Citation:

PANGAEA.143746

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Project(s):

Geosciences, University of Bremen (GeoB)

South Atlantic in Late Quaternary: Reconstruction of Budget and Currents (SFB261)

Coverage:

Latitude: 14.969783 * Longitude: 54.369800

Date/Time Start: 1995-03-08T21:31:00 * Date/Time End: 1995-03-08T21:31:00

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 0.325 m

Event(s):

GeoB3005-3 (M31/3-108_MC1/3, M31/3_MC372) * Latitude: 14.969783 * Longitude: 54.369800 * Date/Time: 1995-03-08T21:31:00 * Elevation: -2314.0 m * Recovery: 0.3 m * Location: Western Arabian See * Campaign: (BIGSET) * Basis: * Method/Device: MultiCorer (MUC) * Comment: 2 big, 2 small tubes, carbonate-ooze, olive-green, foraminifers

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Depth, composite	Depth comp	mcd	Müller, Peter J	Intercore correlation
3	Sedimentation rate	SR	cm/ka	Müller, Peter J	Calculated
4	Water content, wet mass	Water wm	%	Müller, Peter J	Calculated from mass/volume
5	Porosity	Poros	% vol	Müller, Peter J	Calculated from mass/volume
6	Density, wet bulk	WBD	g/cm³	Müller, Peter J	Calculated from mass/volume
7	Density, dry bulk	DBD	g/cm³	Müller, Peter J	Calculated from mass/volume
8	Carbon, total	TC	%	Müller, Peter J	Element analyser CHN, LECO
9	Carbon, organic, total	TOC	%	Müller, Peter J	Element analyser CHN
10	Carbon in carbonate	C (carb)	%	Müller, Peter J	Element analyser CHN, LECO
11	Nitrogen, total	TN	%	Müller, Peter J	Element analyser CHN
12	Heptatriaconta-8E,15E,22E-trien-2-one	C37:3Me	ng/g	Müller, Peter J	Gas chromatography
13	Heptatriaconta-15E,22E-dien-2-one	C37:2Me	ng/g	Müller, Peter J	Gas chromatography
14	Alkenone, C37:3+C37:2	K37	ng/g	Müller, Peter J	Gas chromatography
15	Alkenone, unsaturation index UK'37	UK'37		Müller, Peter J	Calculated from C37 alkenones (Brassell et al., 1986)
16	Sea surface temperature, annual mean	SST (1-12)	°C	Müller, Peter J	Calculated from UK'37 (Müller et al, 1998)
17	Alkenone, C37 normalized to total organic carbon	K37 n TOC	µg/g	Müller, Peter J	Calculated
18	Globigerinoides ruber white, δ18O	G. ruber w δ18O	‰ PDB	Müller, Peter J	Mass spectrometer Finnigan MAT 251
19	Globigerinoides ruber white, δ13C	G. ruber w δ13C	‰ PDB	Müller, Peter J	Mass spectrometer Finnigan MAT 251
20	Neogloboquadrina dutertrei, δ18O	N. dutertrei δ18O	‰ PDB	Müller, Peter J	Mass spectrometer Finnigan MAT 251
21	Neogloboquadrina dutertrei, δ13C	N. dutertrei δ13C	‰ PDB	Müller, Peter J	Mass spectrometer Finnigan MAT 251
22	Globigerina bulloides, δ18O	G. bulloides δ18O	‰ PDB	Müller, Peter J	Mass spectrometer Finnigan MAT 251
23	Globigerina bulloides, δ13C	G. bulloides δ13C	‰ PDB	Müller, Peter J	Mass spectrometer Finnigan MAT 251
24	Octatriaconta-9E,16E,23E-trien-3-one	C38:3Et	ng/g	Müller, Peter J	Gas chromatography
25	Octatriaconta-9E,16E,23E-trien-2-one	C38:3Me	ng/g	Müller, Peter J	Gas chromatography
26	Octatriaconta-16E,23E-dien-3-one	C38:2Et	ng/g	Müller, Peter J	Gas chromatography
27	Octatriaconta-16E,23E-dien-2-one	C38:2Me	ng/g	Müller, Peter J	Gas chromatography
28	Alkenone, C38:3Et+C38:2Et	K38e	ng/g	Müller, Peter J	Gas chromatography
29	Alkenone, unsaturation index UK38Et	UK38Et		Müller, Peter J	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
30	Alkenone, C38:3Et+C38:2Et+C38:3Me+C38:2Me	K38	ng/g	Müller, Peter J	Gas chromatography
31	Alkenone, C38 normalized to total organic carbon	K38 n TOC	µg/g	Müller, Peter J	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
32	Alkenone, C37/C38 ratio	K37/K38		Müller, Peter J	Calculated
33	Alkenone, C37/C38e ratio	K37/K38e		Müller, Peter J	Calculated
34	Alkenone, C37/C38m ratio	K37/K38m		Müller, Peter J	Calculated
35	Alkenone, unsaturation index UK38	UK38		Müller, Peter J	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
36	Alkenone, unsaturation index UK38Me	UK38Me		Müller, Peter J	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
37	Accumulation rate, mass	MAR	g/cm²/ka	Müller, Peter J	Calculated
38	Accumulation rate, total organic carbon	Acc rate TOC	g/cm²/ka	Müller, Peter J	Calculated
39	Accumulation rate, calcium carbonate	Acc rate CaCO3	g/cm²/ka	Müller, Peter J	Calculated
40	Accumulation rate, alkenone C37	Acc rate C37	µg/cm²/ka	Müller, Peter J	Calculated from C37 alkenones (Brassell et al., 1986)
41	Alkenone, C38:3Me+C38:2Me	K38m	ng/g	Müller, Peter J	Gas chromatography

