Citation:

BzP_0241_1997

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Project(s):

Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)

Quaternary Environment of the Eurasian North (QUEEN)

Funding:

Fourth Framework Programme (FP4), grant/award no. MAS3980185 : Quaternary Environment of the Eurasian North

Coverage:

Latitude: 70.120300 * Longitude: -18.843300

Date/Time Start: 1988-08-12T00:00:00 * Date/Time End: 1988-08-12T00:00:00

Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 5.16 m

Event(s):

PS1725-2 (GIK21725-2 PS13/192) * Latitude: 70.120300 * Longitude: -18.843300 * Date/Time: 1988-08-12T00:00:00 * Elevation: -879.0 m * Penetration: 8 m * Recovery: 5.16 m * Location: Greenland Sea * Campaign: (PS13 GRÖKORT) * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: 6 core sections: 0-0.17, 0.17-1.17, 1.17-2.17, 2.17-3.19, 3.19-4.19, 4.19-5.16 m

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Water content, wet mass	Water wm	%	Nam, Seung-Il
3	Porosity	Poros	% vol	Nam, Seung-Il	Calculated
4	Density, grain	Density grain	g/cm³	Nam, Seung-Il	Calculated
5	Density, wet bulk	WBD	g/cm³	Nam, Seung-Il	Calculated
6	Size fraction > 2 mm, gravel	>2 mm	%	Nam, Seung-Il	Grain size, sieving
7	Sand	Sand	%	Nam, Seung-Il	Grain size, sieving/settling tube
8	Silt	Silt	%	Nam, Seung-Il	Grain size, sieving/settling tube
9	Size fraction < 0.002 mm, clay	<2 µm	%	Nam, Seung-Il	Grain size, sieving/settling tube
10	Carbon, total	TC	%	Nam, Seung-Il	Element analyser CHN
11	Carbon, organic, total	TOC	%	Nam, Seung-Il	Element analyser CHN
12	Calcium carbonate	CaCO3	%	Nam, Seung-Il	Element analyser CHN
13	Carbon/Nitrogen ratio	C/N		Nam, Seung-Il	Element analyser CHN
14	Nitrogen, total	TN	%	Nam, Seung-Il	Element analyser CHN
15	Hydrogen index, mass HC, per unit mass total organic carbon	HI, HC/TOC	mg/g	Nam, Seung-Il	Rock eval pyrolysis (Behar et al., 2001)
16	Oxygen index, mass CO2, per unit mass total organic carbon	OI, CO2/TOC	mg/g	Nam, Seung-Il	Rock eval pyrolysis (Behar et al., 2001)
17	Pyrolysis temperature maximum	Tmax	°C	Nam, Seung-Il	Rock eval pyrolysis (Behar et al., 2001)
18	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Nam, Seung-Il	Mass spectrometer Finnigan MAT 251
19	Neogloboquadrina pachyderma sinistral, δ13C	N. pachyderma s δ13C	‰ PDB	Nam, Seung-Il	Mass spectrometer Finnigan MAT 251

License:

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

Size:

