Citation:

science.aat7067

Name: Surface and bottom water reconstructions for ODP Site 177-1094
Published: 2019-05-10
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Antarctic Zone; bottom water temperature; BWT; Cibicidoides spp.; DWT; Melonis pompilioides; Neogloboquadrina pachyderma; ODP 1094; Sea surface temperature; sea water d18O; Southern Ocean; SST; stable oxygen isotopes; trace metals Mg/Ca; trace metals Mn/Ca

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Keyword(s):

Antarctic Zone; bottom water temperature; BWT; Cibicidoides spp.; DWT; Melonis pompilioides; Neogloboquadrina pachyderma; ODP 1094; Sea surface temperature; sea water d18O; Southern Ocean; SST; stable oxygen isotopes; trace metals Mg/Ca; trace metals Mn/Ca

Related to:

Hodell, David A; Charles, Christopher D; Curtis, Jason H; Mortyn, P Graham; Ninnemann, Ulysses S; Venz, Kathryn A (2003): Data Report: Oxygen isotope stratigraphy of ODP Leg 117 sites 1088, 1089, 1090, 1093, and 1094. In: Gersonde, R; Hodell, DA; Blum, P (eds.) Proceedings of the Ocean Drilling Program, Scientific Results, College Station, TX (Ocean Drilling Program), 177, 1-26, https://doi.org/10.2973/odp.proc.sr.177.120.2003

Hodell, David A; Charles, Christopher D; Curtis, Jason H; Mortyn, P Graham; Ninnemann, Ulysses S; Venz, Kathryn A (2003): Stable isotope record of benthic and planktonic foraminifera in sediment cores of ODP Leg 177, Southern Ocean. PANGAEA, https://doi.org/10.1594/PANGAEA.701432

Project(s):

Ocean Drilling Program (ODP)

Coverage:

Latitude: -53.180350 * Longitude: 5.130333

Date/Time Start: 1998-01-20T00:00:00 * Date/Time End: 1998-01-20T00:00:00

Minimum Elevation: -2807.3 m * Maximum Elevation: -2807.3 m

Event(s):

177-1094 * Latitude: -53.180350 * Longitude: 5.130333 * Date/Time: 1998-01-20T00:00:00 * Elevation: -2807.3 m * Penetration: 441.8 m * Recovery: 306.1 m * Location: South Atlantic Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 46 cores; 421.7 m cored; 20.1 m drilled; 72.6% recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Marine isotopic stage	MIS		Hasenfratz, Adam P
2	Age, minimum/young	Age min	ka	Hasenfratz, Adam P
3	Age, maximum/old	Age max	ka	Hasenfratz, Adam P
4	AGE	Age	ka BP	Hasenfratz, Adam P	Geocode
5	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Hasenfratz, Adam P	vs. VPDB, average, corrected for vital effects by -0.42‰
6	Neogloboquadrina pachyderma sinistral, δ18O standard deviation	N. pachyderma s δ18O std dev	±	Hasenfratz, Adam P	1sigma
7	Number of measurements	n	#	Hasenfratz, Adam P	N. pachydemra s δ18O
8	Foraminifera, benthic δ18O	Foram benth δ18O	‰ PDB	Hasenfratz, Adam P	vs. VPDB, M. pompilioides and Cibicidoides spp., δ18O compilation, average, corrected for vital effects
9	Foraminifera, benthic δ18O, standard deviation	Foram benth δ18O std dev	±	Hasenfratz, Adam P	M. pompilioides and Cibicidoides spp., 1σ
10	Number of measurements	n	#	Hasenfratz, Adam P	M. pompilioides and Cibicidoides spp. δ18O
11	Sea surface temperature, annual mean	SST (1-12)	°C	Hasenfratz, Adam P	N. pachyderma (s.) Mg/Ca temperature average
12	Sea surface temperature, annual mean, standard deviation	SST (1-12) std dev	±	Hasenfratz, Adam P	N. pachyderma (s.) Mg/Ca temperature 1σ
13	Number of measurements	n	#	Hasenfratz, Adam P	N. pachydemta s Mg/Ca temperature
14	Bottom water temperature	BWT	°C	Hasenfratz, Adam P	M. pompilioides Mg/Ca temperature average
15	Bottom water temperature, standard deviation	BWT std dev	±	Hasenfratz, Adam P	M. pompilioides Mg/Ca temperature 1σ
16	Number of measurements	n	#	Hasenfratz, Adam P	M. pompilioides Mg/Ca temperature
17	δ18O, seawater, reconstructed	δ18Osw	‰ SMOW	Hasenfratz, Adam P	N. pachyderma, average
18	δ18O, seawater, reconstructed, standard deviation	δ18Osw std dev	±	Hasenfratz, Adam P	N. pachyderma, 1σ
19	Number of measurements	n	#	Hasenfratz, Adam P	N. pachyderma δ18Osw
20	δ18O, seawater, reconstructed	δ18Osw	‰ SMOW	Hasenfratz, Adam P	M. pompilioides, average
21	δ18O, seawater, reconstructed, standard deviation	δ18Osw std dev	±	Hasenfratz, Adam P	M. pompilioides, 1σ
22	Number of measurements	n	#	Hasenfratz, Adam P	M. pompilioides δ18Osw
23	Temperature, difference	delta T	°C	Hasenfratz, Adam P	temperature gardient, average
24	Temperature, difference, standard deviation	delta T std dev	±	Hasenfratz, Adam P	temperature gardient, 1σ
25	Number of measurements	n	#	Hasenfratz, Adam P	temperature gradient
26	Δδ18O	Δδ18O	‰	Hasenfratz, Adam P	δ18O seawater gradient
27	Δδ18O, standard deviation	Δδ18O std dev	±	Hasenfratz, Adam P	δ18O seawater gradient, 1σ
28	Number of measurements	n	#	Hasenfratz, Adam P	δ18O seawater gradient

