Citation:

S0377-8398(97)00025-X

Name: (Table 1) Planktonic foraminiferal paleotemperatures of DSDP Hole 90-594 from the South Chatham Rise, southeastern New Zealand
Published: 1997
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Latitude: -45.523500 * Longitude: 174.948000

Date/Time Start: 1983-01-03T00:00:00 * Date/Time End: 1983-01-03T00:00:00

Minimum DEPTH, sediment/rock: 0.06 m * Maximum DEPTH, sediment/rock: 16.85 m

Event(s):

90-594 * Latitude: -45.523500 * Longitude: 174.948000 * Date/Time: 1983-01-03T00:00:00 * Elevation: -1204.0 m * Penetration: 505.1 m * Recovery: 300.7 m * Location: South Pacific/CONT RISE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 50 cores; 475.3 m cored; 28.8 m drilled; 63.3 % recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Sea surface temperature, summer	SST sum	°C	Wells, Patricia	Transfer function FI2 (Hutson & Prell, 1980, J Paleontology 54:381-399)	Indian Ocean transfer function
3	Sea surface temperature, summer	SST sum	°C	Wells, Patricia	Transfer function FP-12E, Prell, 1985	Pacific Ocean transfer function
4	Sea surface temperature, summer	SST sum	°C	Wells, Patricia	Modern analog technique (MAT)	Modern Analog SST
5	Sea surface temperature, winter	SST win	°C	Wells, Patricia	Transfer function FI2 (Hutson & Prell, 1980, J Paleontology 54:381-399)	Indian Ocean transfer function
6	Sea surface temperature, winter	SST win	°C	Wells, Patricia	Transfer function FP-12E, Prell, 1985	Pacific Ocean transfer function
7	Sea surface temperature, winter	SST win	°C	Wells, Patricia	Modern analog technique (MAT)	Modern Analog SST
8	Sea surface temperature, winter, standard deviation	SST win std dev	±	Wells, Patricia	Modern analog technique (MAT)	Modern Analog SST
9	Sea surface temperature, summer, standard deviation	SST sum std dev	±	Wells, Patricia	Modern analog technique (MAT)	Modern Analog SST
10	Foraminifera, planktic, fragments	Foram plankt fragm	%	Wells, Patricia

License:

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

Size:

