Citation:

S0921-8181(01)00111-4

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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: 80.373000 * Longitude: 7.507160

Date/Time Start: 1991-07-06T15:15:00 * Date/Time End: 1991-07-06T15:15:00

Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 5.78 m

Event(s):

PS2122-2 (PS19/084) * Latitude: 80.373000 * Longitude: 7.507160 * Date/Time: 1991-07-06T15:15:00 * Elevation: -702.0 m * Penetration: 10 m * Recovery: 5.78 m * Location: Yermak Plateau * Campaign: (PS19 EPOS II) * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: 6 core sections: 0-0.8, 0.8-1.8, 1.8-2.79, 2.79-3.78, 3.78-4.78, 4.78-5.78 m

Comment:

Age is given as uncorrected 14C-age

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	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Vogt, Christoph	Isotope ratio mass spectrometry
4	Neogloboquadrina pachyderma sinistral, δ13C	N. pachyderma s δ13C	‰ PDB	Vogt, Christoph	Isotope ratio mass spectrometry
5	Size fraction > 2 mm, gravel	>2 mm	%	Vogt, Christoph	Grain size, sieving
6	Sand	Sand	%	Vogt, Christoph	Grain size, sieving
7	Silt	Silt	%	Vogt, Christoph	Grain size, sieving/settling tube
8	Size fraction < 0.002 mm, clay	<2 µm	%	Vogt, Christoph	Grain size, sieving/settling tube
9	Carbonates	Carb	%	Vogt, Christoph	Element analyser CHN
10	Carbon, organic, total	TOC	%	Vogt, Christoph	Element analyser CHN
11	Carbon/Nitrogen ratio	C/N		Vogt, Christoph	Calculated
12	Hydrogen index, mass HC, per unit mass total organic carbon	HI, HC/TOC	mg/g	Vogt, Christoph	Calculated
13	Smectite	Sme	%	Vogt, Christoph	X-ray diffraction TEXTUR, clay fraction
14	Illite	Ill	%	Vogt, Christoph	X-ray diffraction TEXTUR, clay fraction
15	Kaolinite	Kln	%	Vogt, Christoph	X-ray diffraction TEXTUR, clay fraction
16	Chlorite	Chl	%	Vogt, Christoph	X-ray diffraction TEXTUR, clay fraction

License:

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

Size:

