Citation:

PANGAEA.786546

Name: (Table 1) Chemical elements in sediments of the Ivkino section
Published: 2008
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Gavrilov, YuO; Shchepetova, E V; Rogov, M A; Shcherbinina, E A (2008): Sedimentology, geochemistry, and biota of Volgian carbonaceous sequences in the northern part of the Central Russian Sea (Kostroma Region). Translated from Litologiya i Poleznye Iskopaemye, 2008, 4, 396-424, Lithology and Mineral Resources, 43(4), 354-379, https://doi.org/10.1134/S002449020804007X

Project(s):

Archive of Ocean Data (ARCOD)

Coverage:

Latitude: 58.243300 * Longitude: 44.658100

Minimum Elevation: 110.0 m * Maximum Elevation: 110.0 m

Event(s):

Ivkino * Latitude: 58.243300 * Longitude: 44.658100 * Elevation: 110.0 m * Location: Kostroma Region * Method/Device: Outcrop sample (OUTCROP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device
1	Stage	Stage		Gavrilov, YuO
2	Zone, biogeographic	Biogeograph zone		Gavrilov, YuO
3	Sample code/label	Sample label		Gavrilov, YuO
4	Carbon, organic, total	TOC	%	Gavrilov, YuO	Wet chemistry
5	Calcium carbonate	CaCO3	%	Gavrilov, YuO	Wet chemistry
6	Iron	Fe	%	Gavrilov, YuO	Wet chemistry
7	Manganese	Mn	%	Gavrilov, YuO	Wet chemistry
8	Titanium	Ti	%	Gavrilov, YuO	Wet chemistry
9	Phosphorus	P	%	Gavrilov, YuO	Wet chemistry
10	Sulfur, total	TS	%	Gavrilov, YuO	Wet chemistry
11	Chromium	Cr	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
12	Vanadium	V	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
13	Nickel	Ni	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
14	Cobalt	Co	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
15	Copper	Cu	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
16	Lead	Pb	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
17	Zinc	Zn	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
18	Molybdenum	Mo	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
19	Silver	Ag	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
20	Arsenic	As	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
21	Mercury	Hg	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
22	Tin	Sn	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
23	Gallium	Ga	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
24	Germanium	Ge	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
25	Boron	B	mg/kg	Gavrilov, YuO	Quantitative emission spectral analysis
26	Silicon dioxide	SiO2	%	Gavrilov, YuO	Quantitative emission spectral analysis
27	Titanium dioxide	TiO2	%	Gavrilov, YuO	Quantitative emission spectral analysis

License:

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

Size:

