedimentological, geochemical, and micropaleontological analyses of nine gravity and two piston core...
Different source areas, oceanography and climate regimes influenced the clay mineral assemblages and...
New micropaleontological, palynological, and geochemical results from a relatively shallow (similar ...
International audienceThe Eastern Mediterranean Sea lies in a climatological transition zone, under ...
A high-resolution palaeoenvironmental investigation was conducted on the benthic foraminiferal recor...
The modern Aegean Sea is an important source of deep water for the eastern Mediterranean. Its contri...
International audienceThe upper ~50 cm sediments in the deep-sea Aegean Sea were generally deposited...
Combined micropaleontological and geochemical analyses of the high-sedimentation gravity core M-4G p...
The modern Aegean Sea is an important source of deep water for the eastern Mediterranean. Its contri...
WOS: 000248142700015Influences of Holocene climatic and sea level changes on sedimentation on the co...
Sapropels are dark, organic matter rich, often laminated sediments that have cyclically been deposit...
Sedimentological (particle-size, organic carbon, calcium carbonate, clay mineralogy and radiocarbon ...
Sapropel S1 occurs as 25-35 cm-thick black, weakly laminated muds in Aegean Sea cores. S1 was deposi...
The area under investigation is located within 22°45? to 23°45?E, and from 39°15? to 40°15?N. Sedime...
This thesis provides detailed multi-proxy records from six sediment cores in the Aegean Sea Levantin...
Sedimentological, geochemical, and micropaleontological analyses of nine gravity and two piston core...
Different source areas, oceanography and climate regimes influenced the clay mineral assemblages and...
New micropaleontological, palynological, and geochemical results from a relatively shallow (similar ...
International audienceThe Eastern Mediterranean Sea lies in a climatological transition zone, under ...
A high-resolution palaeoenvironmental investigation was conducted on the benthic foraminiferal recor...
The modern Aegean Sea is an important source of deep water for the eastern Mediterranean. Its contri...
International audienceThe upper ~50 cm sediments in the deep-sea Aegean Sea were generally deposited...
Combined micropaleontological and geochemical analyses of the high-sedimentation gravity core M-4G p...
The modern Aegean Sea is an important source of deep water for the eastern Mediterranean. Its contri...
WOS: 000248142700015Influences of Holocene climatic and sea level changes on sedimentation on the co...
Sapropels are dark, organic matter rich, often laminated sediments that have cyclically been deposit...
Sedimentological (particle-size, organic carbon, calcium carbonate, clay mineralogy and radiocarbon ...
Sapropel S1 occurs as 25-35 cm-thick black, weakly laminated muds in Aegean Sea cores. S1 was deposi...