Citation:

S0277-3791(96)00118-7

Name: (Table 1) Geochemistry and magnetic parameters of ODP Hole 127-794A
Creator: Luigi Vigliotti
Published: 1997
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Ocean Drilling Program (ODP)

Coverage:

Latitude: 40.190000 * Longitude: 138.231000

Date/Time Start: 1989-06-26T15:15:00 * Date/Time End: 1989-06-30T12:15:00

Minimum DEPTH, sediment/rock: 0.78 m * Maximum DEPTH, sediment/rock: 23.50 m

Event(s):

127-794A * Latitude: 40.190000 * Longitude: 138.231000 * Date/Time Start: 1989-06-26T15:15:00 * Date/Time End: 1989-06-30T12:15:00 * Elevation: -2822.0 m * Penetration: 351.3 m * Recovery: 302.17 m * Location: Japan Sea * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 37 cores; 351.3 m cored; 0 m drilled; 86 % recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample code/label	Sample label		Vigliotti, Luigi	DSDP/ODP/IODP sample designation
2	DEPTH, sediment/rock	Depth sed	m			Geocode
3	Color description	Color desc		Vigliotti, Luigi		L = light, D = dark, SD = semidark
4	Carbon, organic, total	TOC	%	Vigliotti, Luigi
5	Carbon, total	TC	%	Vigliotti, Luigi
6	Sulfur, total	TS	%	Vigliotti, Luigi
7	Nitrogen, total	TN	%	Vigliotti, Luigi
8	Carbon/Nitrogen ratio	C/N		Vigliotti, Luigi
9	Magnetic susceptibility, volume	kappa	10^-6 SI	Vigliotti, Luigi
10	Susceptibility, frequency dependence	kappa_fd	%	Vigliotti, Luigi
11	Koenigsberger ratio	Q-ratio	A/m	Vigliotti, Luigi
12	NRM, Intensity after demagnetization	Inten (AF)	mA/m	Vigliotti, Luigi
13	ARM, Intensity after demagnetization	ARM	mA/m	Vigliotti, Luigi
14	IRM, Intensity, per unit volume	Inten (IRM)	mA/m	Vigliotti, Luigi		IRM soft
15	Saturation isothermal remanent magnetisation	SIRM	A/m	Vigliotti, Luigi
16	Saturation isothermal remanent magnetization/kappa ratio	SIRM/kappa	A/m	Vigliotti, Luigi
17	Coercivity of remanence	Bcr	mT	Vigliotti, Luigi
18	S-ratio (hematite/magnetite)	S-r		Vigliotti, Luigi
19	ARM, Intensity after demagnetization	ARM	mA/m	Vigliotti, Luigi		anhysteretic susceptibility (KARM), obtained by dividing the ARM by the strength of the DC field
20	ARM Susceptibility/susceptibility ratio	ARM/kappa	A/m	Vigliotti, Luigi		KARM/K
21	-	-		Vigliotti, Luigi		Delta LF = difference between the median destructive field (MDF) of the ARM and MDF of the IRM

License:

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

Size:

