Citation:

ngeo179

Name: (Table S2) Stable isotope record and Mg/Ca ratios of benthic foraminifera from the St. Stephens Quarry
Published: 2008
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Miller, Kenneth G; Browning, James V; Aubry, Marie-Pierre; Wade, Bridget S; Katz, Miriam E; Kulpecz, Andrew A; Wright, James D (2008): Eocene-Oligocene global climate and sea-level changes: St. Stephens Quarry, Alabama. Geological Society of America Bulletin, 120(1/2), 34-53, https://doi.org/10.1130/B26105.1

Coverage:

Latitude: 31.550000 * Longitude: -88.033300

Minimum DEPTH, sediment/rock: 22.26 m * Maximum DEPTH, sediment/rock: 50.34 m

Event(s):

SSQ (St-Stephens-Quarry) * Latitude: 31.550000 * Longitude: -88.033300 * Location: Alabama, Alabama, U.S.A., North America * Method/Device: Drilling/drill rig (DRILL)

Comment:

Mg/Ca ratios at 22.26 m depth are measured on 16 Cibicidoides spp. and 17 C. pippeni. For dataset of Miller et al. (2008) see: doi:10.1594/PANGAEA.769592

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	AGE	Age	ka BP			Geocode
3	Cibicidoides cocoaensis, δ13C	C. cocoaensis δ13C	‰ PDB	Katz, Miriam E	Mass spectrometer VG Optima
4	Cibicidoides cocoaensis, δ18O	C. cocoaensis δ18O	‰ PDB	Katz, Miriam E	Mass spectrometer VG Optima
5	Cibicidoides pippeni, δ13C	C. pippeni δ13C	‰ PDB	Katz, Miriam E	Mass spectrometer VG Optima
6	Cibicidoides pippeni, δ18O	C. pippeni δ18O	‰ PDB	Katz, Miriam E	Mass spectrometer VG Optima
7	Cibicidoides spp., δ13C	Cibicidoides spp. δ13C	‰ PDB	Katz, Miriam E	Mass spectrometer VG Optima
8	Cibicidoides spp., δ18O	Cibicidoides spp. δ18O	‰ PDB	Katz, Miriam E	Mass spectrometer VG Optima
9	Foraminifera, benthic δ13C	Foram benth δ13C	‰ PDB	Katz, Miriam E	Calculated	average
10	Foraminifera, benthic δ18O	Foram benth δ18O	‰ PDB	Katz, Miriam E	Calculated	average
11	Reference of data	Ref data		Katz, Miriam E		Cibicidoides spp. isotope data
12	Cibicidoides pippeni, magnesium/calcium ratio	C. pippeni Mg/Ca	mmol/mol	Katz, Miriam E	Inductively coupled plasma - mass spectrometry (ICP-MS)
13	Cibicidoides cocoaensis, magnesium/calcium ratio	C. cocoaensis Mg/Ca	mmol/mol	Katz, Miriam E	Inductively coupled plasma - mass spectrometry (ICP-MS)
14	Temperature, calculated	T cal	°C	Katz, Miriam E	Calculated	C. pippeni, seafloor
15	Temperature, calculated	T cal	°C	Katz, Miriam E	Calculated	C. cocoaensis, seafloor
16	Temperature, calculated	T cal	°C	Katz, Miriam E	Calculated	average, seafloor
17	delta	delta		Katz, Miriam E	Calculated	Local depth-change temperature artifact (°C)

License:

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

Size:

421 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 C. cocoaensis δ13C [‰ PDB] (Mass spectrometer VG Optima)	4 C. cocoaensis δ18O [‰ PDB] (Mass spectrometer VG Optima)	5 C. pippeni δ13C [‰ PDB] (Mass spectrometer VG Optima)	6 C. pippeni δ18O [‰ PDB] (Mass spectrometer VG Optima)	7 Cibicidoides spp. δ13C [‰ PDB] (Mass spectrometer VG Optima)	8 Cibicidoides spp. δ18O [‰ PDB] (Mass spectrometer VG Optima)	9 Foram benth δ13C [‰ PDB] (average, Calculated)	10 Foram benth δ18O [‰ PDB] (average, Calculated)	11 Ref data (Cibicidoides spp. isotope data)	12 C. pippeni Mg/Ca [mmol/mol] (Inductively coupled plasma - ...)	13 C. cocoaensis Mg/Ca [mmol/mol] (Inductively coupled plasma - ...)	14 T cal [°C] (C. pippeni, seafloor, Calculated)	15 T cal [°C] (C. cocoaensis, seafloor, Calc...)	16 T cal [°C] (average, seafloor, Calculated)	17 delta (Local depth-change temperatur...)
22.26	32018.3	0.50	-0.26			0.25	-0.32	0.375	-0.290		5.574		17.070		17.070	0.299
22.87	32052.7			0.59	-0.43	0.55	-0.68	0.570	-0.550	Miller et al. 2008	6.788		18.880		18.880	0.447
25.55	32204.0			0.62	-0.27	0.39	-0.30	0.505	-0.285	Miller et al. 2008	6.961		19.110		19.110	0.764
28.05	32345.0			0.47	-0.49	0.35	-0.48	0.410	-0.485	Miller et al. 2008	6.630		18.660		18.660	0.463
29.27	32413.7			0.80	-0.13	0.34	-0.46	0.570	-0.295	Miller et al. 2008	6.560		18.570		18.570	0.633
33.72	32664.8			0.76	-0.24	0.76	-0.28	0.760	-0.260	Miller et al. 2008	6.222		18.080		18.080	0.558
35.98	32792.0			0.64	-0.33	0.59	-0.34	0.615	-0.335	Miller et al. 2008	6.503		18.490		18.490	0.575
37.32	32867.7			0.88	-0.37	0.67	-0.56	0.775	-0.465	Miller et al. 2008	5.892		17.580		17.580	0.240
38.54	32936.4			0.46	-0.58	1.00	-0.24	0.730	-0.410	Miller et al. 2008	5.872		17.550		17.550	0.288
39.33	32981.2			0.39	-0.54	0.19	-0.44	0.290	-0.490	Miller et al. 2008	6.221		18.080		18.080	0.328
40.46	33044.8			1.70	0.47			1.700	0.470		5.569		17.060		17.060	1.056
40.64	33057.4			0.56	0.12			0.560	0.120
40.79	33069.9			0.73	-0.23	0.97	-0.22	0.850	-0.225	Miller et al. 2008
41.16	33099.9					0.55	-0.55	0.550	-0.550
42.38	33199.8			0.63	-0.05			0.815	-0.125
42.38	33199.8					1.00	-0.20			Miller et al. 2008
43.29	33274.8					1.41	0.14	1.410	0.140	Miller et al. 2008
43.60	33299.8					1.33	-0.11	1.330	-0.110	Miller et al. 2008
44.21	33349.7			1.46	-0.11	1.17	0.04	1.315	-0.035	Miller et al. 2008	7.410		19.680		19.473
44.21	33349.7										7.081		19.267			1.095
44.97	33412.2					1.47	-0.15	1.470	-0.150	Miller et al. 2008	7.383		19.650		19.650	1.019
45.79	33479.7					1.72	-0.01	1.720	-0.010	Miller et al. 2008	6.643		18.681		18.681	0.943
46.13	33507.1					1.29	0.04	1.294	0.038		6.741		18.816		18.816	1.022
46.25	33517.1			2.17	0.74			2.170	0.740		5.490		16.930		17.117	1.340
46.25	33517.1										5.717		17.304
46.28	33519.6			1.98	0.63			1.980	0.630		6.021		17.780		17.969	1.423
46.28	33519.6										6.274		18.158
46.37	33527.1			1.97	0.20			1.870	0.115		4.802		15.700		15.800
46.37	33527.1			2.15	0.03	1.49	0.15			Miller et al. 2008	4.906		15.900
46.59	33544.6			2.18	0.94			2.305	0.875		5.161		16.370		16.827	1.408
46.59	33544.6			2.43	0.81						5.704		17.284
46.65	33551.5			1.53	-0.04			1.530	-0.040		6.086		17.880		17.862	0.843
46.65	33551.5										6.063		17.843
46.65	33552.4			1.90	0.19			1.900	0.190		6.051		17.826		17.826
46.77	33565.6					1.47	0.29	1.467	0.293
46.97	33588.4			1.85	0.27			1.850	0.270
47.06	33628.2			0.31	0.02			0.310	0.020
47.41	33628.2			1.54	0.22			1.540	0.220
47.44	33668.2					0.07	-0.60	0.070	-0.600	Miller et al. 2008
47.53	33677.8	0.01	-0.67	-0.01	-0.52			0.000	-0.595
47.68	33693.8					1.47	0.15	1.470	0.150
47.77	33703.4	0.42	-0.45	0.44	-0.38			0.430	-0.415
47.93	33719.4			0.37	-0.22	0.38	-0.37	0.375	-0.295
48.17	33745.0			0.37	-0.44	0.53	-0.36	0.450	-0.400	Miller et al. 2008
48.20	33748.2					0.38	-0.31	0.380	-0.307
48.26	33754.6					0.33	-0.31	0.328	-0.314
48.32	33761.0			1.29	-0.08			1.290	-0.080
48.48	33777.0					0.30	-0.45	0.298	-0.446
48.69	33799.4					0.72	-0.20	0.722	-0.196		5.392		16.767		16.767	0.324
48.78	33809.1			1.20	0.00			1.200	0.000		4.935		15.950		15.950	0.332
48.87	33821.5			0.73	-0.17	0.52	-0.53	0.625	-0.350	Miller et al. 2008	4.995		16.070		16.070	0.010
48.90	33825.7			0.76	-0.10			0.760	-0.100		4.920		15.927		15.927	0.227
49.05	33846.4			0.72	-0.35			0.720	-0.350
49.36	33887.8	0.48	-0.24	0.59	-0.56			0.480	-0.240
49.39	33892.0					-0.16	-0.29			Miller et al. 2008
49.45	33900.3	0.34	-0.44					0.340	-0.440		4.996	5.330	16.660	16.067	16.364	-0.013
49.66	33929.3	-0.02	-0.65					-0.020	-0.650			6.258		18.130	18.130	0.179
49.70	33933.5	-0.05	-0.88			0.02	-0.91	-0.015	-0.895	Miller et al. 2008		6.048		17.820	17.820	-0.136
50.03	33979.1	0.13	-0.40			-0.32	-1.05	-0.095	-0.725	Miller et al. 2008		7.222		19.450	19.450	0.400
50.18	33999.8	0.07	-0.61					0.070	-0.610			6.979		19.130	19.130	0.443
50.34	34020.5	0.28	-0.74					0.280	-0.740			8.403		20.840	20.840	0.692