License:

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

Size:

1153 data points

Data

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

1 Depth sed [m]	2 Depth comp [mcd]	3 SR [cm/ka]	4 Water wm [%]	5 Poros [% vol]	6 WBD [g/cm³]	7 DBD [g/cm³]	8 TC [%]	9 TOC [%]	10 C (carb) [%]	11 TN [%]	12 C37:3Me [ng/g]	13 C37:2Me [ng/g]	14 K37 [ng/g]	15 UK'37	16 SST (1-12) [°C]	17 K37 n TOC [µg/g]	18 G. ruber w δ18O [‰ PDB]	19 G. ruber w δ13C [‰ PDB]	20 N. dutertrei δ18O [‰ PDB]	21 N. dutertrei δ13C [‰ PDB]	22 G. bulloides δ18O [‰ PDB]	23 G. bulloides δ13C [‰ PDB]	24 C38:3Et [ng/g]	25 C38:3Me [ng/g]	26 C38:2Et [ng/g]	27 C38:2Me [ng/g]	28 K38e [ng/g]	29 UK38Et	30 K38 [ng/g]	31 K38 n TOC [µg/g]	32 K37/K38	33 K37/K38e	34 K37/K38m	35 UK38	36 UK38Me	37 MAR [g/cm²/ka]	38 Acc rate TOC [g/cm²/ka]	39 Acc rate CaCO3 [g/cm²/ka]	40 Acc rate C37 [µg/cm²/ka]	41 K38m [ng/g]
0.005	0.005	6.60	83.5	92.9	1.14	0.19	8.33	2.17	51.4	0.289	71.00	1080.00	1151.00	0.9380	27.10	00053.0			-0.98	0.83			82.00	25.00	727.00	230.00	809.00	0.8990	1063.00	00049.0	1.08	1.42	4.52	0.9000	0.9020	1.24	0.027	0.639	1.400	255.00
0.015	0.015	6.60	79.0	90.7	1.18	0.25	8.76	2.28	54.0	0.300	80.00	1222.00	1302.00	0.9380	27.10	00057.0	-1.88	0.40	-1.26	1.29	-1.90	-1.67	100.00	27.00	790.00	289.00	889.00	0.8880	1205.00	00053.0	1.08	1.46	4.12	0.8950	0.9130	1.63	0.037	0.878	2.100	316.00
0.025	0.025	6.60	75.3	88.7	1.21	0.30	8.90	2.35	54.6	0.308	102.00	1450.00	1552.00	0.9340	27.00	00066.0	-1.82	1.01	-1.15	0.80	-1.55	-1.41	94.00	31.00	920.00	331.00	1014.00	0.9070	1376.00	00058.0	1.13	1.53	4.29	0.9090	0.9150	1.97	0.046	1.077	3.100	361.00
0.035	0.035	6.60	71.3	86.5	1.24	0.36	9.00	2.45	54.6	0.316	88.00	1352.00	1440.00	0.9390	27.10	00059.0	-1.79	1.11	-1.43	1.01	-1.82	-1.65	105.00	33.00	869.00	301.00	974.00	0.8920	1309.00	00054.0	1.10	1.48	4.31	0.8940	0.9010	2.35	0.058	1.285	3.400	334.00
0.045	0.045	6.60	71.0	86.3	1.25	0.36	9.04	2.44	55.0	0.309	105.00	1491.00	1596.00	0.9340	27.00	00065.0	-1.60	0.85	-1.18	1.49	-1.81	-1.81	160.00	50.00	932.00	359.00	1091.00	0.8540	1500.00	00061.0	1.06	1.46	3.90	0.8600	0.8780	2.39	0.058	1.315	3.800	409.00
