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Data Publisher for Earth & Environmental Science

Krylov, Alexey A; Andreeva, Irina A; Vogt, Christoph; Backman, Jan; Krupskaya, Viktoria V; Grikurov, Garrik E; Moran, Kathryn; Shoji, Hitoshi (2008): (Table 1) Relative abundance of terrigenous minerals of Hole 302-M0002A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.707421, In supplement to: Krylov, AA et al. (2008): A shift in heavy and clay mineral provenance indicates a middle Miocene onset of a perennial sea ice cover in the Arctic Ocean. Paleoceanography, 23, PA1S06, https://doi.org/10.1029/2007PA001497

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Project(s):
Integrated Ocean Drilling Program / International Ocean Discovery Program (IODP)
Coverage:
Latitude: 87.921180 * Longitude: 139.365010
Date/Time Start: 2004-08-19T00:00:00 * Date/Time End: 2004-08-19T00:00:00
Minimum ORDINAL NUMBER: 1 * Maximum ORDINAL NUMBER: 5
Event(s):
302-M0002A (ACEX-M2A) * Latitude: 87.921180 * Longitude: 139.365010 * Date/Time: 2004-08-19T00:00:00 * Elevation: -1209.0 m * IGSN: IBCR0302RHTS001 * Penetration: 270.1 m * Recovery: 214.68 m * Location: Arctic Ocean * Campaign: Exp302 (Arctic Coring Expedition, ACEX) * Basis: CCGS Captain Molly Kool (Vidar Viking)
Comment:
Amount of terrigenous minerals normalized to 100%
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 ORDINAL NUMBEROrd NoGeocode
2 Lithologic unit/sequenceUnitKrylov, Alexey A
3 Number of observationsNOBS#Krylov, Alexey A
4 ClinopyroxeneCpx%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
5 ClinopyroxeneCpx%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
6 ClinopyroxeneCpx%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
7 HornblendeHbl%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
8 HornblendeHbl%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
9 HornblendeHbl%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
10 Epidote-zoisiteEp-Zo%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
11 Epidote-zoisiteEp-Zo%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
12 Epidote-zoisiteEp-Zo%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
13 GarnetGrt%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
14 GarnetGrt%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
15 GarnetGrt%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
16 ZirconZrn%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
17 ZirconZrn%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
18 ZirconZrn%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
19 ApatiteAp%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
20 ApatiteAp%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
21 ApatiteAp%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
22 TourmalineTur%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
23 TourmalineTur%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
24 TourmalineTur%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
25 OreOre%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
26 OreOre%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
27 OreOre%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
28 Indefinite titanium minerals and leucoxeneTi min+leucox%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
29 Indefinite titanium minerals and leucoxeneTi min+leucox%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
30 Indefinite titanium minerals and leucoxeneTi min+leucox%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
31 RutileRt%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
32 RutileRt%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
33 RutileRt%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
34 SpheneSpn%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
35 SpheneSpn%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
36 SpheneSpn%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
37 ChloritoidCld%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
38 ChloritoidCld%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
39 ChloritoidCld%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
40 DolomiteDol%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
41 DolomiteDol%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
42 DolomiteDol%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
43 Rock fragmentsRock fragm%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
44 Rock fragmentsRock fragm%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
45 Rock fragmentsRock fragm%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
46 MineralsMinerals%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
47 MineralsMinerals%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
48 MineralsMinerals%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
49 RatioRatioKrylov, Alexey AOptical microscopyaverage, 50-100 µm
50 RatioRatioKrylov, Alexey AOptical microscopyminimum, 50-100 µm
51 RatioRatioKrylov, Alexey AOptical microscopymaximum, 50-100 µm
52 Heavy mineralsHM%Krylov, Alexey AOptical microscopyaverage, 50-100 µm
53 Heavy mineralsHM%Krylov, Alexey AOptical microscopyminimum, 50-100 µm
54 Heavy mineralsHM%Krylov, Alexey AOptical microscopymaximum, 50-100 µm
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
265 data points