1110 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 N. pachyderma s δ18O [‰ PDB]	4 N. pachyderma s δ13C [‰ PDB]	5 >2 mm [%]	6 Sand [%]	7 Silt [%]	8 <2 µm [%]	9 Carb [%]	10 TOC [%]	11 C/N	12 HI, HC/TOC [mg/g]	13 Sme [%]	14 Ill [%]	15 Kln [%]	16 Chl [%]
0.00	0.00			0.0	3.9	59.1	37.1	3.68	1.28	6	94	15	49	16	21
0.02	0.17							2.94	1.27	6	93
0.04	0.34							2.18	1.30	7	80
0.06	0.51							1.90	1.28	7	85
0.08	0.69							1.58	1.29	7	88
0.10	0.86	2.019	-0.347	0.0	3.1	58.1	38.9	2.54	1.21	6	93	10	54	17	20
0.12	1.03							2.53	1.17	6	88
0.14	1.20							2.51	1.17	7	88
0.16	1.37							2.02	1.25	7	81
0.18	1.54							2.86	1.13	6	94
0.20	1.72	2.488	0.170	0.0	2.6	59.3	38.1	2.96	1.10	6	93	9	51	19	21
0.22	1.89							2.08	1.18	7	94
0.24	2.06							2.27	1.18	7	92
0.26	2.23							2.40	1.14	7	88
0.28	2.40							1.94	1.18	7	80
0.30	2.57	2.625	0.231	0.0	3.4	59.1	37.5	2.04	1.15	7	78	12	51	17	20
0.32	2.75							2.26	1.06	7	80
0.34	2.92							2.31	1.05	6	83
0.36	3.09							1.52	1.09	7	79
0.38	3.26							1.64	1.06	7	75
0.40	3.43	2.649	0.451	0.0	4.7	59.6	35.7	4.66	0.78	7	79	11	53	16	20
0.50	4.29	2.773	0.327	0.0	1.8	54.4	43.8	3.49	0.82	8	79	12	50	17	21
0.60	5.15	2.951	0.281	0.0	2.1	51.8	46.2	2.22	1.18	8	57	11	52	17	20
0.70	6.01	2.857	0.354	0.0	45.6	30.4	24.0	6.03	0.52	5	104	12	51	17	21
0.74	6.35			0.0	3.6	47.1	49.3	1.89	0.83	7	48	15	51	16	18
0.77	6.61			0.0	6.0	49.8	44.2	1.43	0.76	9	61	20	47	16	18
0.79	6.78			0.2	6.5	49.7	43.8	1.47	0.75	9	53	24	45	15	16
0.80	6.86			1.0	6.4	49.3	44.4	1.79	0.95	8	63	9	53	19	19
0.90	7.72	3.423	-0.041	0.1	11.7	49.5	38.8	1.70	0.87	11	56	15	41	22	22
1.00	8.58	3.407	-0.215	0.0	5.5	51.3	43.2	2.37	1.04	11	67	16	41	24	19
1.10	9.44	3.250	-0.421	0.0	2.6	44.9	52.6	1.02	1.24	13	66	13	39	26	22
1.20	10.29			0.4	1.8	45.7	52.5	0.83	1.37	14	55	11	38	24	27
1.30	11.15	3.635	-0.271	0.0	8.5	57.3	34.3	3.26	0.73	7	55	14	48	18	21
1.40	12.01	3.566	-0.215	0.0	6.1	50.7	43.2	2.18	1.10	11	53	8	53	19	20
1.50	13.10	3.555	-0.160	3.3	7.6	47.1	45.3	3.66	0.97	10	44	9	53	19	18
1.55	13.64	3.966	-0.032	0.2	5.7	39.8	54.5	8.05	0.68	8	69	7	53	21	19
1.59	14.08	4.412	-0.016	0.0	8.3	34.6	57.1	8.85	0.38	5	39	11	53	20	17
1.65	14.73	4.145	0.033	0.5	11.9	32.9	55.2	8.14	0.32	3	34	14	50	19	16
1.68	15.06	3.595	-0.166	1.7	11.5	35.3	53.3	5.99	0.39	4	31	13	54	17	16
1.72	15.49	4.147	0.156	13.6	3.3	32.9	63.9	6.48	0.50	6	30	7	60	17	16
1.75	15.82	4.116	-0.107	0.0	2.1	31.7	66.2	6.65	0.63	5	35	9	56	18	18
1.79	16.25	4.330	-0.092	0.0	2.5	33.9	63.6	7.01	0.67	9	39	7	57	18	17
1.80	16.36	4.350	0.037	0.0	2.5	37.3	60.2	7.82	0.64	9	48	7	56	19	18
1.90	17.45	4.288	-0.153	0.0	11.2	35.5	53.2	8.31	0.54	9	37	8	55	19	18
2.00	18.54	4.407	-0.001	0.2	5.5	34.3	60.2	9.06	0.45	7	31	9	55	18	17
2.04	18.98	4.387	-0.058	0.0	5.4	32.4	62.2	6.59	0.55	8	55	10	55	18	18
2.15	20.17	4.517	-0.009	2.7	2.1	35.2	62.7	7.16	0.68	7	46	11	53	18	18
2.25	21.26	4.442	0.064	0.0	6.3	35.0	58.7	6.13	0.59	9	81	7	59	17	17
2.30	21.80	3.975	-0.360	0.0	7.8	40.1	52.1	5.86	0.52	8	37	9	56	18	18
