Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Spiegler, Dorothee; Myhre, Annik M; Thiede, Jörn; Shipboard Scientific Party (2005): Range table from planktonic foraminifers in ODP Hole 151-909C [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.315364

Always quote citation above when using data! You can download the citation in several formats below.

RIS CitationBibTeX CitationShow MapGoogle Earth

Related to:
Myhre, Annik M; Thiede, Jörn; Firth, John V; et al. (1995): Proceedings of the Ocean Drilling Program, 151 Initial Reports. Proceedings of the Ocean Drilling Program, Ocean Drilling Program, 151, 926 pp, https://doi.org/10.2973/odp.proc.ir.151.1995
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: 78.584900 * Longitude: 3.070400
Date/Time Start: 1993-08-31T12:01:00 * Date/Time End: 1993-09-11T16:30:00
Minimum DEPTH, sediment/rock: 163.16 m * Maximum DEPTH, sediment/rock: 1060.42 m
Event(s):
151-909C * Latitude: 78.584900 * Longitude: 3.070400 * Date/Time Start: 1993-08-31T12:01:00 * Date/Time End: 1993-09-11T16:30:00 * Elevation: -2529.0 m * Penetration: 1061.8 m * Recovery: 604.77 m * Location: North Greenland Sea * Campaign: Leg151 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 103 cores; 976.8 m cored; 0 m drilled; 61.9 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdSpiegler, Dorothee
Sample code/labelSample labelSpiegler, DorotheeDSDP/ODP/IODP sample designation
Foraminifera, planktic preservationForam plankt preservSpiegler, DorotheeAbundance estimate
Globigerinita glutinataG. glutinataSpiegler, DorotheeAbundance estimate
Turborotalita quinquelobaT. quinquelobaSpiegler, DorotheeAbundance estimate
Neogloboquadrina cf. nanaN. cf. nanaSpiegler, DorotheeAbundance estimate
Globorotalia scitulaG. scitulaSpiegler, DorotheeAbundance estimate
Globigerina praebulloidesG. praebulloidesSpiegler, DorotheeAbundance estimate
10 Globigerina bulloidesG. bulloidesSpiegler, DorotheeAbundance estimate
11 Globigerinoides ruberG. ruberSpiegler, DorotheeAbundance estimate
12 Orbulina universaO. universaSpiegler, DorotheeAbundance estimate
13 Globigerinella obesaG. obesaSpiegler, DorotheeAbundance estimate
14 Neogloboquadrina sp.Neogloboquadrina sp.Spiegler, DorotheeAbundance estimate
15 Globigerina ciperoensisG. ciperoensisSpiegler, DorotheeAbundance estimate
16 Neogloboquadrina pachyderma sinistralN. pachyderma sSpiegler, DorotheeAbundance estimate
17 Neogloboquadrina continuosaN. continuosaSpiegler, DorotheeAbundance estimate
18 Neogloboquadrina atlantica sinistralN. atlantica sSpiegler, DorotheeAbundance estimate
19 Neogloboquadrina atlantica dextralN. atlantica dSpiegler, DorotheeAbundance estimate
20 Globoconella inflataG. inflataSpiegler, DorotheeAbundance estimate
21 Neogloboquadrina asanoiN. asanoiSpiegler, DorotheeAbundance estimate
22 CommentCommentSpiegler, DorotheeAbundance estimate
Size:
293 data points

Data

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


Depth sed [m]

Depth comp [mcd]

