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Data Publisher for Earth & Environmental Science

Expedition 302 Scientists (2006): Relative mineral abundances in bulk sediment of Hole 302-M0004B [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.338831

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Related to:
Backman, Jan; Moran, Kathryn; McInroy, Dave; Mayer, Larry A; Expedition 302 Scientists (2006): Proceedings of the Integrated Ocean Drilling Program. Washington, DC (Integrated Ocean Drilling Program Management International, Inc.), 302, https://doi.org/10.2204/iodp.proc.302.2006
Coverage:
Latitude: 87.866960 * Longitude: 136.174580
Date/Time Start: 2004-09-02T00:00:00 * Date/Time End: 2004-09-02T00:00:00
Minimum DEPTH, sediment/rock: 11.42 m * Maximum DEPTH, sediment/rock: 217.16 m
Event(s):
302-M0004B (ACEX-M4B) * Latitude: 87.866960 * Longitude: 136.174580 * Date/Time: 2004-09-02T00:00:00 * Elevation: -1287.9 m * IGSN: IBCR0302RHWS001 * Penetration: 218 m * Recovery: 7.31 m * Location: Arctic Ocean * Campaign: Exp302 (Arctic Coring Expedition, ACEX) * Basis: CCGS Captain Molly Kool (Vidar Viking)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdExpedition 302 ScientistsIntercore correlation
Sample code/labelSample labelExpedition 302 Scientists
Peak areaPeak areaExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
Smectite (17-14.5 Å), relative abundanceSme 17-14.5 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
Illite 10Å, relative abundanceIll10ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
Illite 5Å, relative abundanceIll 5ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
Kaolinite (3.58 Å), relative abundanceKln 3.58 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
Chlorite (3.54 Å), relative abundanceChl 3.54 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
10 Clay minerals (4.5 Å), relative abundanceClay min 4.5 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
11 Quartz (3.34 Å), relative abundanceQz A 3.34Expedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
12 Quartz (4.26 Å), relative abundanceQz A 4.26Expedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
13 Plagioclase (3.15-3.22 Å), relative abundancePl 3.15-3.22 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
14 Kalifeldspar (3.24-3.26 Å ), relative abundanceKfs 3.24-3.26 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
15 Calcite (3.03 Å), relative abundanceCal 3.03 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
16 Aragonite (3.4 Å), relative abundanceArg 3.4 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
17 Dolomite (2.88 Å), relative abundanceDol 2.88 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
18 Siderite (2.79 Å), relative abundanceSd 2.79 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
19 Pyroxene (2.99-2.92 Å), relative abundancePyrox 2.99-2.92 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
20 Apatite (2.80-2.81 Å), relative abundanceAp 2.80-2.81 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
21 Rhodochrosite (2.83-2.85 Å), relative abundanceRds 2.83-2.85 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
22 Gypsum (3.04-3.06 Å), relative abundanceGp 3.04-3.06 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
23 Halite (2.82 Å), relative abundanceHl 2.82 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
24 Zeolite (8.9-9.2 Å), relative abundanceZeo 8.9-9.2 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
25 Pyrite (2.71 Å), relative abundancePy 2.71 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
26 Tridymite (4.11 Å), relative abundanceTrd 4.11 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
27 Christobalite (4.04 Å), relative abundanceChristo 4.04 ÅExpedition 302 ScientistsX-ray diffraction, bulk sample, peak intensity devided by total intensity
Size:
52 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Depth sed [m]

Depth comp [mcd]

Sample label

Peak area

Sme 17-14.5 Å

Ill10Å

Ill 5Å

Kln 3.58 Å

Chl 3.54 Å
10 
Clay min 4.5 Å
11 
Qz A 3.34
12 
Qz A 4.26
13 
Pl 3.15-3.22 Å
14 
Kfs 3.24-3.26 Å
15 
Cal 3.03 Å
16 
Arg 3.4 Å
17 
Dol 2.88 Å
18 
Sd 2.79 Å
19 
Pyrox 2.99-2.92 Å
20 
Ap 2.80-2.81 Å
21 
Rds 2.83-2.85 Å
22 
Gp 3.04-3.06 Å
23 
Hl 2.82 Å
24 
Zeo 8.9-9.2 Å
25 
Py 2.71 Å
26 
Trd 4.11 Å
27 
Christo 4.04 Å
11.4211.58302-M0004B-1X-1,139-1442026660.00350.02240.01090.00170.03580.05990.44280.06440.14600.01810.00110.00170.00190.00660.03810.00120.00080.00070.00780.00050.00080.00130.0197
217.16217.16302-M0004B-3X-2,64-661166960.00640.01530.01170.01440.01660.06220.34330.05340.03730.01250.00260.00210.00080.00260.01940.00000.00150.00060.03080.00030.25910.00540.0064