1060 data points

Data

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

1 Sample label	2 Depth sed [m]	3 Color desc (L = light, D = dark, SD = sem...)	4 TOC [%]	5 TC [%]	6 TS [%]	7 TN [%]	8 C/N	9 kappa [10^-6 SI]	10 kappa_fd [%]	11 Q-ratio [A/m]	12 Inten (AF) [mA/m]	13 ARM [mA/m]	14 Inten (IRM) [mA/m] (IRM soft)	15 SIRM [A/m]	16 SIRM/kappa [A/m]	17 Bcr [mT]	18 S-r	19 ARM [mA/m] (anhysteretic susceptibility (...)	20 ARM/kappa [A/m] (KARM/K)	21 - (Delta LF = difference between...)
127-794A-1H-1,78	0.78	D	2.86	2.86	0.309	0.309	9.253	105.5	1.66	2.48	26.1	117.3	167.0	2.7619	26.18	51.7	0.92	2.950	27.95	5.3
127-794A-1H-1,85	0.85	L	0.54	3.86	0.072	0.072	7.444	129.0	1.41	1.51	19.5	140.2	272.4	3.9018	30.25	55.2	0.96	1.730	13.44	6.5
127-794A-1H-2,54	2.04	L	0.34	0.49	0.079	0.079	4.342	197.3	1.27	0.87	17.2	81.6	272.1	3.4900	17.69	44.0	0.89	2.050	10.40	11.7
127-794A-1H-2,120	2.70	L	0.31	0.44	0.074	0.074	4.162	253.5	1.38	0.65	16.4	117.1	302.9	4.6384	18.30	42.0	0.94	2.940	11.61	12.2
127-794A-1H-3,11	3.10	L	0.35	0.35	0.060	0.060	5.883	292.5	1.45	0.92	26.9	150.4	434.6	5.2937	18.10	39.0	0.92	3.780	12.93	11.1
127-794A-1H-3,71	3.71	D	1.52	1.52	0.170	0.170	8.932	242.8	2.52	1.72	41.8	273.9	394.8	6.6190	27.27	58.2	0.96	6.890	28.37	10.4
127-794A-1H-3,90	3.90	L	0.29	0.55	0.073	0.073	3.945	237.5	2.00	1.55	36.7	174.3	424.2	5.5130	23.21	48.0	0.92	4.380	18.45	9.9
127-794A-1H-4,10	4.60	L	0.37	0.50	0.078	0.078	4.718	250.5	1.26	2.17	54.4	174.0	435.8	5.6156	22.42	43.0	0.95	4.370	17.46	12.3
127-794A-1H-4,68	5.18	L	0.49	0.51	0.081	0.081	6.012	188.3	1.73	5.29	99.6	215.6	436.9	4.0913	21.73	44.0	0.94	5.420	28.79	12.2
127-794A-1H-4,132	5.82	SD	0.28	0.28	0.041	0.041	6.707	280.8	1.16	1.35	37.8	128.1	353.7	5.4198	19.30	39.0	0.97	3.220	11.47	13.7
127-794A-1H-5,11	6.10	L	0.35	0.43	0.077	0.077	4.597	108.0	1.23	1.76	19.0	30.4	125.3	1.6150	14.95	42.0	0.88	0.770	7.08	8.8
127-794A-1H-5,29	6.29	D	1.19	1.19	0.260	0.126	9.437	62.8	3.46	0.08	0.5	7.8	28.2	0.3198	5.10	59.0	0.83	0.200	3.13	0.9
127-794A-1H-5,47	6.47	L	0.43	0.43	0.073	0.073	5.822	124.3	2.41	0.20	2.5	15.3	141.4	1.0942	8.81	41.0	0.80	0.390	3.10	9.1
127-794A-2H-1,18	6.98	SD	0.31	0.44	0.063	0.063	4.937	191.3	1.57	1.05	20.1	23.8	187.0	1.9441	10.17	39.0	0.89	0.600	3.12	7.2
127-794A-2H-1,55	7.35	SD	1.05	1.05	0.143	0.143	7.322	156.8	1.59	2.95	46.3	46.2	208.0	2.5232	16.10	41.0	0.93	1.160	7.41	6.6
