Citation:

PANGAEA.945035

Name: Relative paleointensity of sediment core SG14 from Lake Suigetsu, Central Japan
Published: 2022-06-03
License: https://creativecommons.org/licenses/by/4.0/
Keywords: IntCal20 age; Lake Suigetsu; Laschamp Excursion; paleointensity; paleomagnetic direction

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Keyword(s):

IntCal20 age; Lake Suigetsu; Laschamp Excursion; paleointensity; paleomagnetic direction

Related to:

Hyodo, Masayuki; Nakagawa, Takeshi; Matsushita, Hayato; Kitaba, Ikuko; Yamada, Keitaro; Tanabe, Shota; Bradák, Balázs; Miki, Masako; McLean, Danielle; Staff, Richard A; Smith, Victoria C; Albert, Paul G; Bronk Ramsey, Christopher; Yamasaki, Akiteru; Kitagawa, Junko; Suigetsu 2014 Project (2022): Intermittent non-axial dipolar-field dominance of twin Laschamp excursions. Communications Earth & Environment, 3(1), https://doi.org/10.1038/s43247-022-00401-0

Funding:

Japan Society for the Promotion of Science (JSPS), grant/award no. 15H02143

Japan Society for the Promotion of Science (JSPS), grant/award no. 16J10887

Japan Society for the Promotion of Science (JSPS), grant/award no. 18H03609

Japan Society for the Promotion of Science (JSPS), grant/award no. 18K03804

Coverage:

Latitude: 35.585475 * Longitude: 135.886058

Date/Time Start: 2014-06-03T00:00:00 * Date/Time End: 2021-12-09T00:00:00

Minimum DEPTH, sediment/rock: 28.6814 m * Maximum DEPTH, sediment/rock: 35.3710 m

Event(s):

SG14 * Latitude: 35.585475 * Longitude: 135.886058 * Date/Time Start: 2014-06-03T00:00:00 * Date/Time End: 2021-12-09T00:00:00 * Lake water depth: 34 m * Location: Lake Suigetsu, Honshu, Japan * Method/Device: Piston corer, hydro-pressure thin-walled (PC-hp)

Comment:

The data blank shows the levels where no reliable palaeomagnetic (ChRM) directions were obtained.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Number	No		Hyodo, Masayuki
2	DEPTH, sediment/rock	Depth sed	m	Hyodo, Masayuki	Correlation model, version 2020-04-06	Geocode – Composite depth
3	Depth, error	Depth e	±	Hyodo, Masayuki		1 sigma
4	AGE	Age	ka BP	Hyodo, Masayuki	Age model, IntCal 20, version 2020-09-25	Geocode
5	Age, error	Age e	±	Hyodo, Masayuki		1 sigma
6	Magnetic susceptibility	MAGS	10^-6 SI	Hyodo, Masayuki		X0, of unheated samples
7	Magnetic susceptibility	MAGS	10^-6 SI	Hyodo, Masayuki		X200
8	Magnetic susceptibility	MAGS	10^-6 SI	Hyodo, Masayuki		X350
9	Paleointensity, relative	J rel		Hyodo, Masayuki		J200/X200
10	Paleointensity, normalized	PaleoIntens		Hyodo, Masayuki		J200/X200 /mean
11	Paleointensity, relative	J rel		Hyodo, Masayuki		J350/X350
12	Paleointensity, normalized	PaleoIntens		Hyodo, Masayuki		J350/X350 /mean