Data

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

1 
Ord No		2 
Unit		3 
NOBS [#]		4 
Cpx [%]
(average, 50-100 µm)		5 
Cpx [%]
(minimum, 50-100 µm)		6 
Cpx [%]
(maximum, 50-100 µm)		7 
Hbl [%]
(average, 50-100 µm)		8 
Hbl [%]
(minimum, 50-100 µm)		9 
Hbl [%]
(maximum, 50-100 µm)		10 
Ep-Zo [%]
(average, 50-100 µm)		11 
Ep-Zo [%]
(minimum, 50-100 µm)		12 
Ep-Zo [%]
(maximum, 50-100 µm)		13 
Grt [%]
(average, 50-100 µm)		14 
Grt [%]
(minimum, 50-100 µm)		15 
Grt [%]
(maximum, 50-100 µm)		16 
Zrn [%]
(average, 50-100 µm)		17 
Zrn [%]
(minimum, 50-100 µm)		18 
Zrn [%]
(maximum, 50-100 µm)		19 
Ap [%]
(average, 50-100 µm)		20 
Ap [%]
(minimum, 50-100 µm)		21 
Ap [%]
(maximum, 50-100 µm)		22 
Tur [%]
(average, 50-100 µm)		23 
Tur [%]
(minimum, 50-100 µm)		24 
Tur [%]
(maximum, 50-100 µm)		25 
Ore [%]
(average, 50-100 µm)		26 
Ore [%]
(minimum, 50-100 µm)		27 
Ore [%]
(maximum, 50-100 µm)		28 
Ti min+leucox [%]
(average, 50-100 µm)		29 
Ti min+leucox [%]
(minimum, 50-100 µm)		30 
Ti min+leucox [%]
(maximum, 50-100 µm)		31 
Rt [%]
(average, 50-100 µm)		32 
Rt [%]
(minimum, 50-100 µm)		33 
Rt [%]
(maximum, 50-100 µm)		34 
Spn [%]
(average, 50-100 µm)		35 
Spn [%]
(minimum, 50-100 µm)		36 
Spn [%]
(maximum, 50-100 µm)		37 
Cld [%]
(average, 50-100 µm)		38 
Cld [%]
(minimum, 50-100 µm)		39 
Cld [%]
(maximum, 50-100 µm)		40 
Dol [%]
(average, 50-100 µm)		41 
Dol [%]
(minimum, 50-100 µm)		42 
Dol [%]
(maximum, 50-100 µm)		43 
Rock fragm [%]
(average, 50-100 µm)		44 
Rock fragm [%]
(minimum, 50-100 µm)		45 
Rock fragm [%]
(maximum, 50-100 µm)		46 
Minerals [%]
(average, 50-100 µm)		47 
Minerals [%]
(minimum, 50-100 µm)		48 
Minerals [%]
(maximum, 50-100 µm)		49 
Ratio
(average, 50-100 µm)		50 
Ratio
(minimum, 50-100 µm)		51 
Ratio
(maximum, 50-100 µm)		52 
HM [%]
(average, 50-100 µm)		53 
HM [%]
(minimum, 50-100 µm)		54 
HM [%]
(maximum, 50-100 µm)
1Unit 1/3682.60.019.334.01.867.617.62.732.78.50.019.95.91.613.61.90.08.10.50.02.718.74.242.65.90.012.60.90.04.00.80.03.00.20.02.70.10.03.30.10.01.12.40.07.80.120.001.502.20.223.3
2Unit 1/4319.65.647.01.60.63.523.98.836.38.85.312.88.73.212.02.00.43.50.40.20.824.618.429.05.51.48.80.90.41.41.60.72.40.30.00.40.10.00.40.00.00.01.91.62.110.276.7513.400.90.51.2
3Unit 1/5219.58.031.05.51.99.119.912.627.38.26.79.86.05.26.81.31.01.50.70.70.824.424.224.68.34.911.70.90.21.51.51.51.51.30.02.70.00.00.00.40.00.72.01.72.33.803.414.200.30.30.4
4Unit 1/6315.03.230.91.20.61.87.33.711.76.65.37.37.77.38.40.40.01.10.10.00.248.336.260.46.25.36.71.30.91.80.60.01.10.40.01.10.20.00.60.00.00.04.80.014.416.251.7529.002.11.03.7
5Unit 2528.37.937.05.92.18.310.26.819.84.62.67.36.33.29.40.30.00.60.30.00.835.620.652.33.81.38.80.60.01.70.40.01.20.50.01.30.20.00.90.40.01.32.61.34.05.253.809.464.41.66.6