1228 data points

Data

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

1 Stage	2 Biogeograph zone	3 Sample label	4 TOC [%]	5 CaCO3 [%]	6 Fe [%]	7 Mn [%]	8 Ti [%]	9 P [%]	10 TS [%]	11 Cr [mg/kg]	12 V [mg/kg]	13 Ni [mg/kg]	14 Co [mg/kg]	15 Cu [mg/kg]	16 Pb [mg/kg]	17 Zn [mg/kg]	18 Mo [mg/kg]	19 Ag [mg/kg]	20 As [mg/kg]	21 Hg [mg/kg]	22 Sn [mg/kg]	23 Ga [mg/kg]	24 Ge [mg/kg]	25 B [mg/kg]	26 SiO2 [%]	27 TiO2 [%]
J3, lower Kimmeridgian		1a	0.98	22.70	4.03	0.0530	0.44	0.05	0.75	120	132	151	86	37	22	147	3.8	0.08	7.4	0.10	3.7	11	1.5	54	40.51	13.87
same		1b	1.00	21.00	4.40	0.0380	0.46	0.05	1.02	137	142	115	92	31	14	92	2.8	<0.08	7.4	0.11	3.8	11	1.4	54	41.76	13.36
same		2a	1.59	11.58	4.85	0.0360	0.53	0.08		135	157	239	94	42	17	140	3.5	0.09	7.0	0.07	3.6	11	1.5	54	45.00	15.26
same		2b	1.09	18.05	4.76	0.0460	0.48	0.06	1.79	136	247	470	170	57	19	245	6.0	0.34	15.0	0.10	3.7	10	1.3	52	41.19	13.86
J3, Volgian, middle substage	Panderi ammonite	3a	1.09	25.54	3.71	0.0440	0.39	0.08	0.77	99	170	530	175	65	33	320	2.4	0.20	15.0	0.11	3.0	7	1.3	57	36.38	12.41
same	same	3b	1.03	33.03	3.07	0.3570	0.37			78	125	292	92	42	40	225	4.0	0.13	13.0	0.12	3.1	8	1.1	48	34.27	12.21
same	same	4a	9.40	22.36	3.18	0.0340	0.34	0.12		111	182	112	29	70	18	60	11.0	0.23	15.0	0.06	2.7	6	0.5	46	30.78	11.52
same	same	4b	3.00	16.34	3.49	0.0320	0.46	0.07		106	132	109	30	87	30	122	5.6	0.16	6.0	0.08	3.4	12	1.1	58	42.93	15.05
same	same	4c	2.46	24.52	3.17	0.0320	0.42	0.06		103	115	101	31	76	30	127	5.0	0.14	8.1	0.06	3.1	12	1.2	62	41.12	14.16
same	same	5a	5.80	23.84	2.78	0.0320	0.35	0.05		123	160	94	26	78	18	70	7.0	0.22	5.5	0.09	3.8	9	0.5	51	34.84	12.76
same	same	5b	1.34	30.08	2.97	0.0440	0.37	0.04		92	101	242	120	52	36	145	3.3	0.13	12.0	0.06	3.4	11	1.1	52	36.94	13.10
same	same	6a	9.90	32.12	2.67	0.0390	0.33	0.05		98	107	135	68	63	28	125	3.4	0.14	7.5	0.09	3.1	9	1.1	51	34.27	12.00
same	same	6b	1.30	36.77	2.94	0.0440	0.39			92	78	230	100	47	30	140	2.6	0.10	13.0	0.06	3.4	11	0.7	51	36.78	12.92
same	same	7a	7.95	27.13	2.53	0.0360	0.28	0.12		104	182	84	23	72	16	50	9.6	0.22	4.1	0.08	2.3	4	0.7	46	29.61	10.05
same	same	7b	7.80	26.11	3.16	0.0460	0.28	0.09		102	137	103	44	45	12	40	4.3	0.16	10.0	0.08	2.0	4	<0.3	40	28.57	9.33
same	same	7c	0.51	34.50	2.69	0.0340	0.35	0.06		102	150	98	31	57	27	105	6.6	0.17	3.6	0.08	3.1	8	1.0	49	33.53	10.72
same	same	8a	8.50	30.65	2.76	0.0350	0.26	0.11		88	155	107	23	54	13		6.0	0.21	5.7	0.10	2.3	3	<0.3	37	25.39	8.84
same	same	8b	0.52	43.24	2.40	0.0750	0.30	0.05		84	88	257	100	45	31	205	4.0	0.15	4.1	0.10	2.9	7	1.1	48	29.96	9.81
same	same	9a	5.20	37.46	2.64	0.0540	0.29	0.05		88	90	110	33	35	16	53	5.0	0.13	4.3	0.10	2.5	5	<0.3	40	27.03	9.15
same	same	9b	0.57	46.54	2.27	0.0960	0.28	0.05		71	61	203	76	31	27	125	3.0	0.10	<3.0	0.09	3.0	5	0.5	41	27.45	9.19
same	same	10a	0.62	34.39	2.85	0.0480	0.37	0.05		82	85	196	61	47	37	220	2.6	0.13	5.3	0.10	2.8	8	1.1	57	35.85	11.90
same	same	10b	0.68	44.27	2.28	0.0560	0.27	0.03		73	78	155	43	37	29	140	3.6	0.09	<3.0	0.10	2.6	6	0.7	48	28.21	8.72
