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A late pleistocene-holocene sapropelic layer in the Northwest Aegean Sea, Eastern Mediterranean

A late pleistocene-holocene sapropelic layer in the Northwest Aegean Sea, Eastern Mediterranean
A late pleistocene-holocene sapropelic layer in the Northwest Aegean Sea, Eastern Mediterranean
Sedimentological, geochemical, and micropaleontological analyses of nine gravity and two piston cores from the northwest Aegean Sea, eastern Mediterranean, revealed the presence of five lithologies deposited during the last 18,000 years. These are a Continental Shelf Unit, a hemipelagic-turbiditic Upper Unit, a hemipelagic-turbiditic Middle Unit, a marine transgression Lower Unit, and within the Middle Unit, a Sapropelic layer. Deposition of the Sapropelic layer took place beneath a water column depleted in dissolved oxygen, and reduced in salinity and temperature compared to existing conditions today. The main input for the organic matter preserved was fluvial, issuing from the Greek mainland.
0276-0460
19-23
Cramp, Adrian
9d81da27-979d-4ec8-88eb-236924f8a8a2
Collins, Michael
3b70278b-0004-45e0-b3c9-0debdf0a9351
Cramp, Adrian
9d81da27-979d-4ec8-88eb-236924f8a8a2
Collins, Michael
3b70278b-0004-45e0-b3c9-0debdf0a9351

Cramp, Adrian and Collins, Michael (1988) A late pleistocene-holocene sapropelic layer in the Northwest Aegean Sea, Eastern Mediterranean. Geo-Marine Letters, 8 (1), 19-23. (doi:10.1007/BF02238002).

Record type: Article

Abstract

Sedimentological, geochemical, and micropaleontological analyses of nine gravity and two piston cores from the northwest Aegean Sea, eastern Mediterranean, revealed the presence of five lithologies deposited during the last 18,000 years. These are a Continental Shelf Unit, a hemipelagic-turbiditic Upper Unit, a hemipelagic-turbiditic Middle Unit, a marine transgression Lower Unit, and within the Middle Unit, a Sapropelic layer. Deposition of the Sapropelic layer took place beneath a water column depleted in dissolved oxygen, and reduced in salinity and temperature compared to existing conditions today. The main input for the organic matter preserved was fluvial, issuing from the Greek mainland.

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Published date: March 1988

Identifiers

Local EPrints ID: 72323
URI: http://eprints.soton.ac.uk/id/eprint/72323
ISSN: 0276-0460
PURE UUID: 4219592c-b645-430f-b7fd-426486c7c7fd

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Date deposited: 08 Feb 2010
Last modified: 13 Mar 2024 21:24

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Author: Adrian Cramp
Author: Michael Collins

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