1218 data points

Data

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

1 Depth sed [m]	2 Water wm [%]	3 Poros [% vol]	4 Density grain [g/cm³]	5 WBD [g/cm³]	6 >2 mm [%]	7 Sand [%]	8 Silt [%]	9 <2 µm [%]	10 TC [%]	11 TOC [%]	12 CaCO3 [%]	13 C/N	14 TN [%]	15 HI, HC/TOC [mg/g]	16 OI, CO2/TOC [mg/g]	17 Tmax [°C]	18 N. pachyderma s δ18O [‰ PDB]	19 N. pachyderma s δ13C [‰ PDB]
0.01	41.34	66.36	2.68	1.59	0.29	9.78	57.80	32.13	0.73	0.57	1.3	8.28	0.07	145	294	368
0.05	39.45	64.55	2.68	1.62	0.15	5.57	64.77	29.51	0.63	0.46	1.5	10.86	0.04	147	286	426
0.10	36.28	61.52	2.70	1.68	0.13	5.90	58.69	35.27	0.53	0.40	1.1	11.36	0.04	127	262	438
0.15	39.24	64.67	2.72	1.63	0.20	4.63	56.03	39.14	0.58	0.49	0.7	15.33	0.03	89	244	464
0.20	39.77	64.93	2.69	1.61	0.29	7.00	48.83	43.88	0.68	0.53	1.2	14.39	0.04	90	192	428
0.28	35.45	60.68	2.71	1.69	0.87	21.22	43.17	34.73	0.59	0.34	2.1	11.68	0.03	52	157	403	3.468	-0.038
0.34																	4.002	0.261
0.38	29.02	53.45	2.72	1.82	3.92	34.17	32.49	29.41	0.79	0.22	4.7	9.57	0.02	22	381	322	4.109	0.054
0.44																	4.156	0.145
0.50	25.90	49.21	2.69	1.88	1.99	31.61	36.67	29.74	0.75	0.22	4.4	11.18	0.02	50	413	419	4.161	0.061
0.58	23.08	45.59	2.72	1.95	1.29	35.38	34.11	29.22	0.56	0.15	3.4	8.58	0.02	33	513	378	4.329	0.155
0.60	31.99	56.96	2.72	1.76	1.31	28.95	35.58	34.17	0.86	0.22	5.4	11.71	0.02	45	477	405	4.263	0.253
0.68	32.08	56.70	2.68	1.75	4.81	29.74	40.24	25.21	1.01	0.74	2.3	27.47	0.03	35	104	435	3.997	-0.068
0.75	30.55	55.10	2.70	1.78	1.21	27.16	43.01	28.62	0.91	0.31	5.0	12.54	0.03	41	280	418	4.137	-0.040
0.84	26.11	49.55	2.70	1.88	2.48	39.57	34.72	23.23	1.04	0.26	6.5	13.69	0.02	23	323	375	3.622	0.098
0.86	34.26	59.32	2.70	1.71	3.47	39.68	34.76	22.08	0.99	0.22	6.4	10.57	0.02	50	554	414	3.770	0.081
0.95	31.77	56.51	2.70	1.76	2.81	29.49	35.16	32.54	0.83	0.31	4.3	14.22	0.02	64	429	347	3.547	0.250
1.00	28.17	52.14	2.70	1.83	2.35	25.77	40.41	31.48	0.75	0.21	4.5	11.67	0.02	57	304	383	3.645	0.239
1.05	25.85	49.31	2.71	1.88	1.27	26.54	41.76	30.43	1.50	0.20	10.8	11.86	0.02	45	330	376	3.682	0.397
1.15	30.66	55.31	2.71	1.78	0.93	19.48	40.68	38.91	1.02	0.28	6.2	11.69	0.02	42	482	363	3.709	0.470
1.25	18.24	38.28	2.72	2.07	0.40	15.31	44.44	39.84	0.64	0.22	3.5	11.53	0.02	50	472	374	3.276	0.436
1.35	31.93	56.77	2.71	1.76	0.57	18.82	40.67	39.93	0.99	0.28	6.0	13.78	0.02	35	542	351	3.440	0.445
