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Wei, Wuchang; Larsen, Hans Christian; Saunders, Andrew D; Shipboard Scientific Party (2005): Range table from nannofossils in ODP Hole 152-918A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.315202

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Related to:
Larsen, Hans Christian; Saunders, Andrew D; Clift, Peter D; et al. (1994): Proceedings of the Ocean Drilling Program, 152 Initial Reports. Proceedings of the Ocean Drilling Program, Ocean Drilling Program, 152, 977 pp, https://doi.org/10.2973/odp.proc.ir.152.1994
ODP/TAMU (2005): JANUS Database. Ocean Drilling Program, Texas A&M University, College Station TX 77845-9547, USA; (data copied from Janus 2005-02 to 2005-06), http://www-odp.tamu.edu/database/
Project(s):
Coverage:
Latitude: 63.926130 * Longitude: -38.638900
Date/Time Start: 1993-10-26T11:29:00 * Date/Time End: 1993-10-28T07:15:00
Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 279.39 m
Event(s):
152-918A * Latitude: 63.926130 * Longitude: -38.638900 * Date/Time Start: 1993-10-26T11:29:00 * Date/Time End: 1993-10-28T07:15:00 * Elevation: -1869.0 m * Penetration: 332.7 m * Recovery: 260.27 m * Location: Greenland Sea * Campaign: Leg152 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 38 cores; 332.7 m cored; 0 m drilled; 78.2 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdWei, Wuchang
Sample code/labelSample labelWei, WuchangDSDP/ODP/IODP sample designation
Nannofossil abundanceNannos abundWei, WuchangAbundance estimate
Nannofossils preservationNannos preservWei, WuchangAbundance estimate
Coccolithus pelagicusC. pelagicusWei, WuchangAbundance estimate
Cyclicargolithus abisectusC. abisectusWei, WuchangAbundance estimate
Pontosphaera multiporaP. multiporaWei, WuchangAbundance estimate
Calcidiscus macintyreiC. macintyreiWei, WuchangAbundance estimate
10 Calcidiscus leptoporusC. leptoporusWei, WuchangAbundance estimate
11 Pseudoemiliania lacunosaP. lacunosaWei, WuchangAbundance estimate
12 Gephyrocapsa spp.Gephyrocapsa spp.Wei, WuchangAbundance estimate>4 µm
13 Sphenolithus abiesS. abiesWei, WuchangAbundance estimate
14 Micula decussataM. decussataWei, WuchangAbundance estimate
15 Watznaueria barnesaeW. barnesaeWei, WuchangAbundance estimate
16 Prediscosphaera cretaceaP. cretaceaWei, WuchangAbundance estimate
17 Cruciplacolithus tenuisC. tenuisWei, WuchangAbundance estimate
18 Arkhangelskiella cymbiformisA. cymbiformisWei, WuchangAbundance estimate
19 Emiliania huxleyiE. huxleyiWei, WuchangAbundance estimate
20 CommentCommentWei, WuchangAbundance estimate
Size:
424 data points

Data

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


Depth sed [m]

Depth comp [mcd]

