Citation:

0016-7606(1975)86%3C1499:TMP%3E2.0.CO;2

Name: (Appendix 1) Isotopic composition of foraminifera from DSDP Hole 3-15
Published: 1975
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Latitude: -30.889700 * Longitude: -17.983200

Date/Time Start: 1968-12-24T00:00:00 * Date/Time End: 1968-12-24T00:00:00

Minimum DEPTH, sediment/rock: 112.650 m * Maximum DEPTH, sediment/rock: 122.450 m

Event(s):

3-15 * Latitude: -30.889700 * Longitude: -17.983200 * Date/Time: 1968-12-24T00:00:00 * Elevation: -3927.0 m * Penetration: 143 m * Recovery: 71.2 m * Location: South Atlantic/HILL * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 9 cores; 73.7 m cored; 0 m drilled; 96.6 % recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Sample code/label	Sample label		Savin, Samuel M	DSDP/ODP/IODP sample designation
3	Planktic foraminifera zone	Plank foram zone		Savin, Samuel M
4	Globoquadrina dehiscens, δ18O	G. dehiscens δ18O	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry
5	Number of values averaged at depth horizon	NAVG	#	Savin, Samuel M		G. dehiscens
6	Globoquadrina dehiscens, δ18O	G. dehiscens δ18O	‰ PDB	Savin, Samuel M	Calculated	av. dev.
7	Globoquadrina dehiscens, δ13C	G. dehiscens δ13C	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry
8	Sphaeroidinellopsis seminulina, δ18O	S. seminulina δ18O	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry
9	Number of values averaged at depth horizon	NAVG	#	Savin, Samuel M		S. seminulina
10	δ18O, standard deviation	δ18O std dev	±	Savin, Samuel M	Calculated	S. seminulina, av. dev.
11	Sphaeroidinellopsis seminulina, δ13C	S. seminulina δ13C	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry
12	Globorotalia hirsuta, δ18O	G. hirsuta δ18O	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry	including Globorotalia conglomerata
13	Number of values averaged at depth horizon	NAVG	#	Savin, Samuel M		G. conglomerata / G. hirsuta
14	δ18O, standard deviation	δ18O std dev	±	Savin, Samuel M	Calculated	G. conglomerata / G. hirsuta, av. dev.
15	Globorotalia hirsuta, δ13C	G. hirsuta δ13C	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry	including Globorotalia conglomerata
16	Foraminifera, benthic δ18O	Foram benth δ18O	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry
17	Number of values averaged at depth horizon	NAVG	#	Savin, Samuel M		benthonic composite
18	δ18O, standard deviation	δ18O std dev	±	Savin, Samuel M	Calculated	benthonic composite
19	Foraminifera, benthic δ13C	Foram benth δ13C	‰ PDB	Savin, Samuel M	Isotope ratio mass spectrometry