1.45	29.59	54.06	2.71	1.81	0.96	28.13	36.57	34.34	1.06	0.25	6.7	14.00	0.02	36	752	413	3.433	0.464
1.55	32.61	57.52	2.70	1.74	0.62	19.09	41.43	38.86	1.08	0.32	6.3	12.29	0.03	40	518	389	3.382	0.305
1.65	35.33	60.40	2.69	1.69	0.56	19.46	37.00	42.97	1.02	0.31	5.9	13.02	0.02	41	516	380	4.357	0.298
1.75	35.60	60.96	2.72	1.69	0.14	4.25	51.44	44.17	0.45	0.29	1.4	11.92	0.02	131	313	424	4.367	0.549
1.90	28.36	52.43	2.70	1.83	1.81	23.04	39.74	35.41	0.90	0.41	4.1	20.58	0.02	24	280	423	3.962	0.626
1.97	28.02	51.99	2.70	1.83	1.85	27.14	39.47	31.54	0.72	0.55	1.4	28.96	0.02	43	167	445	3.424	0.675
2.04	34.43	59.58	2.71	1.71	0.33	10.42	44.28	44.97	1.23	0.34	7.4	15.44	0.02	35	591	387	3.887	0.800
2.08	27.52	51.42	2.71	1.85	0.56	19.85	45.22	34.37	1.30	0.25	8.8	10.70	0.02	36	496	347	3.836	0.758
2.15	33.80	58.94	2.71	1.72	0.14	3.49	57.32	39.05	0.42	0.28	1.2	11.15	0.03	175	310	464	3.963	0.788
2.20	31.21	55.92	2.70	1.77	0.88	19.96	43.27	35.89	0.47	0.24	1.9	14.32	0.02	87	320	429	3.834	0.239
2.29	29.46	53.84	2.71	1.81	0.96	26.27	39.58	33.19	0.73	0.23	4.2	10.91	0.02	17	386	356	4.109	0.071
2.38	21.81	43.69	2.71	1.98	1.87	32.80	40.31	25.01	0.33	0.27	0.5	15.74	0.02	81	137	462	4.078	0.169
2.42	28.27	52.46	2.72	1.83	0.86	15.89	47.06	36.18	0.37	0.37	0.0	24.87	0.02	97	143	464	3.865	0.169
2.53	31.06	55.74	2.70	1.77	1.22	25.77	43.10	29.90	0.66	0.22	3.7	13.66	0.02	18	454	335	4.597	0.029
2.59	31.63	56.48	2.71	1.76	0.26	22.46	41.93	35.35	0.76	0.31	3.8	16.41	0.02	25	312	403	4.513	0.143
2.70	25.90	49.21	2.69	1.88	1.47	36.50	35.39	26.63	0.95	0.21	6.2	13.14	0.02	14	433	300	3.252	-0.038
2.80	33.91	59.03	2.71	1.72	1.18	21.79	39.34	37.68	0.98	0.26	6.0	11.37	0.02	11	780	415	3.601	-0.151
2.90	36.51	61.65	2.69	1.67	0.19	12.42	43.20	44.19	0.93	0.26	5.6	11.71	0.02	26	665	372	4.588	0.215
2.95	26.35	49.74	2.69	1.87	0.79	49.75	26.44	23.02	1.97	0.17	15.0	7.93	0.02	111	758	387	4.392	0.362
2.99	31.09	55.90	2.72	1.78	0.19	14.47	42.02	43.32	1.12	0.22	7.4	10.67	0.02	22	618	334	4.279	0.327
3.08	28.55	52.52	2.69	1.82	0.86	25.40	43.80	29.94	0.53	0.50	0.2	24.04	0.02	70	141	447	3.830	0.085
3.15	25.97	49.35	2.70	1.88	2.35	22.31	44.60	30.74	0.74	0.23	4.2	14.55	0.02	8	391	455	4.167	0.088
3.23	32.55	57.32	2.69	1.74	0.97	21.42	36.99	40.63	0.56	0.29	2.2	13.34	0.02	41	324	409	3.644	0.088
3.31	33.09	58.07	2.70	1.73	0.31	3.49	46.45	49.76	0.45	0.36	0.8	18.70	0.02	77	188	440	4.167	0.198