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

958 data points

Data

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

1 No	2 Depth sed [m] (Composite depth, Correlation ...)	3 Depth e [±] (1 sigma)	4 Age [ka BP] (Age model, IntCal 20, version...)	5 Age e [±] (1 sigma)	6 MAGS [10^-6 SI] (X0, of unheated samples)	7 MAGS [10^-6 SI] (X200)	8 MAGS [10^-6 SI] (X350)	9 J rel (J200/X200)	10 PaleoIntens (J200/X200 /mean)	11 J rel (J350/X350)	12 PaleoIntens (J350/X350 /mean)
1	28.6814	0.0000	35.642	0.055	83	78	74
2	28.8945	0.0045	35.985	0.055	74	170	203
3	29.0868	0.0010	36.304	0.051	50	58	89
4	29.2590	0.0000	36.702	0.053	56	58	64
5	29.3490	0.0010	36.909	0.054	56	56	236
6	29.4390	0.0010	37.116	0.054	55	94	115	4.19	0.847	2.05	0.805
7	29.6884	0.0000	37.555	0.058	79	69	61	4.35	0.880	2.93	1.150
8	29.8060	0.0000	37.762	0.061	126	124	315
9	29.9220	0.0000	37.939	0.062	101	90	71	4.79	0.968	2.57	1.007
10	29.9620	0.0000	37.998	0.064	116	113	88	3.65	0.739	2.28	0.895
11	30.0010	0.0010	38.058	0.065	116	105	81	2.57	0.520	1.41	0.555
12	30.0410	0.0010	38.119	0.065	138	130	96
13	30.0795	0.0005	38.179	0.066	113	109	73	2.83	0.572	1.97	0.773
14	30.1195	0.0005	38.240	0.067	111	101	74	2.70	0.547	1.93	0.756
15	30.1595	0.0005	38.302	0.068	105	96	71	3.30	0.668	2.23	0.874
16	30.1980	0.0010	38.359	0.069	109	100	75	3.62	0.732	1.93	0.758
17	30.2380	0.0010	38.409	0.071	85	84	68	3.11	0.630	1.93	0.758
18	30.3360	0.0000	38.529	0.071	101	99	0	3.23	0.654	1.39	0.546
19	30.3764	0.0000	38.588	0.070	111	108	83	2.55	0.515	1.41	0.552
20	30.4156	0.0000	38.634	0.071	94	89	78	2.72	0.550	1.52	0.596
21	30.4550	0.0000	38.683	0.071	114	110	86	1.87	0.378	1.31	0.514
22	30.4944	0.0000	38.734	0.069	103	101	88	2.42	0.490	1.44	0.567
23	30.5338	0.0000	38.787	0.069	134	131	95	2.40	0.485	1.27	0.500
24	30.5753	0.0000	38.844	0.068	91	89	78	3.38	0.683	1.30	0.511
25	30.6356	0.0000	38.928	0.067	98	91	78
26	30.6961	0.0000	39.033	0.063	114	123	84	3.03	0.613	1.37	0.539
27	30.7230	0.0000	39.072	0.062	148	146	118	5.85	1.183	2.53	0.993
28	30.8590	0.0000	39.243	0.060	138	133	95	5.75	1.163	2.88	1.129
29	30.8905	0.0000	39.243	0.060	186	161	125
30	31.0168	0.0000	39.337	0.059	165	153	136	7.96	1.610	3.92	1.540
31	31.0380	0.0000	39.372	0.059	206	198	141	6.82	1.379	4.53	1.776
32	31.0950	0.0000	39.467	0.059	150	135	105	7.70	1.558	5.44	2.136
33	31.1788	0.0000	39.605	0.059	176	154	135	8.71	1.762	7.20	2.828
34	31.2201	0.0000	39.675	0.059	183	168	129	8.79	1.777	6.07	2.382
35	31.2612	0.0000	39.750	0.057	161	144	119	9.69	1.959	5.99	2.352
36	31.3416	0.0000	39.895	0.058	149	131	110	7.88	1.595	3.78	1.483
37	31.4016	0.0000	39.993	0.058	135	121	99	8.89	1.798	5.09	1.996
38	31.4220	0.0000	40.017	0.058	163	144	115	9.18	1.857	4.48	1.758
39	31.5559	0.0000	40.129	0.056	168	176	183	9.65	1.951	4.60	1.803
40	31.7338	0.0000	40.394	0.060	181	169	128	9.48	1.917	3.14	1.233
41	31.9177	0.0000	40.581	0.060	183	174	171	8.81	1.781	3.37	1.323
42	32.0790	0.0000	40.733	0.060	179	173	143	8.14	1.647	3.26	1.281
43	32.1119	0.0000	40.774	0.060	181	153	116	7.52	1.521	3.67	1.441
44	32.1576	0.0000	40.828	0.060	134	115	90	7.36	1.488	3.74	1.466
45	32.2273	0.0000	40.899	0.061	158	148	111	8.07	1.632	3.51	1.379
46	32.2428	0.0000	40.917	0.062	143	138	109	8.51	1.722	3.70	1.451
47	32.3100	0.0000	40.988	0.063	146	139	100	8.18	1.654	3.54	1.389
48	32.3900	0.0000	41.053	0.063	171	151	118	7.47	1.510	3.46	1.357
