@article {Poulos2009,
	title = {{Origin and distribution of the terrigenous component of the unconsolidated surface sediment of the Aegean floor: A synthesis}},
	journal = {Continental Shelf Research},
	volume = {29},
	number = {16},
	year = {2009},
	month = {sep},
	pages = {2045{\textendash}2060},
	publisher = {Elsevier},
	abstract = {The Aegean Sea covers an area of some 160??103 km2 and receives the water/sediment fluxes from a mountainous drainage basin of >200??103 km2. On the basis of its morphodynamic characteristics, the Aegean Basin could be divided into: (1) the North Aegean Sea, an elongated region (trending between N50?? and N70??) including the extensive northern shelves and the Deep Aegean Trough; (2) the Central Aegean, which includes: the Cyclades Plateau, a relatively shallow (average depth <350 m) submerged platform, surrounded by small basins (up to 1000 m depth), including also the relatively extended eastern shelf of Asia Minor, and (3) the Southern Aegean Sea, located southwards of the Hellenic volcanic arc, which presents the characteristics of a true back-arc basin (the Cretan Sea). The surficial unconsolidated sediments of the north Aegean floor are dominated by the terrigenous component (from 50\% up to >90\%) due to the large terrigenous riverine fluxes. The South Aegean presents high percentages (>50\%) of biogenic material, due to the small terrigenous inputs and despite the fact that it is more oligotrophic than the North Aegean. The Central Aegean presents a transitional character with the terrigenous influxes being imported along its eastern part and quantitatively being in between those of the North and South Aegean Sea sub-regions. The coarse-grained materials in shallow (shelf) areas are attributed to {\textquoteright}relict{\textquoteright} deposits, while those in large water depths are almost exclusively biogenic products. The offshore distribution of the fine-grained terrigenous material is dominated by the overall circulation pattern, while meso-scale eddies may, locally, either enhance (anticyclones) or reduce (cyclones) settling rates. Moreover, the spatial distribution of the predominant clay minerals (illite and smectite) and of kaolinite and chlorite is governed by the lithology and proximity to land source areas, the water circulation and the processes of differential settling and flocculation. Overall, the North Aegean is characterised by sedimentation processes similar to those of a {\textquoteright}continental margin{\textquoteright}, primarily neritic and secondarily hemipelagic, the Central Aegean region mostly by hemipelagic and the South Aegean, behaving more like an {\textquoteright}oceanic margin{\textquoteright}, mostly by pelagic processes. ?? 2009 Elsevier Ltd. All rights reserved.},
	keywords = {Aeolian input, Clay minerals, NE Mediterranean, Riverine sediment flux, Sedimentary texture, Suspended matter},
	issn = {02784343},
	doi = {10.1016/j.csr.2008.11.010},
	url = {http://linkinghub.elsevier.com/retrieve/pii/S0278434308003609},
	author = {Poulos, Serafim E.}
}