3.42	36.77	62.14	2.71	1.67	0.09	1.55	50.41	47.95	0.37	0.29	0.7	14.55	0.02	120	282	444	3.938	0.160
3.47	35.74	61.14	2.72	1.69	0.12	1.01	47.78	51.08	0.50	0.42	0.7	21.84	0.02	104	207	420	4.229	0.123
3.51	35.93	61.12	2.70	1.68	0.06	1.11	45.88	52.96	0.63	0.55	0.6	25.02	0.02	80	167	422	4.127	0.299
3.60	35.11	60.26	2.70	1.70	0.06	1.98	48.29	49.67	0.81	0.74	0.6	29.50	0.03	63	133	416	4.174	0.164
3.69	40.45	65.44	2.67	1.60	0.98	17.49	51.40	30.13	0.62	0.37	2.0	14.85	0.03	64	186	408	4.201	0.062
3.74	27.42	51.30	2.71	1.85	0.82	39.40	33.91	25.87	0.76	0.29	4.0	15.11	0.02	17	303	347	3.512	0.242
3.77	20.06	40.93	2.70	2.02	3.95	43.90	32.02	20.13	0.82	0.17	5.4	3.70	0.05	47	376	373	4.309	0.496
3.81	23.12	45.57	2.71	1.95	1.39	31.68	36.70	30.23	0.54	0.18	3.0	3.88	0.05	44	222	408	4.317	0.541
3.85	25.95	49.59	2.73	1.89	0.21	32.13	40.37	27.29	0.51	0.21	2.5	5.71	0.04	47	266	393	4.174	0.139
3.90	35.64	60.97	2.71	1.69	0.03	1.22	46.35	52.40	0.43	0.35	0.6	12.42	0.03	97	182	440	4.039	0.181
4.00	33.82	59.07	2.72	1.73	0.04	3.29	48.23	48.44	0.50	0.41	0.7	19.72	0.02	68	180	439	4.127	0.322
4.10	26.04	49.54	2.71	1.88	2.63	25.81	36.59	34.97	1.03	0.26	6.5	12.81	0.02	11	434	418	3.337	0.210
4.16	21.74	44.05	2.76	2.00	2.55	32.74	38.40	26.31	0.39	0.20	1.6	9.89	0.02	35	285	444	3.707	0.068
4.25	21.43	43.68	2.77	2.01	2.26	32.84	39.07	25.83	0.44	0.21	1.9	16.45	0.01	33	323	435	3.597	0.293
4.35	19.83	41.14	2.76	2.05	2.75	34.87	38.00	24.39	0.54	0.26	2.3	23.99	0.01	26	273	429	4.008	-0.013
4.45	19.85	41.21	2.76	2.05	2.32	33.80	38.43	25.45	0.57	0.28	2.4	14.69	0.02	25	235	430	3.777	-0.021
4.55	20.75	42.51	2.76	2.02	2.42	33.49	38.78	25.31	0.55	0.30	2.1	25.21	0.01	23	216	428	4.054	0.054
4.65	20.58	42.42	2.78	2.04	1.88	33.61	39.41	25.11	0.57	0.27	2.5	19.37	0.01	25	233	430	3.895	-0.031
4.73	18.90	39.73	2.76	2.08	2.51	34.61	38.05	24.84	0.59	0.24	2.9	6.12	0.04	24	244	425	3.822	0.068
4.83	20.52	42.31	2.77	2.04	1.63	34.11	38.29	25.97	0.57	0.29	2.3	13.14	0.02	27	213	426	4.124	0.001
4.93	19.95	41.26	2.75	2.04	2.31	35.42	37.74	24.52	0.58	0.29	2.4	20.62	0.01	20	224	431	3.549	-0.335
5.01	18.46	39.40	2.81	2.11	2.47	34.76	37.60	25.17	0.52	0.25	2.2	19.41	0.01	12	188	423	4.065	-0.429
5.10	21.00	42.92	2.76	2.02	2.70	34.11	38.53	24.66	0.62	0.27	2.9	20.61	0.01	14	188	425	3.969	-0.284
5.16	20.36	42.01	2.77	2.04	2.05	34.17	38.06	25.72	0.59	0.30	2.4	23.12	0.01	13	240	425	3.715	0.092