Results of a lithological study of bottom sediments in the Syrian region of the Mediterranean Sea during Cruise 27 of R/V Vityaz (1993) are reported. Suspended sediment discharge of the Nile River are of the greatest importance for terrigenous sedimentation in the SE part of the Mediterranean Sea, especially in deep-sea areas. Suspended load entering from the Syrian catchment area plays an important role in formation of recent shelf and slope deposits. Supply of aerosols from Syrian and Arabian deserts was distinguished by the patchiness of surface distribution of quartz. During Late Quaternary accumulation of terrigenous material supplied from both the Syrian and the Nile drainage areas was irregular. Sedimentation was remarkably enhanced ...
Sediment cores from the Western Mediterranean Sea (WMS) have been analyzed for their bulk element co...
WOS: 000248142700015Influences of Holocene climatic and sea level changes on sedimentation on the co...
We carried out a heavy mineral study of 150 DSDP Leg 42A samples from the Mediterranean. The results...
An investigation of recent bottom sediments between the Cyprus Island and the Syrian seacoast during...
The present-day clay mineral distribution in the southeastern Levantine Sea and its borderlands reve...
We present grain-size distributions of the terrigenous fraction of two sediment cores from the south...
We present grain-size distributions of the terrigenous fraction of two sediment cores from the south...
Organic-rich sapropel sediments were repeatedly deposited in the eastern Mediterranean Sea (EMS), in...
Organic-rich sapropel sediments were repeatedly deposited in the eastern Mediterranean Sea (EMS), in...
Six S1 sapropel samples from the eastern Mediterranean were investigated organic geochemically to st...
The unconsolidated sedimentary layer in the eastern Mediterranean Sea becomes more variable in thick...
The Eastern Mediterranean Sea (EMS) is the last remnant of the Tethys Ocean that has been subducted ...
This thesis aimed to (1) improve our knowledge on existing geochemical methods for detailed reading ...
Bottom sediment samples were collected in the Central Mediterranean, Southern Adriatic, Tyrrhenian, ...
Sediment cores from the Western Mediterranean Sea (WMS) have been analyzed for their bulk element co...
Sediment cores from the Western Mediterranean Sea (WMS) have been analyzed for their bulk element co...
WOS: 000248142700015Influences of Holocene climatic and sea level changes on sedimentation on the co...
We carried out a heavy mineral study of 150 DSDP Leg 42A samples from the Mediterranean. The results...
An investigation of recent bottom sediments between the Cyprus Island and the Syrian seacoast during...
The present-day clay mineral distribution in the southeastern Levantine Sea and its borderlands reve...
We present grain-size distributions of the terrigenous fraction of two sediment cores from the south...
We present grain-size distributions of the terrigenous fraction of two sediment cores from the south...
Organic-rich sapropel sediments were repeatedly deposited in the eastern Mediterranean Sea (EMS), in...
Organic-rich sapropel sediments were repeatedly deposited in the eastern Mediterranean Sea (EMS), in...
Six S1 sapropel samples from the eastern Mediterranean were investigated organic geochemically to st...
The unconsolidated sedimentary layer in the eastern Mediterranean Sea becomes more variable in thick...
The Eastern Mediterranean Sea (EMS) is the last remnant of the Tethys Ocean that has been subducted ...
This thesis aimed to (1) improve our knowledge on existing geochemical methods for detailed reading ...
Bottom sediment samples were collected in the Central Mediterranean, Southern Adriatic, Tyrrhenian, ...
Sediment cores from the Western Mediterranean Sea (WMS) have been analyzed for their bulk element co...
Sediment cores from the Western Mediterranean Sea (WMS) have been analyzed for their bulk element co...
WOS: 000248142700015Influences of Holocene climatic and sea level changes on sedimentation on the co...
We carried out a heavy mineral study of 150 DSDP Leg 42A samples from the Mediterranean. The results...