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

438 data points

Data

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

1 Depth sed [m]	2 Sample label (DSDP/ODP/IODP sample designation)	3 Plank foram zone	4 G. dehiscens δ18O [‰ PDB] (Isotope ratio mass spectrometry)	5 NAVG [#] (G. dehiscens)	6 G. dehiscens δ18O [‰ PDB] (av. dev., Calculated)	7 G. dehiscens δ13C [‰ PDB] (Isotope ratio mass spectrometry)	8 S. seminulina δ18O [‰ PDB] (Isotope ratio mass spectrometry)	9 NAVG [#] (S. seminulina)	10 δ18O std dev [±] (S. seminulina, av. dev., Calc...)	11 S. seminulina δ13C [‰ PDB] (Isotope ratio mass spectrometry)	12 G. hirsuta δ18O [‰ PDB] (including Globorotalia conglo...)	13 NAVG [#] (G. conglomerata / G. hirsuta)	14 δ18O std dev [±] (G. conglomerata / G. hirsuta,...)	15 G. hirsuta δ13C [‰ PDB] (including Globorotalia conglo...)	16 Foram benth δ18O [‰ PDB] (Isotope ratio mass spectrometry)	17 NAVG [#] (benthonic composite)	18 δ18O std dev [±] (benthonic composite, Calculated)	19 Foram benth δ13C [‰ PDB] (Isotope ratio mass spectrometry)
112.650	3-15-6-6,14-16	N9	40.98	2	0.04	2.14									2.46	2	0.08	0.73
114.025	3-15-7-1,0-5	N7/N8	1.19	2	0.06	2.53
114.170	3-15-7-1,16-18	N7/N8	1.18	2	0.02	2.68
114.205	3-15-7-1,18-23	N7/N8	1.06	3	0.08	2.57
114.260	3-15-7-1,25-27	N7/N8	0.92	2	0.09	2.46
114.325	3-15-7-1,30-35	N7/N8	1.02	2	0.03	2.56
114.360	3-15-7-1,35-37	N7/N8					0.46	2	0.02	2.47
114.260	3-15-7-1,16-18; 25-27; 35-37	N7/N8													2.02	2	0.02	1.23
114.425	3-15-7-1,40-45	N7/N8	0.92	2	0.02	2.56
114.450	3-15-7-1,44-46	N7/N8	0.78	2	0.07	2.64					0.90	2	0.02	2.35
114.525	3-15-7-1,50-55	N7/N8	0.56	3	0.11	2.60
114.560	3-15-7-1,55-57	N7/N8	0.76	1		2.51	0.37	2	0.07	2.33
114.615	3-15-7-1,60-63	N7/N8	0.75	2	0.05	2.59
114.640	3-15-7-1,63-65	N7/N8	0.83	2	0.01	2.37	0.30	2	0.06	2.43
114.710	3-15-7-1,70-72	N7/N8	0.57	2	0.03	2.57
114.640	3-15-7-1,55-57; 63-65; 70-72	N7/N8													1.83	2	0.01	0.84
114.760	3-15-7-1,70-72,80-82	N7/N8					0.44	2	0.05	2.30
114.750	3-15-7-1,73-77	N7/N8	0.96	2	0.02	2.59
114.810	3-15-7-1,80-82	N7/N8	0.64	2	0.05	2.59
114.835	3-15-7-1,82-85	N7/N8	0.69	3	0.06	2.53
114.925	3-15-7-1,90-95	N7/N8	0.57	3	0.08	2.65
114.950	3-15-7-1,94-96	N7/N8	0.46	2	0.08	2.52
114.895	3-15-7-1,80-82; 97-99	N7/N8													1.75	2	0.02	1.04
114.980	3-15-7-1,97-99	N7/N8	0.56	2	0.07	2.59
115.020	3-15-7-1,100-104	N7/N8	0.45	2	0.06	2.61
115.070	3-15-7-1,106-108	N7/N8	0.68	2	0.03	2.59
115.025	3-15-7-1,97-99; 106-108	N7/N8					0.37	2	0.10	2.38
115.125	3-15-7-1,110-115	N7/N8	0.80	1		2.59
115.160	3-15-7-1,115-117	N7/N8	0.68	2	0.02	2.66	0.11	2	0.07	2.43
115.070	3-15-7-1,106-108; 115-117	N7/N8													1.89	2	0.06	1.01
115.215	3-15-7-1,120-123	N7/N8	0.51	2	0.01	2.48
115.260	3-15-7-1,125-127	N7/N8	0.43	2	0.10	2.46	0.29	3	0.15	2.58
115.320	3-15-7-1,130-134	N7/N8	0.61	3	0.12	2.44
115.370	3-15-7-1,136-138	N7/N8	0.45	2	0.03	2.46	0.44	2	0.03	2.30
115.415	3-15-7-1,140-143	N7/N8	0.55	2	0.02	2.45
115.450	3-15-7-1,144-146	N7/N8	0.75	1		3.20
115.950	3-15-7-2,44-46	N7/N8	0.99	2	0.12	2.55
116.450	3-15-7-2,94-96	N7/N8	0.68	2	0.08	2.60
116.450	3-15-7-2,44-46; 94-96; 144-146														2.31	2	0.31	1.16
117.450	3-15-7-3,44-46	N7/N8	0.58	2	0.09	2.76					0.98	2	0.02	2.42
117.950	3-15-7-3,94-96	N7/N8	0.82	2	0.02	2.25					0.67	2	0.02	2.17
118.670	3-15-7-4,16-18	N7/N8	0.98	2	0.07	2.56
118.710	3-15-7-4,20-22	N7/N8	1.07	2	0.02	2.44
118.760	3-15-7-4,25-27	N7/N8	0.94	2	0.01	2.46
118.860	3-15-7-4,35-37	N7/N8	1.09	2	0.02	2.39
118.810	3-15-7-4,25-27; 35-37	N7/N8													1.96	2	0.04	1.64
119.080	3-15-7-4,57-59	N7/N8	0.84	2	0.03	2.54									2.19	2	0.02	1.23
119.130	3-15-7-4,62-64	N7/N8	0.69	2	0.08	2.58									2.13	3	0.08	1.27
119.210	3-15-7-4,70-72	N7/N8	0.82	2	0.06	2.50									2.01	2	0.07	1.19
119.340	3-15-7-4,83-85	N7/N8	0.60	2	0.05	2.89									1.72	2	0.03	1.15
119.480	3-15-7-4,97-99	N7/N8	0.49	2	0.07	2.54									1.86	3	0.05	1.12
120.185	3-15-7-5,15-22	N7/N8	0.78	2	0.06	2.63
120.210	3-15-7-5,20-22	N7/N8	0.64	2	0.06	2.64
120.260	3-15-7-5,25-27	N7/N8	0.82	2	0.05	2.76
120.450	3-15-7-5,44-46	N7/N8	0.80	2	0.09	2.78
120.950	3-15-7-5,94-96	N7/N8	0.88	2	0.12	2.59
120.990	3-15-7-5,98-100	N7/N8	0.91	2	0.07	2.58
120.625	3-15-7-5,25-27; 98-100	N7/N8													1.80	2	0.05	1.51
121.110	3-15-7-5,110-112	N7/N8	0.90	2	0.05	2.63									1.53	2	0.02	1.43
121.560	3-15-7-6,5-7	N6													2.18	2	0.05	1.48
121.680	3-15-7-6,17-19	N6													2.18	2	0.06	1.42
121.760	3-15-7-6,25-27	N6													2.12	2	0.01	1.37
122.450	3-15-7-6,94-96	N6	0.88	2	0.12	2.33					0.61	2	0.16	2.37