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

570 data points

Data

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

1 MIS	2 Age min [ka]	3 Age max [ka]	4 Age [ka BP]	5 N. pachyderma s δ18O [‰ PDB] (vs. VPDB, average, corrected ...)	6 N. pachyderma s δ18O std dev [±] (1sigma)	7 n [#] (N. pachydemra s δ18O)	8 Foram benth δ18O [‰ PDB] (vs. VPDB, M. pompilioides and...)	9 Foram benth δ18O std dev [±] (M. pompilioides and Cibicidoi...)	10 n [#] (M. pompilioides and Cibicidoi...)	11 SST (1-12) [°C] (N. pachyderma (s.) Mg/Ca temp...)	12 SST (1-12) std dev [±] (N. pachyderma (s.) Mg/Ca temp...)	13 n [#] (N. pachydemta s Mg/Ca tempera...)	14 BWT [°C] (M. pompilioides Mg/Ca tempera...)	15 BWT std dev [±] (M. pompilioides Mg/Ca tempera...)	16 n [#] (M. pompilioides Mg/Ca tempera...)	17 δ18Osw [‰ SMOW] (N. pachyderma, average)	18 δ18Osw std dev [±] (N. pachyderma, 1σ)	19 n [#] (N. pachyderma δ18Osw)	20 δ18Osw [‰ SMOW] (M. pompilioides, average)	21 δ18Osw std dev [±] (M. pompilioides, 1σ)	22 n [#] (M. pompilioides δ18Osw)	23 delta T [°C] (temperature gardient, average)	24 delta T std dev [±] (temperature gardient, 1σ)	25 n [#] (temperature gradient)	26 Δδ18O [‰] (δ18O seawater gradient)	27 Δδ18O std dev [±] (δ18O seawater gradient, 1σ)	28 n [#] (δ18O seawater gradient)
2	18	25	21.5	4.43	0.22	17	5.24	0.19	11	0.20	0.43	4				0.65	0.07	4
6	135	145	140.0	4.33	0.21	10	5.21	0.27	8	-0.91	0.78	6	-2.29		1	0.27	0.23	6	0.81		1	1.39		1	-0.54		1
8	250	265	257.5	4.30	0.10	49	5.14	0.11	42	-0.17	0.91	36	-1.36	0.72	22	0.31	0.24	35	0.79	0.22	22	1.19	1.16	22	-0.48	0.33	22
10	340	350	345.0	4.36	0.19	19	5.17	0.21	9	-0.18	0.57	9	-1.78	0.11	2	0.39	0.28	9	0.79	0.18	2	1.60	0.58	2	-0.40	0.34	2
12	429	440	434.5	4.18	0.19	19	5.04	0.22	8	1.13	1.12	10	-0.96		1	0.55	0.19	10	0.97		1	2.08		1	-0.42		1
14	535	550	542.5	3.95	0.19	14	4.88	0.14	11	0.98	0.95	12	-0.97	0.67	5	0.24	0.26	12	0.75	0.15	5	1.95	1.16	5	-0.52	0.30	5