2.34	22.24	4.243	0.137	0.0	4.9	40.3	54.8	5.26	0.80	8	48	6	59	17	17
2.42	23.11	4.369	-0.066	0.2	7.6	53.5	38.9	2.06	1.13	14	46	5	59	21	15
2.46	23.55	4.402	-0.055	1.7	18.1	47.2	34.6	0.68	1.31	16	64	1	41	33	25
2.51	24.09			3.1	16.9	39.7	43.4	3.63	1.33	15	72	0	43	27	30
2.56	25.19	3.450	-0.379	0.8	21.6	32.1	46.3	3.45	1.50	15	43	0	63	18	19
2.62	26.51			0.0	2.7	45.1	52.2	10.04	0.69	7	29	7	56	19	18
2.78	30.02	3.631	-0.091	0.0	4.7	40.5	54.8	4.05	0.56	6	121	9	57	15	19
2.88	32.21			0.0	5.8	50.1	44.1	2.71	0.45	5	44	14	56	14	16
2.98	34.41			0.0	2.6	46.4	51.1	2.11	0.56	5	57	11	54	16	18
3.03	35.51			0.0	1.8	45.9	52.4	2.27	0.54	6	58	12	53	16	19
3.06	36.17			0.0	2.4	46.2	51.4	2.08	0.59	5	56	13	54	15	18
3.12	37.48			0.0	4.0	49.7	46.2	2.85	0.79	10	53	9	55	17	19
3.21	39.46	2.816	0.202	0.0	2.8	47.3	49.9	3.86	0.71	8	42	12	55	16	17
3.28	41.00			0.0	2.9	46.4	50.7	2.06	0.62	6	48	14	51	17	19
3.38	43.19	3.342	-0.214	2.6	2.3	45.9	51.8	2.74	0.66	7	53	16	50	16	18
3.43	44.29	4.154	-0.047	0.0	4.1	51.9	44.0	2.82	0.65	8	57	14	52	16	18
3.48	45.39	3.975	-0.231	0.0	2.7	51.2	46.2	3.18	1.01	11	52	12	50	17	21
3.53	46.71	3.980	-0.048	0.0	2.3	50.9	46.9	4.03	0.90	9	48	13	52	18	18
3.63	48.68	3.624	0.133	0.3	5.9	49.1	45.0	1.46	0.90	11	52	11	52	17	20
3.71	50.44	3.857	-0.164	0.0	1.6	49.2	49.3	2.00	0.86	8	40	12	51	16	21
3.77	51.76	3.868	0.088	0.0	2.2	50.2	47.7	1.74	0.96	10	39	12	49	17	22
3.78	51.98			0.0	2.1	43.5	54.4	2.63	0.97	10		14	47	18	22
3.88	54.17	4.239	0.044	0.0	1.7	49.7	48.6	2.27	0.84	7	39	12	49	18	21
3.98	56.37	2.685	0.062	0.0	5.9	52.6	41.5	5.08	0.73	9	48	8	52	19	21
4.04	57.68	3.711	-0.385	0.0	4.4	49.6	46.1	1.72	0.68	9	56	10	55	16	18
4.12	59.68	3.833	-0.200	0.0	5.2	50.4	44.4	2.20	1.11	9	41	12	50	18	20
4.21	61.93	3.350	-0.322	0.0	3.0	46.3	50.7	1.85	1.42	12	58	8	43	26	22
4.31	64.43	3.407	-0.049	0.0	1.0	38.5	60.5	0.17	1.52	13	39	16	37	27	21
4.36	65.68	3.345	-0.303	0.0	2.5	45.0	52.5	3.04	1.19	13	46	12	45	22	21
4.43	67.43	3.346	-0.274	0.0	13.9	50.1	36.0	2.49	0.45	9	104	19	47	16	18
4.48	68.68			0.0	6.6	56.8	36.6	3.16	0.60	8	52	10	56	16	18
4.52	69.68	3.292	0.142	0.0	11.0	63.7	25.3	4.63	0.46	7	52	9	56	15	19
4.60	71.78	3.384	0.392	0.0	0.5	53.3	46.3	2.70	0.85	7	28	12	54	16	18
4.63	72.57			0.0	0.8	51.9	47.3	3.58	0.93	9	45	10	55	16	20
4.72	74.92	3.445	0.541	0.0	2.6	53.2	44.2	7.05	0.59	5	75	9	58	13	20
4.88	79.11	3.360	0.211					1.52	1.15	8	42	5	60	15	20
4.95	80.95	3.319	0.111	0.0	6.8	58.2	35.0	4.69	1.10	10		1	51	25	23
5.05	83.63	3.735	0.494	0.0	2.0	57.2	40.8	3.58	0.97	6	43	7	57	15	21
5.17	86.86	3.535	0.402	0.0	2.7	53.2	44.1	2.29	0.91	9	44	8	56	15	20
5.27	89.54	3.695	0.449	0.0	2.6	55.1	42.3	4.22	0.97	8	51	7	59	14	19
5.37	92.23	3.339	0.166	0.0	3.0	53.4	43.6	2.05	1.04	11	47	7	62	13	18
5.42	93.57			0.2	9.4	56.7	33.9	2.21	0.61	9	54	6	59	16	19
5.51	95.99	3.777	0.241	0.0	0.9	53.6	45.5	1.80	1.15	11	58	8	60	14	17
5.67	100.29	3.109	0.260	0.0	0.7	55.7	43.6	1.29	1.12	10	57	19	48	15	17
5.78	103.25	3.194	0.277	0.4	1.6	54.1	44.2					17	47	17	20