Sample label

Nannos abund

Nannos preserv

C. pelagicus

C. abisectus

P. multipora

C. macintyrei
10 
C. leptoporus
11 
P. lacunosa
12 
Gephyrocapsa spp.
13 
S. abies
14 
M. decussata
15 
W. barnesae
16 
P. cretacea
17 
C. tenuis
18 
A. cymbiformis
19 
E. huxleyi
20 
Comment
0.000.00152-918A-1H-1,0AMARAFrom Leg 152SR; Ch 11; Table 4; p 151
0.290.29152-918A-1H-1,29CMCRCFrom Leg 152SR; Ch 11; Table 4; p 151
0.590.59152-918A-1H-1,59RMRRRFrom Leg 152SR; Ch 11; Table 4; p 151
1.291.29152-918A-1H-2,29FMFRFrom Leg 152SR; Ch 11; Table 4; p 151
1.591.59152-918A-1H-2,59RMRRFrom Leg 152SR; Ch 11; Table 4; p 151
1.701.70152-918A-1H-CC,10RMRRFrom Leg 152SR; Ch 11; Table 4; p 151
2.102.10152-918A-2H-1,30RMRRRFrom Leg 152SR; Ch 11; Table 4; p 151
2.402.40152-918A-2H-1,60RMRFrom Leg 152SR; Ch 11; Table 4; p 151
2.702.70152-918A-2H-1,90RMRFrom Leg 152SR; Ch 11; Table 4; p 151
3.003.00152-918A-2H-1,120RMRRFrom Leg 152SR; Ch 11; Table 4; p 151
3.603.60152-918A-2H-2,30RMRFrom Leg 152SR; Ch 11; Table 4; p 151
3.903.90152-918A-2H-2,60RMRrRFrom Leg 152SR; Ch 11; Table 4; p 151
4.204.20152-918A-2H-2,90RMRrRFrom Leg 152SR; Ch 11; Table 4; p 151
4.504.50152-918A-2H-2,120RMRFrom Leg 152SR; Ch 11; Table 4; p 151
5.105.10152-918A-2H-3,30RMRFrom Leg 152SR; Ch 11; Table 4; p 151
5.405.40152-918A-2H-3,60FMRFFrom Leg 152SR; Ch 11; Table 4; p 151
5.705.70152-918A-2H-3,90CMCFrom Leg 152SR; Ch 11; Table 4; p 151
6.006.00152-918A-2H-3,120CMrCFrom Leg 152SR; Ch 11; Table 4; p 151
6.556.55152-918A-2H-4,30RMRFrom Leg 152SR; Ch 11; Table 4; p 151
6.856.85152-918A-2H-4,60RMRFrom Leg 152SR; Ch 11; Table 4; p 151
7.157.15152-918A-2H-4,90RMRRrRFrom Leg 152SR; Ch 11; Table 4; p 151
7.457.45152-918A-2H-4,120RMrRFrom Leg 152SR; Ch 11; Table 4; p 151
8.108.10152-918A-2H-5,30RMRFrom Leg 152SR; Ch 11; Table 4; p 151
9.009.00152-918A-2H-5,120RMRFrom Leg 152SR; Ch 11; Table 4; p 151
9.609.60152-918A-2H-6,30CMRCFrom Leg 152SR; Ch 11; Table 4; p 151
9.909.90152-918A-2H-6,60RMRFrom Leg 152SR; Ch 11; Table 4; p 151
10.2010.20152-918A-2H-6,90CMCFrom Leg 152SR; Ch 11; Table 4; p 151
10.8910.89152-918A-2H-CC,5FMFFrom Leg 152SR; Ch 11; Table 4; p 151
20.1820.18152-918A-3H-CC,8RMRRRFrom Leg 152SR; Ch 11; Table 4; p 151
21.4521.45152-918A-4H-1,65FMRFRFrom Leg 152SR; Ch 11; Table 4; p 151
24.4624.46152-918A-4H-3,66RMRFrom Leg 152SR; Ch 11; Table 4; p 151
27.4727.47152-918A-4H-5,67FMRRrFrom Leg 152SR; Ch 11; Table 4; p 151
30.5330.53152-918A-4H-CC,24RMRrFrom Leg 152SR; Ch 11; Table 4; p 151
30.7030.70152-918A-5H-1,40AMACFrom Leg 152SR; Ch 11; Table 4; p 151
33.7033.70152-918A-5H-3,40RMRRFrom Leg 152SR; Ch 11; Table 4; p 151
39.9039.90152-918A-6H-1,10CMFFrom Leg 152SR; Ch 11; Table 4; p 151
40.0340.03152-918A-5H-CC,18RMRFrom Leg 152SR; Ch 11; Table 4; p 151
43.8143.81152-918A-6H-3,101CMFFrom Leg 152SR; Ch 11; Table 4; p 151
46.8146.81152-918A-6H-5,101CMRRCFrom Leg 152SR; Ch 11; Table 4; p 151
49.7649.76152-918A-6H-CC,23RMRFrom Leg 152SR; Ch 11; Table 4; p 151
49.9049.90152-918A-7H-1,60FMFrrFrom Leg 152SR; Ch 11; Table 4; p 151
52.9452.94152-918A-7H-3,64BrFrom Leg 152SR; Ch 11; Table 4; p 151
59.2059.20152-918A-7H-CC,23RPRRRFrom Leg 152SR; Ch 11; Table 4; p 151
60.1660.16152-918A-8H-1,136RPRrrrrFrom Leg 152SR; Ch 11; Table 4; p 151
62.4862.48152-918A-8H-3,68BrFrom Leg 152SR; Ch 11; Table 4; p 151
65.4265.42152-918A-8H-5,62CPCRFrom Leg 152SR; Ch 11; Table 4; p 151
75.1575.15152-918A-9H-5,85RPRFrom Leg 152SR; Ch 11; Table 4; p 151
77.5477.54152-918A-9H-7,24RPRFrom Leg 152SR; Ch 11; Table 4; p 151
78.2078.20152-918A-9H-CC,24RPRFrom Leg 152SR; Ch 11; Table 4; p 151
87.8387.83152-918A-10H-CC,33RPRFrom Leg 152SR; Ch 11; Table 4; p 151
88.7588.75152-918A-11H-1,145RPRRFrom Leg 152SR; Ch 11; Table 4; p 151
97.1397.13152-918A-11H-CC,12CPR?RFrom Leg 152SR; Ch 11; Table 4; p 151
116.19116.19152-918A-13H-CC,22RPrRRFrom Leg 152SR; Ch 11; Table 4; p 151
143.15143.15152-918A-16H-CC,23RPRRRFrom Leg 152SR; Ch 11; Table 4; p 151
171.59171.59152-918A-19H-CC,23RPRRFrom Leg 152SR; Ch 11; Table 4; p 151
177.17177.17152-918A-20X-CC,19RPRRFrom Leg 152SR; Ch 11; Table 4; p 151
185.71185.71152-918A-21X-CC,6RPRFrom Leg 152SR; Ch 11; Table 4; p 151
208.51208.51152-918A-23X-CC,15RPRFrom Leg 152SR; Ch 11; Table 4; p 151
218.06218.06152-918A-24X-CC,20RPRFrom Leg 152SR; Ch 11; Table 4; p 151
251.38251.38152-918A-28X-CC,35RPRFrom Leg 152SR; Ch 11; Table 4; p 151
254.08254.08152-918A-29X-CC,15RPRFrom Leg 152SR; Ch 11; Table 4; p 151
279.39279.39152-918A-31X-CC,25CPFRRFrom Leg 152SR; Ch 11; Table 4; p 151