0.055	0.055	6.60	69.5	85.5	1.26	0.38	9.05	2.33	56.0	0.304	88.00	1267.00	1355.00	0.9350	27.00	00058.0	-1.82	0.98	-1.13	0.92	-1.65	-1.43	143.00	41.00	776.00	316.00	919.00	0.8440	1277.00	00055.0	1.06	1.47	3.79	0.8560	0.8850	2.53	0.059	1.418	3.400	357.00
0.065	0.065	6.60	67.8	84.5	1.28	0.41	9.04	2.33	55.9	0.298	87.00	1295.00	1382.00	0.9370	27.10	00059.0	-1.83	0.89	-0.57	0.72	-1.47	-1.45	150.00	37.00	805.00	332.00	954.00	0.8430	1323.00	00057.0	1.04	1.45	3.75	0.8590	0.9000	2.72	0.063	1.519	3.800	369.00
0.075	0.075	6.60	66.9	84.0	1.29	0.43	9.10	2.43	55.6	0.308	86.00	1250.00	1336.00	0.9360	27.00	00055.0	-1.77	1.10	-1.25	1.25	-1.48	-0.80	167.00	39.00	776.00	293.00	943.00	0.8230	1275.00	00052.0	1.05	1.42	4.02	0.8380	0.8810	2.81	0.068	1.560	3.700	333.00
0.085	0.085	6.60	67.3	84.2	1.28	0.42	9.14	2.36	56.5	0.307	95.00	1325.00	1420.00	0.9330	26.90	00060.0	-1.70	1.06	-0.72	0.85	-1.79	-1.74	150.00	33.00	827.00	288.00	978.00	0.8460	1299.00	00055.0	1.09	1.45	4.42	0.8590	0.8960	2.77	0.065	1.565	3.900	321.00
0.095	0.095	6.60	67.5	84.3	1.28	0.42	9.17	2.25	57.6	0.287	85.00	1236.00	1321.00	0.9360	27.00	00059.0	-1.84	1.43	-1.02	0.86	-1.69	-1.40	154.00	36.00	758.00	295.00	912.00	0.8310	1242.00	00055.0	1.06	1.45	3.99	0.8470	0.8930	2.75	0.062	1.586	3.600	331.00
0.105	0.105	6.60	66.2	83.5	1.29	0.44	9.00	2.27	56.0	0.287	86.00	1220.00	1306.00	0.9340	27.00	00058.0	-1.75	1.53	-1.06	0.99	-1.69	-1.58	168.00	39.00	755.00	287.00	923.00	0.8180	1249.00	00055.0	1.05	1.42	4.01	0.8340	0.8800	2.89	0.066	1.619	3.800	326.00
0.115	0.115	6.60	63.3	81.7	1.32	0.48	8.98	2.23	56.3	0.286	90.00	1330.00	1420.00	0.9370	27.10	00064.0	-1.73	1.72	-1.01	1.28	-1.91	-1.88	207.00	39.00	845.00	337.00	1053.00	0.8030	1429.00	00064.0	0.99	1.35	3.78	0.8280	0.8960	3.20	0.071	1.799	4.500	376.00
0.125	0.125	6.60	63.1	81.6	1.32	0.49	8.98	2.21	56.4	0.278	96.00	1331.00	1427.00	0.9330	26.90	00065.0	-1.85	1.36	-0.97	1.36	-1.41	-1.39	208.00	38.00	827.00	335.00	1035.00	0.7990	1408.00	00064.0	1.01	1.38	3.82	0.8250	0.8970	3.22	0.071	1.819	4.600	373.00
