Ocean sediment cores can provide key information on timing and nature of climate events. Two ocean sediment cores from Mendeleev Ridge, Arctic Ocean, one of which has been previously studied and dated with absolute age dating techniques, are compared for various attributes, notably color, biogenic matter, bulk density, and coarse-grained content. These proxies are used to correlate the two cores and assign timing to the one for which no absolute age data exists. Timing of glacial and interglacial events and marine isotope stages (MIS) is thus assigned. Rough estimates of sedimentation rates are compared, and large differences in rates are inferred. Differences in grain size between shallow and deep cores suggests that winnowing and tra...
Numerous short sediment cores have been retrieved from the central Arctic Ocean, many of which have ...
Numerous short sediment cores have been retrieved from the central Arctic Ocean, many of which have ...
Series title: NATO ASI Series Monographic title: Geological History of the Polar Oceans: Arctic vers...
Ocean sediment cores can provide key information on timing and nature of climate events. Two ocean ...
A Quaternary perspective on the paleoceanographic evolution of the central Arctic Ocean has been obt...
A Quaternary perspective on the paleoceanographic evolution of the central Arctic Ocean has been obt...
The Quaternary history of the Arctic Ocean constitutes from alternating glacial, deglacial and inter...
Due to the lack of 'conventional' oxygen isotope stratigraphies, the setting of unquestionable time ...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Abstract Terrigenous components in sediment core B84A from the Alpha Ridge, Western Arctic Ocean, ha...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Sediment cores from the western Arctic Ocean obtained on the 2005 HOTRAX and some earlier expedition...
Conference Theme: Quaternary Perspectives on Climate Change, Natural Hazards and CivilizationPoster:...
Numerous short sediment cores have been retrieved from the central Arctic Ocean, many of which have ...
Numerous short sediment cores have been retrieved from the central Arctic Ocean, many of which have ...
Series title: NATO ASI Series Monographic title: Geological History of the Polar Oceans: Arctic vers...
Ocean sediment cores can provide key information on timing and nature of climate events. Two ocean ...
A Quaternary perspective on the paleoceanographic evolution of the central Arctic Ocean has been obt...
A Quaternary perspective on the paleoceanographic evolution of the central Arctic Ocean has been obt...
The Quaternary history of the Arctic Ocean constitutes from alternating glacial, deglacial and inter...
Due to the lack of 'conventional' oxygen isotope stratigraphies, the setting of unquestionable time ...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Abstract Terrigenous components in sediment core B84A from the Alpha Ridge, Western Arctic Ocean, ha...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Sediment physical properties measured in cores from all the major ridges and plateaus in the central...
Sediment cores from the western Arctic Ocean obtained on the 2005 HOTRAX and some earlier expedition...
Conference Theme: Quaternary Perspectives on Climate Change, Natural Hazards and CivilizationPoster:...
Numerous short sediment cores have been retrieved from the central Arctic Ocean, many of which have ...
Numerous short sediment cores have been retrieved from the central Arctic Ocean, many of which have ...
Series title: NATO ASI Series Monographic title: Geological History of the Polar Oceans: Arctic vers...