same	same	10c	0.40	55.62	2.10	0.1060	0.22	0.06		61	54	170	35	42	20	135	1.2	0.16	<3.0	0.11	2.6	4	0.7	41	23.11	7.84
same	same	11	8.70	36.32	2.53	0.0480	0.18	0.12		67	127	81	16	45	11		12.0	0.17	5.6	0.10	<1.5	3	0.4	36	20.18	6.63
same	same	12	20.10	7.49	3.79	0.0300	0.27	0.18		114	450	94	28	57	14	60	33.0	0.20	7.8	0.10	2.7	5	0.4	44	27.05	9.09
same	same	13a	14.80	3.75	4.90	0.0370	0.32	0.16		162	760	110	29	78	17	105	26.0	0.25	11.0	0.10	3.4	11	0.5	48	32.58	10.74
same	same	14b	9.40	21.68	3.47	0.0270	0.28	0.15		105	440	107	22	78	15	105	30.0	0.31	11.0	0.08	2.0	11	0.8	48	29.58	9.54
same	same	14c	0.82	19.07	3.99	0.0340	0.38	0.08		107	145	114	35	72	30	160	8.1	0.10	9.3	0.11	3.6	11	1.3	70	40.41	14.23
same	same	20a	0.68	37.68	2.61	0.0550	0.29	0.04		82	88	137	36	43	30	180	5.0	0.08	3.9	0.10	2.9	10	0.7	54	32.94	11.50
same	same	20b	1.36	42.34	2.88	0.0390	0.31	0.07		76	75	74	25	40	22	125	4.0	0.09	3.3	0.08	2.6	7	0.8	48	29.56	11.07
same	same	21	12.20	0.91	5.96	0.0320	0.38	0.23	2.64	145	760	135	32	100	23	220	37.0	0.42	12.0	0.11	3.4	8	1.3	52	36.66	12.24
same	same	22	15.60	3.41	6.29	0.0360	0.31	0.32	1.89	136	1000	132	35	118	22	285	42.0	0.70	21.0	0.11	3.9	6	1.5	54	32.90	10.86
same	same	23	19.30	1.93	5.27	0.0330	0.32	0.34	2.56	132	1070	135	35	146	26	340	58.0	0.63	13.0	0.11	4.3	12	1.5	54	33.32	11.83
same	same	24a	1.80	35.19	3.55	0.0540	0.34	0.12		103	152	125	58	47	20	165	11.0	0.13	7.7	0.08	3.5	12	1.0	62	32.46	11.97
same	same	24b	2.16	4.77	4.90	0.0370	0.32	0.16	0.69	127	240	212	91	75	31	300	11.0	0.18	8.7	0.09	4.5	9	1.5	82	50.30	17.57
same	same	25-2	20.50	0.03	3.89	0.0180	0.32	0.19	4.32	142	580	160	37	100	24	480	110.0	0.32	17.0	0.10	3.8	11	1.5	62	31.28	10.54
same	same	26	21.50	0.45	3.84	0.0190	0.30	0.25	4.30	143	640	151	32	95	20	415	100.0	0.32	15.0	0.10	3.6	9	1.4	58	31.13	10.82
same	same	27a	6.50	5.90	5.15	0.0260	0.44	0.23	2.91	157	350	155	51	98	22	210	25.5	0.24	23.0	0.10	4.3	4	0.8	60	43.47	14.36
same	same	27b	7.90	7.60	4.39	0.0270	0.39	0.27	2.52	130	310	145	48	73	21	300	34.0	0.22	23.0	0.10	3.7	4	1.3	67	42.63	15.10
same	same	27c	2.13	2.04	4.97	0.0510	0.47	0.43	0.87	109	282	140	56	78	33	400	10.3	0.15	15.0	0.08	3.9	8	1.4	84	50.34	17.01
same	same	28-1	13.00	0.03	4.65	0.0230	0.36	0.05	4.64	144	600	172	76	103	23	220	43.0	0.34	79.0	0.11	4.8	3	0.4	57	34.80	12.03
same	same	28-2	20.40	2.38	3.26	0.0200	0.29	0.04		130	1200	252	73	120	31	670	130.0	0.52	48.0	0.09	3.6	7	1.3	54	30.45	11.58
same	same	28-3	27.00	2.61	3.32	0.0160	0.31	0.11		124	1100	210	55	120	31	490	140.0	0.46	53.0	0.08	3.3	5	1.3	56	29.22	11.26
same	same	29	1.79	19.52	13.45	0.3390	0.37	0.16	0.78	100	205	219	76	45	15	165	8.8	0.09	12.0	0.08	4.8	5	0.8	40	40.00	13.95
same	same	30	26.20	2.72	3.03	0.0068	0.18	0.19		120	1000	315	125	105	15	740	160.0	0.33	100.0	0.08	4.8	8	1.4	44	18.13	7.45
?, overlying sediments		31-1	0.98	0.00	7.44	0.0130	0.50	0.13		130	290	53	28	35	20	82	6.8	0.20	4.8	0.08	4.5	6	1.9	91	56.85	12.33
?, overlying sediments		31-2	1.01	0.00	6.91	0.0140	0.47	0.14	0.24	145	325	64	35	28	27	79	6.5	0.16	18.0	0.08	4.6	4	2.3	88	58.11	12.85