0.135	0.135	6.60	61.7	80.6	1.34	0.51	8.92	2.16	56.3	0.271	74.00	1135.00	1209.00	0.9390	27.10	00056.0	-1.83	1.51	-1.35	1.42	-1.63	-1.64	169.00	26.00	722.00	281.00	891.00	0.8100	1198.00	00055.0	1.01	1.36	3.94	0.8380	0.9170	3.39	0.073	1.908	4.100	307.00
0.145	0.145	6.60	62.6	81.3	1.33	0.50	8.93	2.13	56.7	0.267	90.00	1311.00	1401.00	0.9360	27.00	00066.0	-2.16	1.95	-1.19	1.35	-1.52	-1.84	139.00	25.00	707.00	255.00	846.00	0.8350	1127.00	00053.0	1.24	1.66	4.99	0.8540	0.9090	3.28	0.070	1.858	4.600	281.00
0.155	0.155	6.60	61.6	80.6	1.34	0.51	8.93	2.10	56.9	0.265	81.00	1228.00	1309.00	0.9380	27.10	00062.0	-2.06	1.44	-1.15	1.55	-1.46	-1.44	125.00	27.00	733.00	249.00	858.00	0.8540	1134.00	00054.0	1.15	1.52	4.74	0.8660	0.9020	3.40	0.071	1.933	4.400	276.00
0.165	0.165	6.60	60.9	80.1	1.35	0.53	8.97	2.10	57.2	0.262	81.00	1148.00	1229.00	0.9340	27.00	00058.0			-1.12	0.99	-1.77	-1.26	132.00	24.00	624.00	224.00	757.00	0.8250	1005.00	00048.0	1.22	1.62	4.95	0.8440	0.9020	3.48	0.073	1.991	4.300	248.00
0.175	0.175	6.60	60.7	80.0	1.35	0.53	8.90	1.98	57.6	0.251	87.00	1263.00	1350.00	0.9350	27.00	00068.0	-1.84	1.60	-0.88	1.19	-1.92	-1.66	218.00	25.00	629.00	222.00	847.00	0.7430	1094.00	00055.0	1.23	1.59	5.46	0.7780	0.8990	3.50	0.070	2.020	4.700	247.00
0.185	0.185	6.60	61.6	80.6	1.34	0.51	8.98	2.05	57.8	0.257	79.00	1248.00	1327.00	0.9410	27.20	00065.0	-1.86	1.59	-1.13	0.85	-1.80	-1.42	142.00	25.00	707.00	251.00	849.00	0.8330	1125.00	00055.0	1.18	1.56	4.81	0.8520	0.9100	3.40	0.069	1.962	4.500	276.00
0.195	0.195	6.60	60.9	80.1	1.35	0.53	8.99	1.93	58.8	0.249	81.00	1102.00	1183.00	0.9320	26.90	00061.0	-1.71	1.61	-1.15	0.99	-1.86	-1.78	201.00	24.00	625.00	206.00	827.00	0.7570	1056.00	00055.0	1.12	1.43	5.15	0.7870	0.8960	3.47	0.067	2.042	4.100	230.00
0.205	0.205	6.60	59.2	79.0	1.37	0.56	8.93	1.87	58.8	0.238	81.00	1183.00	1264.00	0.9360	27.00	00067.0	-1.89	1.55	-1.20	1.42	-1.81	-1.63	176.00	36.00	693.00	261.00	869.00	0.7970	1167.00	00062.0	1.08	1.45	4.25	0.8180	0.8790	3.68	0.069	2.165	4.700	297.00