Sample label

Foram plankt preserv

G. glutinata

T. quinqueloba

N. cf. nana

G. scitula

G. praebulloides
10 
G. bulloides
11 
G. ruber
12 
O. universa
13 
G. obesa
14 
Neogloboquadrina sp.
15 
G. ciperoensis
16 
N. pachyderma s
17 
N. continuosa
18 
N. atlantica s
19 
N. atlantica d
20 
G. inflata
21 
N. asanoi
22 
Comment
163.16163.16151-909C-9R-1,86PRFrom Leg 151; Ch 8; Table 9; p. 162
178.33178.33151-909C-10R-5,43GRRFrom Leg 151; Ch 8; Table 9; p. 162
185.20185.20151-909C-11R-3,60GRFrom Leg 151; Ch 8; Table 9; p. 162
201.08201.08151-909C-13R-1,28PRFrom Leg 151; Ch 8; Table 9; p. 162
204.08204.08151-909C-13R-3,28PRFrom Leg 151; Ch 8; Table 9; p. 162
208.53208.53151-909C-13R-6,23GCRCFrom Leg 151; Ch 8; Table 9; p. 162
209.81209.81151-909C-13R-CC,8PRFrom Leg 151; Ch 8; Table 9; p. 162
212.20212.20151-909C-14R-2,20GRRFrom Leg 151; Ch 8; Table 9; p. 162
213.70213.70151-909C-14R-3,20GRFrom Leg 151; Ch 8; Table 9; p. 162
215.20215.20151-909C-14R-4,20MRRRRFrom Leg 151; Ch 8; Table 9; p. 162
218.83218.83151-909C-14R-CC,7GRFrom Leg 151; Ch 8; Table 9; p. 162
221.62221.62151-909C-15R-2,2GRRRFrom Leg 151; Ch 8; Table 9; p. 162
223.86223.86151-909C-15R-3,76GRRFrom Leg 151; Ch 8; Table 9; p. 162
224.51224.51151-909C-15R-3,141GCFrom Leg 151; Ch 8; Table 9; p. 162
224.64224.64151-909C-15R-4,4GRCRFrom Leg 151; Ch 8; Table 9; p. 162
226.01226.01151-909C-15R-CC,15GRRFrom Leg 151; Ch 8; Table 9; p. 162
229.79229.79151-909C-16R-1,19GRRFrom Leg 151; Ch 8; Table 9; p. 162
231.36231.36151-909C-16R-2,26GRCFrom Leg 151; Ch 8; Table 9; p. 162
232.79232.79151-909C-16R-3,19GRRFrom Leg 151; Ch 8; Table 9; p. 162
234.29234.29151-909C-16R-4,19GRCFrom Leg 151; Ch 8; Table 9; p. 162
236.01236.01151-909C-16R-CC,8MRFrom Leg 151; Ch 8; Table 9; p. 162
246.87246.87151-909C-17R-6,17PRFrom Leg 151; Ch 8; Table 9; p. 162
248.95248.95151-909C-18R-CC,15GRFrom Leg 151; Ch 8; Table 9; p. 162
268.30268.30151-909C-20R-CC,20MRRFrom Leg 151; Ch 8; Table 9; p. 162
295.20295.20151-909C-22R-6,20GRRFrom Leg 151; Ch 8; Table 9; p. 162
296.42296.42151-909C-22R-CC,15GCFrom Leg 151; Ch 8; Table 9; p. 162
298.80298.80151-909C-23R-2,20PRFrom Leg 151; Ch 8; Table 9; p. 162
300.30300.30151-909C-23R-3,20PRFrom Leg 151; Ch 8; Table 9; p. 162
302.70302.70151-909C-23R-CC,16GRRFrom Leg 151; Ch 8; Table 9; p. 162
314.53314.53151-909C-24R-CC,23GRRFrom Leg 151; Ch 8; Table 9; p. 162
350.00350.00151-909C-28R-4,20GRRFrom Leg 151; Ch 8; Table 9; p. 162
377.33377.33151-909C-31R-3,23GRRFrom Leg 151; Ch 8; Table 9; p. 162
383.88383.88151-909C-32R-1,28MRFrom Leg 151; Ch 8; Table 9; p. 162
386.88386.88151-909C-32R-3,28GRFrom Leg 151; Ch 8; Table 9; p. 162
388.38388.38151-909C-32R-4,28PRFrom Leg 151; Ch 8; Table 9; p. 162
499.32499.32151-909C-44R-1,32GRFrom Leg 151; Ch 8; Table 9; p. 162
694.42694.42151-909C-64R-2,92GRRFrom Leg 151; Ch 8; Table 9; p. 162
726.19726.19151-909C-67R-4,89GRFrom Leg 151; Ch 8; Table 9; p. 162
726.22726.22151-909C-67R-4,92GRFrom Leg 151; Ch 8; Table 9; p. 162
727.74727.74151-909C-67R-5,94GRFrom Leg 151; Ch 8; Table 9; p. 162
729.21729.21151-909C-67R-6,91GRFrom Leg 151; Ch 8; Table 9; p. 162
743.93743.93151-909C-69R-3,93GRFrom Leg 151; Ch 8; Table 9; p. 162
756.49756.49151-909C-70R-5,89GRFrom Leg 151; Ch 8; Table 9; p. 162
808.56808.56151-909C-76R-1,96GRFrom Leg 151; Ch 8; Table 9; p. 162
819.74819.74151-909C-77R-2,94GRFrom Leg 151; Ch 8; Table 9; p. 162
858.35858.35151-909C-81R-2,95GRRFrom Leg 151; Ch 8; Table 9; p. 162
895.36895.36151-909C-85R-1,96GRRRFrom Leg 151; Ch 8; Table 9; p. 162
896.10896.10151-909C-85R-2,20GRRFrom Leg 151; Ch 8; Table 9; p. 162
934.07934.07151-909C-89R-1,97GRFrom Leg 151; Ch 8; Table 9; p. 162
1058.031058.03151-909C-103R-1,3GcfFrom Leg 151; Ch 8; Table 9; p. 162
1059.531059.53151-909C-103R-2,3GRCRRRRFrom Leg 151; Ch 8; Table 9; p. 162
1060.421060.42151-909C-103R-2,92PRFrom Leg 151; Ch 8; Table 9; p. 162