127-794A-2H-1,19	7.71	L	0.48	0.83	0.101	0.101	4.713	142.8	1.23	0.82	11.7	30.0	162.0	2.5331	17.74	59.0	0.89	0.760	5.29	-1.1
127-794A-2H-1,114	7.94	D	1.73	1.90	0.171	0.171	10.105	193.5	0.52	4.12	79.8	262.7	299.7	4.5290	23.41	47.0	0.96	6.600	34.13	14.6
127-794A-2H-2,39	8.69	L	0.39	0.39	0.063	0.063	6.252	332.0	0.85	0.57	18.8	70.6	360.3	5.8833	17.72	43.4	0.94	1.770	5.34	5.8
127-794A-2H-2,85	9.15	SD	0.64	0.66	0.106	0.106	6.066	185.8	1.34	1.33	24.8	239.9	354.3	4.0975	22.06	46.0	0.95	6.030	32.47	9.6
127-794A-2H-2,109	9.39	L	0.48	0.49	0.080	0.080	5.938	216.0	1.74	0.63	13.7	79.4	294.3	3.8597	17.87	47.0	0.92	2.000	9.24	6.2
127-794A-2H-2,133	9.63	D	1.03	1.11	0.121	0.121	8.545	201.0	1.00	0.72	14.5	46.9	263.4	2.7082	13.47	35.0	0.92	1.180	5.87	6.6
127-794A-2H-3,12	9.92	SD	0.44	0.44	0.090	0.090	4.911	160.3	1.66	0.32	5.1	34.0	183.7	2.0116	12.55	38.0	0.88	0.850	5.33	6.8
127-794A-2H-3,39	10.19	SD	0.98	0.98	0.116	0.116	8.448	134.5	0.56	0.57	7.7	25.1	126.3	1.4047	10.44	38.0	0.93	0.630	4.68	3.7
127-794A-2H-3,69	10.49	L	0.48	0.48	0.092	0.092	5.272	103.5	0.84	0.42	4.3	30.9	120.2	1.3350	12.90	41.0	0.87	0.780	7.50	4.6
127-794A-2H-3,133	11.13	D	1.53	0.64	0.181	0.181	8.425	56.3	1.78	0.16	0.9	6.3	24.6	0.2946	5.24	56.0	0.86	0.160	2.82	-0.7
127-794A-2H-4,10	11.40	L	0.63	0.78	0.102	0.102	6.206	182.3	0.55	0.24	4.4	23.5	160.1	1.9537	10.71	46.0	0.85	0.590	3.24	6.1
127-794A-2H-4,91	12.21	D	4.46	4.47	0.444	0.444	10.054	35.8	0.70	0.12	0.4	6.2	26.4	0.3402	9.52	73.0	0.76	0.160	4.38	-9.6
127-794A-2H-4,118	12.48	L	0.34	0.35	0.063	0.063	5.413	90.0	1.11	0.18	1.7	14.0	82.0	0.8225	9.14	59.0	0.73	0.350	3.92	-2.6
127-794A-2H-5,28	13.08	L	0.35	0.35	0.087	0.087	4.057	74.8	1.78	0.26	1.9	13.7	57.3	0.6553	8.77	56.0	0.79	0.350	4.61	1.7
127-794A-2H-5,71	13.51	L	0.37	0.37	0.070	0.070	5.243	58.5	1.93	0.11	0.6	5.8	24.1	0.2640	4.51	59.0	0.72	0.150	2.50	-2.5
127-794A-2H-5,120	14.00	D	1.90	1.90	0.174	0.174	10.908	51.3	0.98	0.06	0.3	4.8	15.0	0.2104	4.11	73.0	0.85	0.120	2.34	-5.3
127-794A-2H-6,32	14.62	SD	1.72	7.49	0.107	0.107	16.075	19.2	3.16	0.07	0.1	3.3	9.7	0.0948	4.95	54.0	0.90	0.080	4.29	-6.0
127-794A-2H-6,68	14.98	D	3.60	3.60	0.332	0.332	10.840	33.5	2.83	0.13	0.4	6.2	23.0	0.2056	6.14	55.0	0.88	0.160	4.66	-4.2
127-794A-2H-6,78	15.08	L	0.27	0.27	0.053	0.053	4.528	69.8	1.43	0.34	2.4	12.6	44.3	0.6898	9.88	61.0	0.89	0.320	4.54	-2.4
