Data Description

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Citation:
Vogt, C (2008): Relative mineral abundances from bulk fraction X-ray diffraction data of Hole 302-M0003A. doi:10.1594/PANGAEA.704657,
In Supplement to: Vogt, Christoph (2009): Data report: semiquantitative determination of detrital input to ACEX sites based on bulk sample X-ray diffraction data. In: Backman, J., Moran, K., McInroy, D.B., Mayer, L.A., and the Expedition 302 Scientists, Proc. IODP: Edinburgh (Integrated Ocean Drilling Program Management International, Inc.), 302, doi:10.2204/iodp.proc.302.203.2009
Project(s):
Integrated Ocean Drilling Program (IODP) *
Coverage:
Latitude: 87.933330 * Longitude: 139.535000
Minimum DEPTH, sediment: 0.4 m * Maximum DEPTH, sediment: 15.0 m
Event(s):
302-M0003A (ACEX-M3A) * * Latitude: 87.933330 * Longitude: 139.535000 * Date/Time: 2004-08-26T00:00:00 * Elevation: -1206.2 m * Recovery: 14.85 m * Penetration: 15.00 m * Location: Arctic Ocean * * Campaign: Exp302 (Arctic Coring Expedition, ACEX) * * Basis: Vidar Viking * * Device: Drilling *
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethodComment
1DEPTH, sediment *DepthmGeocode
2Depth, composite *Depth cmcdO'Regan, Matthew *Intercore correlation *see reference and doi:10.2204/iodp.proc.302.202.2008
3Depth, composite revised *Depth crrmcdO'Regan, Matthew *Intercore correlation *see reference and doi:10.2204/iodp.proc.302.202.2008
4Sample code/label *Label
5Sedimentation rate *Sed ratecm/kaVogt, Christoph *calculated, see reference(s) *
6Age model *Age modelkaBackman, Jan *Age model, composite *see reference and doi:10.1029/2007PA001476
7Smectite (17-14.5 Å), relative abundance *Smec 17-14.5 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
8Illite 10Å, relative abundance *Ill10ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
9Illite 5 Å, relative abundance *Ill5 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
10Illite 5Å/10Å Esquevin-index *Ill EIVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
11Clays (4.5 Å), relative abundance *Clay 4.5 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
12Quartz (4.26 Å), relative abundance *Qua A 4.26Vogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
13Plagioclase (3.15-3.22 Å), relative abundance *Plag 3.15-3.22 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
14Quartz/Feldspar ratio *Q/FVogt, Christoph *calculated *
15Calcite (3.03 Å), relative abundance *Cal 3.03 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
16Calcite/Dolomite ratio *Cal/DolVogt, Christoph *calculated *
17Dolomite (2.88 Å), relative abundance *Dol 2.88 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
18Pyroxene (2.99-2.92 Å), relative abundance *Pyrox 2.99-2.92 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
19Kaolinite (3.58 Å), relative abundance *Kaol 3.58 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
20Chlorite (3.54 Å), relative abundance *Chl 3.54 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
21Kaolinite/Chlorite ratio *Kaol/ChlVogt, Christoph *calculated *
22Mixed layer clays (10.2-13.9 Å), relative abundance *Mix lay 10.2-13.9 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
23Kalifeldspar (3.24-3.26 Å ), relative abundance *K-spar 3.24-3.26 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
24Kalifeldspar/Plagioclase ratio *K-fsp/plagVogt, Christoph *calculated *
25Zeolites (8.9-9.2 Å), relative abundance *Zeolite 8.9-9.2 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
26Amphiboles (8.1-8.6 Å), relative abundance *Amph 8.1-8.6 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
27Gypsum (3.04-3.06 Å), relative abundance *Gyps 3.04-3.06 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
28Pyrite (2.71 Å), relative abundance *Pyrite 2.71 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
29Siderite (2.79 Å), relative abundance *Sider 2.79 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
30Halite (2.82 Å), relative abundance *Hali 2.82 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
31Quartz (3.34 Å), relative abundance *Qua A 3.34Vogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
32Barite (3.44-3.48 Å), relative abundance *Barite 3.44-3.48 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
33Aragonite (3.4 Å), relative abundance *Arag 3.4 ÅVogt, Christoph *X-ray diffraction, bulk sample, peak intensity devided by total intensity *
34Comment *CommentVogt, Christoph *
License:
CC-BY Creative Commons Attribution 3.0 Unported
Size:
936 data points

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