0.215	0.215	6.60	59.3	79.0	1.37	0.56	8.99	1.87	59.3	0.237	83.00	1166.00	1249.00	0.9340	27.00	00067.0	-1.71	1.79	-1.57	1.60	-1.63	-1.60	205.00	40.00	685.00	265.00	890.00	0.7700	1195.00	00064.0	1.04	1.40	4.09	0.7950	0.8690	3.67	0.069	2.179	4.600	305.00
0.225	0.225	6.60	60.1	79.5	1.36	0.54	9.00	1.87	59.4	0.236	78.00	1095.00	1173.00	0.9340	27.00	00063.0	-1.93	1.46	-1.19	1.66	-1.73	-1.51	153.00	25.00	620.00	233.00	773.00	0.8020	1032.00	00055.0	1.14	1.52	4.54	0.8270	0.9020	3.58	0.067	2.125	4.200	258.00
0.235	0.235	6.60	59.8	79.3	1.36	0.55	8.93	1.81	59.3	0.223	81.00	1132.00	1213.00	0.9330	26.90	00067.0	-1.55	1.37	-1.11	0.57	-1.96	-1.99	171.00	26.00	650.00	235.00	821.00	0.7910	1082.00	00060.0	1.12	1.48	4.65	0.8170	0.8990	3.61	0.065	2.142	4.400	261.00
0.245	0.245	6.60	60.3	79.7	1.36	0.54	8.95	1.80	59.6	0.216	83.00	1119.00	1201.00	0.9310	26.90	00067.0	-1.83	1.55		1.36	-1.23	-1.71	176.00	36.00	660.00	240.00	836.00	0.7890	1113.00	00062.0	1.08	1.44	4.35	0.8090	0.8690	3.55	0.064	2.118	4.300	276.00
0.255	0.255	6.60	60.1	79.6	1.36	0.54	8.99	1.75	60.4	0.214	78.00	1036.00	1114.00	0.9300	26.80	00064.0	-1.78	1.54	-1.24	0.89	-1.82	-1.92	139.00	26.00	592.00	213.00	731.00	0.8100	971.00	00055.0	1.15	1.52	4.66	0.8290	0.8900	3.57	0.062	2.156	4.000	239.00
0.265	0.265	6.60	59.9	79.4	1.36	0.54	8.90	1.65	60.4	0.201	76.00	1052.00	1128.00	0.9320	26.90	00069.0	-2.01	1.47	-0.69	0.87	-1.93	-1.45	153.00	29.00	608.00	218.00	761.00	0.7990	1009.00	00061.0	1.12	1.48	4.56	0.8190	0.8810	3.59	0.059	2.173	4.100	247.00
0.275	0.275	6.60	57.5	77.8	1.39	0.59	8.89	1.58	61.0	0.197	69.00	972.00	1040.00	0.9340	27.00	00066.0	-1.76	1.50	-1.43	0.79	-2.09	-1.85	137.00	17.00	537.00	194.00	674.00	0.7960	886.00	00056.0	1.17	1.54	4.92	0.8250	0.9180	3.89	0.061	2.369	4.000	211.00
0.285	0.285	6.60															-1.93	1.66	-1.07	0.98	-1.94	-1.89
0.295	0.295	6.60															-1.86	1.92	-0.85	1.13	-1.69	-1.59
0.305	0.305	6.60															-1.68	1.74	-1.25	1.36	-1.59	-1.31
0.315	0.315	6.60															-1.70	1.58	-1.16	1.32	-1.52	-1.61
0.325	0.325	6.60															-1.75	1.61	-1.15	1.33	-1.95	-1.67