127-794A-2H-H-,114	15.44	L	0.62	0.64	0.071	0.071	8.746	53.3	2.35	0.12	0.6	9.1	29.0	0.6860	12.86	90.3	0.81	0.230	4.29	-17.7
127-794A-2H-7,15	15.95	SD	0.42	0.42	0.083	0.083	5.109	32.7	1.37	0.15	0.5	4.9	14.4	0.2106	6.44	75.1	0.76	0.120	3.76	-7.8
127-794A-2H-7,55	16.35	D	1.23	1.27	0.143	0.143	8.601	44.7	1.78	0.05	0.2	3.5	12.1	0.1501	3.36	67.0	0.80	0.090	1.96	-6.7
127-794A-3H-1,46	16.76	L	0.39	0.57	0.230	0.061	6.459	56.5	1.47	0.06	0.3	6.0	16.7	0.2229	3.94	71.0	0.79	0.150	2.69	-6.6
127-794A-3H-1,105	17.35	D	3.49	3.65	4.980	0.316	11.046	30.9	0.81	0.06	0.2	3.8	14.6	0.2046	6.63	66.0	0.89	0.100	3.08	2.8
127-794A-3H-1,133	17.63	L	0.46	0.52	0.230	0.097	4.742	38.5	0.49	0.13	0.5	5.4	15.3	0.2398	6.23	73.0	0.86	0.140	3.55	-5.4
127-794A-3H-2,47	18.27	D	2.40	6.03	2.230	0.194	12.345	9.6	1.57	0.17	0.2	2.9	13.8	0.0767	8.03	41.0	0.95	0.070	7.74	-1.3
127-794A-3H-2,77	18.57	L	0.43	3.03	0.430	0.063	6.873	39.1	1.53	0.08	0.4	5.5	17.4	0.2439	4.97	73.0	0.87	0.140	2.79	-7.8
127-794A-3H-2,104	18.84	L	0.44	0.44	0.260	0.075	5.827	42.1	1.78	0.25	1.1	7.0	17.6	0.2995	7.12	72.0	0.86	0.180	4.21	-2.5
127-794A-3H-3,24	19.54	L	0.32	0.32	0.270	0.061	5.279	38.4	2.77	0.14	0.5	5.2	17.0	0.2492	6.48	78.0	0.86	0.130	3.40	3.5
127-794A-3H-3,75	20.05	D	0.96	0.96	3.770	0.109	8.747	55.3	0.67	0.08	0.4	5.2	17.1	0.1560	2.82	70.3	0.91	0.013	2.38	1.4
127-794A-3H-3,106	20.36	D	3.02	3.02	6.330	0.369	8.195	29.7	1.78	0.08	0.2	3.3	8.9	0.1134	3.82	68.0	0.88	0.080	2.82	-4.3
127-794A-3H-3,133	20.63	D	3.01	5.06	3.050	0.187	16.118	14.6	7.04	0.12	0.2	2.2	8.1	0.0618	4.23	53.0	0.91	0.050	3.72	-2.1
127-794A-3H-4,28	21.08	L	0.21	0.53	0.390	0.055	3.916	64.4	1.47	0.09	0.6	6.6	22.7	0.2332	3.62	50.9	0.95	0.170	2.58	0.4
127-794A-3H-4,47	21.27	L	0.89	1.04	0.290	0.106	8.415	58.3	1.72	0.08	0.5	6.6	18.3	0.2520	4.33	70.0	0.87	0.170	2.84	-6.1
127-794A-3H-4,86	21.66	L	0.26	0.38	0.490	0.060	4.383	93.3	0.54	0.20	1.8	13.9	25.4	2.4590	26.37	74.0	0.98	0.350	3.75	1.0
127-794A-3H-5,17	22.47	SD	0.66	0.70	0.430	0.102	6.431	43.8	1.28	0.08	0.3	6.1	18.2	0.2220	5.07	66.0	0.86	0.150	3.48	-4.3
127-794A-3H-5,55	22.85	SD	0.86	0.95	1.190	0.121	7.091	65.0	0.96	0.04	0.3	7.0	16.2	0.1951	3.00	56.0	0.92	0.180	2.71	0.8
127-794A-3H-5,120	23.50	SD	1.59	1.59	0.420	0.150	10.587	60.1	2.08	0.07	0.4	5.3	13.6	0.1643	2.73	61.0	0.88	0.130	2.21	-3.0