49	32.4111	0.0000	41.070	0.064	169	144	115	6.50	1.315	2.93	1.151
50	32.4718	0.0000	41.119	0.064	184	154	125	5.71	1.154	2.36	0.925
51	32.4924	0.0000	41.136	0.064	158	146	123	7.35	1.487	3.41	1.338
52	32.5321	0.0000	41.168	0.064	178	170	201	8.87	1.794	5.21	2.046
53	32.5510	0.0000	41.183	0.065	238	204	143	9.11	1.842	5.37	2.109
54	32.5706	0.0000	41.199	0.065	160	145	114	6.78	1.371	3.78	1.483
55	32.6097	0.0000	41.230	0.066	146	134	111	5.62	1.137	2.19	0.859
56	32.6293	0.0000	41.246	0.066	143	139	109	4.97	1.006	2.16	0.846
57	32.6489	0.0000	41.262	0.065	144	124	103	4.51	0.913	2.01	0.791
58	32.6881	0.0000	41.324	0.064	138	128	111	4.57	0.924	1.93	0.759
59	32.7077	0.0000	41.358	0.063	163	149	115	4.85	0.981	1.84	0.723
60	32.7272	0.0000	41.392	0.063	138	126	106	5.34	1.081	2.01	0.789
61	32.7663	0.0000	41.460	0.062	166	155	125	4.38	0.885	1.61	0.633
62	32.7860	0.0000	41.494	0.061	166	156	123
63	32.8056	0.0000	41.529	0.061	165	154	124	4.25	0.859	1.74	0.682
64	32.8450	0.0000	41.580	0.061	165	156	123	4.74	0.958	2.23	0.873
65	32.8647	0.0000	41.604	0.061	161	149	118	4.08	0.825	1.97	0.772
66	32.8844	0.0000	41.628	0.061	103	86	75
67	32.9240	0.0000	41.672	0.061	150	134	109	4.61	0.932	2.22	0.873
68	32.9440	0.0000	41.691	0.061	171	153	115	4.01	0.811	2.94	1.153
69	32.9700	0.0000	41.715	0.061	204	183	155	5.29	1.070	4.25	1.667
70	32.9805	0.0005	41.725	0.061	115	106	91	4.83	0.977	3.93	1.544
71	33.0205	0.0005	41.762	0.061	144	135	110	4.60	0.930	2.52	0.990
72	33.0612	0.0010	41.799	0.062	135	126	104	4.32	0.874	1.45	0.568
73	33.0770	0.0000	41.814	0.062	193	178	131	4.13	0.835	1.06	0.414
74	33.1170	0.0000	41.851	0.062	173	166	136	4.34	0.877	1.31	0.514
75	33.1570	0.0000	41.888	0.063	199	189	139	3.42	0.691	1.47	0.575
76	33.1970	0.0000	41.926	0.063	196	189	148	3.50	0.708	1.84	0.721
77	33.2370	0.0000	41.971	0.062	168	154	115	2.37	0.480	1.60	0.627
78	33.2770	0.0000	42.016	0.062	163	158	130	2.76	0.559	1.30	0.510
79	33.3160	0.0010	42.061	0.062	194	183	138	3.13	0.633	1.43	0.561
80	33.3560	0.0010	42.111	0.061	190	185	149
81	33.3960	0.0010	42.160	0.061	194	179	148	5.01	1.013	1.48	0.580
82	33.4360	0.0010	42.210	0.060	164	158	128	4.87	0.986	1.53	0.602
83	33.4760	0.0010	42.260	0.061	191	170	138	4.07	0.823	1.38	0.540
84	33.5171	0.0000	42.304	0.062	201	198	151	2.89	0.585	1.95	0.763
85	33.5577	0.0000	42.355	0.062	180	176	130	2.07	0.419	1.61	0.632
86	33.6401	0.0015	42.414	0.063	125	121	99	2.65	0.535	1.74	0.682
87	33.6795	0.0014	42.463	0.064	133	131	106
88	33.6991	0.0000	42.485	0.064	150	126	109	1.97	0.398	1.11	0.437
89	33.7188	0.0015	42.505	0.063	171	166	133
90	33.7572	0.0037	42.545	0.062	155	149	123	1.84	0.372	0.99	0.390
91	33.7987	0.0036	42.595	0.061	165	163	136	1.05	0.212	0.86	0.339
92	33.8403	0.0036	42.646	0.060	166	161	136
93	33.8812	0.0033	42.672	0.060	146	141	124	1.03	0.209	0.84	0.329
94	33.9005	0.0034	42.696	0.060	161	151	143
95	33.9198	0.0034	42.720	0.063	140	135	118	1.46	0.295	0.98	0.385
96	33.9620	0.0000	42.779	0.061	126	120	104
97	34.5100	0.0000	43.447	0.070	171	170	138	1.73	0.349	0.94	0.368
98	34.6207	0.0000	43.572	0.074	261	241	188	3.25	0.657	2.10	0.822
99	34.7115	0.0005	43.685	0.076	254	251	174	3.97	0.802	2.40	0.941
100	34.9111	0.0000	43.923	0.080	166	155	126	4.89	0.989	2.78	1.090
101	35.0995	0.0005	44.159	0.084	158	154	140	4.12	0.834	1.96	0.769
102	35.2820	0.0000	44.447	0.092	166	163	130	3.36	0.680	1.74	0.685
103	35.3710	0.0000	44.565	0.095	166	163	128