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Lisitzin, Alexander P; Kharin, Gennady S; Chernysheva, E A (2004): (Table 2) Chemical composition of ice-rafted brecciated crystalline schist and biotite-garnet crystalline schist from the Kara Sea [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.762973, Supplement to: Lisitzin, AP et al. (2004): Coarse ice-rafted debris in the bottom sediments of the Kara Sea. Translated from Okeanologiya, 2004, 44(3), 440-456, Oceanology, 44(3), 412-427

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Abstract:
Composition and distribution.of ice-rafted coarse debris from the Kara Sea bottom were investigated. This material was obtained on 42 stations in Cruise 49 of R/V Dmitry Mendeleev by Sigsby trawls, box corers, grabs, and gravity corers. Existence of two main petrographic provinces is suggested: (1) West Kara and (2) East Kara. They differ in composition and sources of debris material. It is supposed that debris was transported mainly by floating ice. In Upper Pleistocene time rafting by glaciers and icebergs was also very possible.
Project(s):
Coverage:
Median Latitude: 71.386000 * Median Longitude: 57.502600 * South-bound Latitude: 70.135500 * West-bound Longitude: 55.033700 * North-bound Latitude: 72.636500 * East-bound Longitude: 59.971500
Minimum Elevation: -143.0 m * Maximum Elevation: -87.0 m
Event(s):
DM49-4376-5 * Latitude: 70.135500 * Longitude: 55.033700 * Elevation: -143.0 m * Location: Kara Sea * Campaign: DM49 (SPASIBAIII) * Basis: Dmitry Mendeleev * Method/Device: Grab (GRAB)
DM49-4380-1 * Latitude: 72.636500 * Longitude: 59.971500 * Elevation: -87.0 m * Location: Kara Sea * Campaign: DM49 (SPASIBAIII) * Basis: Dmitry Mendeleev * Method/Device: Grab (GRAB)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1Event labelEvent
2Latitude of eventLatitude
3Longitude of eventLongitude
4Elevation of eventElevationm
5Sample code/labelSample labelLisitzin, Alexander P
6Rock typeRockLisitzin, Alexander P
7Silicon dioxideSiO2%Lisitzin, Alexander PX-ray fluorescence (XRF)
8Titanium dioxideTiO2%Lisitzin, Alexander PX-ray fluorescence (XRF)
9Aluminium oxideAl2O3%Lisitzin, Alexander PX-ray fluorescence (XRF)
10Iron oxide, Fe2O3Fe2O3%Lisitzin, Alexander PX-ray fluorescence (XRF)total
11Manganese oxideMnO%Lisitzin, Alexander PX-ray fluorescence (XRF)
12Magnesium oxideMgO%Lisitzin, Alexander PX-ray fluorescence (XRF)
13Calcium oxideCaO%Lisitzin, Alexander PX-ray fluorescence (XRF)
14Sodium oxideNa2O%Lisitzin, Alexander PX-ray fluorescence (XRF)
15Potassium oxideK2O%Lisitzin, Alexander PX-ray fluorescence (XRF)
16Phosphorus pentoxideP2O5%Lisitzin, Alexander PX-ray fluorescence (XRF)
17Loss on ignitionLOI%Lisitzin, Alexander PLoss of ignition analysis
18SumSum%Lisitzin, Alexander PCalculated
19ChromiumCrmg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
20NickelNimg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
21CobaltComg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
22VanadiumVmg/kgLisitzin, Alexander PAtomic emission spectroscopy (AES)
23ScandiumScmg/kgLisitzin, Alexander PAtomic emission spectroscopy (AES)
24ZirconiumZrmg/kgLisitzin, Alexander PAtomic emission spectroscopy (AES)
25BariumBamg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
26StrontiumSrmg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
27Calcium, lithogenCa lith%Lisitzin, Alexander PAtomic absorption spectrometry (AAS)
28RubidiumRbmg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
29CaesiumCsmg/kgLisitzin, Alexander PAtomic absorption spectrometry (AAS)
Size:
50 data points

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