578 data points

Data

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

1 Depth sed [m]	2 SST sum [°C] (Indian Ocean transfer functio...)	3 SST sum [°C] (Pacific Ocean transfer functi...)	4 SST sum [°C] (Modern Analog SST, Modern ana...)	5 SST win [°C] (Indian Ocean transfer functio...)	6 SST win [°C] (Pacific Ocean transfer functi...)	7 SST win [°C] (Modern Analog SST, Modern ana...)	8 SST win std dev [±] (Modern Analog SST, Modern ana...)	9 SST sum std dev [±] (Modern Analog SST, Modern ana...)	10 Foram plankt fragm [%]
0.06	6.20	19.85	8.76	0.00	7.40	6.52	2.36	2.07	33.48
0.23	8.00	21.12	12.22	1.54	8.43	8.88	4.44	7.12	25.76
0.42	8.04	21.08	8.48	3.81	7.38	7.28	1.24	1.25	13.96
0.55	9.55	22.71	10.24	5.83	9.52	8.68	0.75	1.06	14.67
0.75	8.33	20.87	8.22	3.45	7.24	7.08	1.54	1.57	20.63
0.84	9.23	21.60	8.82	5.05	8.04	7.68	1.03	1.18	13.47
1.05	8.14	20.72	8.34	4.34	6.63	6.60	1.71	1.88	16.98
1.23	6.76	19.07	7.95	1.91	5.28	6.12	1.75	2.09	13.32
1.43	8.88	18.82	7.84	3.89	4.56	5.58	1.59	1.86	11.78
1.64	6.29	16.12	5.72	2.56	3.87	2.32	2.01	1.09	9.05
1.85	7.31	16.63	5.70	3.36	3.46	2.32	0.97	1.05
2.14	5.36	15.74	5.27	2.53	3.47	1.80	0.88	1.30	5.11
2.34	3.84	15.74	4.78	1.48	4.41	1.48	1.00	1.48	48.22
2.52	3.16	15.76	3.92	1.28	5.28	1.44	0.70	0.95
2.73	4.00	15.62	5.14	1.83	4.44	2.26	1.31	2.24
3.14	3.68	15.71	3.92	1.38	4.85	1.44	0.70	0.95
3.23	5.81	15.66	6.30	3.21	3.47	2.30	1.23	1.43
3.43	6.48	16.51	6.58	3.15	2.95	3.34	1.39	0.98	23.46
3.73	3.20	15.72	3.82	1.30	4.96	1.56	0.61	0.99	15.92
3.93	4.10	15.70	6.42	1.80	4.45	3.44	2.32	1.22	24.19
4.35	3.00	16.09	6.54	0.70	4.64	2.88	1.90	1.37	33.93
4.52	3.70	15.67	4.82	1.80	4.78	2.10	1.37	2.40	20.88
4.84	6.41	15.70	5.92	3.27	3.66	1.94	1.21	1.51	33.33
5.08	7.78	20.21	7.88	5.30	6.35	6.20	1.51	1.33	16.30
5.23	6.76	16.14	6.68	4.25	2.84	3.76	2.14	1.27	26.72
5.61	6.83	18.36	7.66	1.51	5.87	4.44	2.29	2.20	15.04
5.97	7.32	16.35	6.88	3.79	2.69	3.30	0.91	1.50	23.00
6.34	7.85	19.38	7.66	4.29	5.51	5.74	1.45	1.97	15.49
6.77	4.89	15.59	6.06	2.51	3.79	2.14	1.01	1.00	37.41
7.12	6.49	17.29	7.52	2.46	3.40	4.38	2.31	2.21	9.50
7.82	5.91	17.68	7.70	1.36	4.07	4.80	2.39	2.53	8.33
8.24	5.90	15.83	6.62	3.43	3.10	3.64	2.32	1.37	12.85
8.45	4.57	15.65	5.58	2.27	4.37	1.78	0.89	0.82	22.54
8.61	5.50	15.73	6.96	2.66	3.20	2.76	0.86	1.32	34.48
8.95	5.52	15.64	4.94	2.93	4.14	1.86	0.47	1.41	33.41
9.35	4.32	15.65	3.24	2.00	4.74	1.10	0.65	1.25	8.66
9.75	4.36	15.64	3.62	2.21	4.62	1.28	1.04	1.96	36.44
10.05	5.18	15.62	5.58	2.47	4.15	1.78	0.89	0.82	26.54
10.24	6.88	15.73	6.30	4.07	3.03	2.70	0.85	1.43	18.18
10.53	7.50	20.38	8.24	2.30	6.83	6.32	1.65	1.90	20.63
10.75	8.30	17.00	6.52	5.30	2.77	4.00	1.55	0.97	11.08
10.82	7.60	17.26	6.48	5.10	2.95	3.88	0.82	1.18	17.83
11.23	8.70	16.86	6.62	5.40	3.17	3.88	1.49	1.02	10.82
11.53	7.50	21.32	7.48	5.70	7.65	5.54	1.53	1.12	6.44
11.73	8.20	21.23	7.88	6.20	7.73	6.20	1.51	1.33	10.67
11.93	7.04	19.77	7.84	4.55	5.33	5.58	1.59	1.86	12.53
12.13	7.70	18.58	7.24	4.30	4.45	5.10	0.98	0.58	17.72
12.42	7.10	19.30	7.24	4.90	5.20	5.10	0.98	0.58	9.56
12.63	7.24	16.96	6.62	5.08	3.21	4.26	1.01	1.15	9.94
12.91	7.10	19.23	6.90	4.70	5.20	5.04	1.06	0.66	17.83
13.02	8.10	16.44	6.52	5.50	2.92	4.00	1.55	0.97	8.16
13.25	7.80	17.99	6.94	5.70	4.02	4.58	0.40	0.58	14.39
13.43	7.67	11.57	6.98	5.29	3.08	4.50	0.52	0.61	18.61
13.64	7.33	17.87	6.48	5.14	3.32	3.88	0.82	1.18	15.75
13.84	6.94	20.36	7.04	5.59	6.66	5.10	1.07	0.57	11.97
14.12	6.83	19.84	7.04	5.50	6.04	5.10	1.07	0.57	20.88
14.34	6.90	20.42	8.22	4.23	6.20	5.92	1.91	1.91	3.31
14.52	1.43	21.90	8.18	5.76	8.31	6.52	1.63	1.42	25.81
15.64	11.80	22.65	13.72	3.20	11.54	9.54	3.63	6.13	18.02
15.84	11.70	22.43	13.60	3.60	10.99	9.38	3.13	6.18	14.95
16.04		21.92	13.78		11.35	9.48	3.71	6.02	11.94
16.15	13.50	22.85	13.94	3.90	12.60	9.72	3.56	5.94	13.10
16.35	13.20	23.46	17.41	5.10	11.91	12.28	2.82	6.41	7.26
16.55	6.58	19.12	9.12	0.72	5.94	7.40	1.48	2.11	20.34
16.85	7.10	17.09	7.64	3.80	3.24	3.48	2.33	2.54	7.89