16	627	642	634.5	4.59	0.17	13	5.51	0.16	14	0.98	0.60	12	-0.90	0.46	10	0.90	0.15	12	1.41	0.12	10	1.89	0.75	10	-0.51	0.19	10
18	745	755	750.0	3.98	0.16	23	4.82	0.10	20	2.62	0.78	21	-1.17	0.36	12	0.67	0.29	21	0.61	0.11	12	3.79	0.86	12	0.06	0.31	12
20	794	803	798.5	4.22	0.09	7	4.93	0.17	6	3.33	0.66	5	0.94		1	1.11	0.16	5	1.42		1	2.39		1	-0.31		1
22	872	880	876.0	4.20	0.09	6	4.98	0.12	10	3.63	0.47	5	-0.51	0.68	5	1.17	0.11	5	0.96	0.20	5	4.14	0.83	5	0.21	0.23	5
24	920	925	922.5	4.15	0.18	27	4.80	0.12	14	3.47	0.79	11	-0.28	0.69	6	1.02	0.29	11	0.81	0.10	6	3.75	1.05	6	0.21	0.30	6
26	961	966	963.5	3.75	0.32	11	4.52	0.21	3	3.83	0.90	6	0.32	0.18	2	0.82	0.32	6	0.57	0.19	2	3.51	0.92	2	0.26	0.37	2
28	1004	1008	1006.0	3.76	0.05	3	4.41		1	3.48	0.57	3				0.68	0.12	3
30	1035	1041	1038.0	3.99	0.11	4	4.97	0.00	2	3.75	0.69	3				1.00	0.12	3
32	1095	1100	1097.5	3.74	0.12	8	4.53	0.14	7	3.24	1.33	6	-0.32	0.37	4	0.55	0.27	6	0.64	0.23	4	3.55	1.38	4	-0.09	0.36	4
34	1122	1127	1124.5	3.68	0.23	8	4.82	0.08	5	3.47	0.50	6				0.61	0.25	6
36	1196	1201	1198.5	4.07	0.04	4	4.73	0.21	3	3.97	0.49	4	0.01	1.11	2	1.11	0.13	4	0.62	0.04	2	3.96	1.21	2	0.49	0.13	2
38	1247	1252	1249.5	4.11	0.08	4	4.74	0.28	4	3.55	0.46	4	-0.55	0.63	2	1.04	0.04	4	0.48	0.30	2	4.10	0.78	2	0.56	0.30	2
40	1288	1292	1290.0	3.91	0.11	6	4.75	0.11	5	4.94	0.65	6	-0.38	0.39	2	1.19	0.24	6	0.91	0.17	2	5.32	0.76	2	0.28	0.29	2
42	1335	1340	1337.5	3.77	0.05	5	4.69	0.05	5	4.08	1.07	5	-0.12	1.39	5	0.84	0.23	5	0.83	0.35	5	4.21	1.75	5	0.01	0.42	5
44	1368	1380	1374.0	3.58	0.02	2	4.58	0.02	2	5.09	0.81	2	-0.43	0.16	2	0.90	0.18	2	0.53	0.21	2	5.53	0.82	2	0.37	0.28	2
46	1410	1414	1412.0	3.81	0.10	6	4.69	0.17	5	4.21	0.42	6	-1.26		1	0.91	0.14	6	0.64		1	5.47	0.42	1	0.27	0.14	1
48	1454	1458	1456.0	3.67	0.07	3	4.46	0.36	2	3.75	0.64	3	-0.97		1	0.65	0.20	3	0.76		1	4.72	0.64	1	-0.11	0.20	1
50	1495	1500	1497.5	3.67	0.42	3	4.67		1	4.89	0.63	3				0.94	0.57	3