Citation:

PANGAEA.932212

Name: Anisotropy-magnetic susceptibility properties from Willendorf/Austria
Published: 2021-06-03
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Loess; loess paleosol sequence; Willendorf

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Published: 2021-06-03 • DOI registered: 2021-07-21

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Keyword(s):

Loess; loess paleosol sequence; Willendorf

Coverage:

Latitude: 48.316667 * Longitude: 15.404222

Minimum SECTION, height: -0.30 m * Maximum SECTION, height: 1.34 m

Event(s):

Willendorf * Latitude: 48.316667 * Longitude: 15.404222 * Location: Austria * Method/Device: Outcrop sample (OUTCROP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	SECTION, height	Section	m	Zeeden, Christian	Geocode
2	Sample code/label	Sample label		Zeeden, Christian
3	Profile ID	Profile ID		Zeeden, Christian
4	Anisotropy-magnetic susceptibility	AMS		Zeeden, Christian	Km
5	Anisotropy-magnetic susceptibility, factor L, lineation	AMS factor L		Zeeden, Christian
6	Anisotropy-magnetic susceptibility, factor F, foliation	AMS factor F		Zeeden, Christian
7	Anisotropy-magnetic susceptibility, factor P, anisotropy degree	AMS factor P		Zeeden, Christian
8	Anisotropy-magnetic susceptibility, factor Pj	AMS factor Pj		Zeeden, Christian
9	Anisotropy-magnetic susceptibility, factor T	AMS factor T		Zeeden, Christian
10	Anisotropy-magnetic susceptibility, factor U	AMS factor U		Zeeden, Christian
11	Anisotropy-magnetic susceptibility, K max declination	K1 Decl (AMS)	deg	Zeeden, Christian
12	Anisotropy-magnetic susceptibility, K max inclination	K1 Incl (AMS)	deg	Zeeden, Christian
13	Anisotropy-magnetic susceptibility, K int declination	K2 Decl (AMS)	deg	Zeeden, Christian
14	Anisotropy-magnetic susceptibility, K int inclination	K2 Incl (AMS)	deg	Zeeden, Christian
15	Anisotropy-magnetic susceptibility, K min declination	K3 Decl (AMS)	deg	Zeeden, Christian
16	Anisotropy-magnetic susceptibility, K min inclination	K3 Incl (AMS)	deg	Zeeden, Christian

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

840 data points

Data

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

1 Section [m]	2 Sample label	3 Profile ID	4 AMS	5 AMS factor L	6 AMS factor F	7 AMS factor P	8 AMS factor Pj	9 AMS factor T	10 AMS factor U	11 K1 Decl (AMS) [deg]	12 K1 Incl (AMS) [deg]	13 K2 Decl (AMS) [deg]	14 K2 Incl (AMS) [deg]	15 K3 Decl (AMS) [deg]	16 K3 Incl (AMS) [deg]
0.01	1	Wil1	254.6668	1.011	1.042	1.054	1.057	0.590	0.582	151.6	4.8	242.3	8.8	33.0	79.9
0.05	5	Wil1	429.5837	1.006	1.040	1.046	1.050	0.721	0.716	281.8	7.7	190.5	9.3	50.7	77.9
0.10	10	Wil1	551.5376	1.005	1.032	1.037	1.040	0.706	0.701	284.3	10.2	191.2	16.9	44.0	70.1
0.15	15	Wil1	263.8731	1.006	1.035	1.041	1.045	0.722	0.717	263.2	12.9	171.3	8.0	50.3	74.7
0.20	20	Wil1	416.1060	1.006	1.038	1.044	1.048	0.738	0.733	257.1	24.1	165.9	2.6	70.1	65.7
0.25	25	Wil1	326.3266	1.002	1.024	1.026	1.029	0.813	0.811	247.7	24.2	339.0	3.0	75.7	65.6
0.30	30	Wil1	299.8036	1.004	1.022	1.026	1.028	0.691	0.687	259.4	31.0	167.1	3.8	70.9	58.8
0.35	35	Wil1	271.6491	1.006	1.021	1.027	1.029	0.561	0.556	254.5	9.8	163.1	8.1	34.3	77.2
0.40	40	Wil1	289.4997	1.004	1.017	1.021	1.022	0.582	0.578	259.9	22.5	168.1	4.3	67.8	67.1
0.45	45	Wil1	361.7353	1.004	1.035	1.039	1.043	0.813	0.809	284.4	0.5	194.4	6.4	18.7	83.6
0.50	50	Wil1	303.3527	1.012	1.016	1.028	1.028	0.146	0.139	273.4	2.5	182.7	15.6	12.3	74.2
0.55	55	Wil1	326.0690	1.007	1.034	1.041	1.044	0.634	0.628	110.0	2.5	200.3	5.6	355.6	83.9
0.60	60	Wil1	509.0110	1.005	1.013	1.018	1.018	0.422	0.418	74.3	6.5	164.9	5.0	292.0	81.8
0.65	65	Wil1	294.6549	1.010	1.027	1.037	1.038	0.464	0.457	170.3	7.2	261.6	10.3	46.0	77.4
0.70	70	Wil1	348.3244	1.006	1.015	1.021	1.021	0.417	0.413	110.2	11.9	18.4	8.4	254.0	75.4
-0.18	153	Wil3	255.7963	1.009	1.013	1.023	1.023	0.177	0.171	170.3	0.5	260.4	10.2	77.5	79.8
-0.14	157	Wil3	272.6318	1.005	1.020	1.025	1.027	0.606	0.602	306.2	7.9	214.4	12.7	67.4	74.9
-0.09	162	Wil3	300.3309	1.003	1.023	1.026	1.029	0.789	0.786	259.7	7.5	349.9	1.5	91.3	82.3
-0.04	167	Wil3	276.4120	1.004	1.032	1.036	1.039	0.773	0.770	266.2	14.9	174.2	7.4	58.5	73.2
0.01	172	Wil3	287.3646	1.010	1.029	1.040	1.041	0.487	0.480	231.9	19.0	323.6	5.0	67.8	70.3
0.06	177	Wil3	383.5847	1.008	1.024	1.033	1.034	0.508	0.502	266.8	15.2	176.6	0.6	84.3	74.8
0.11	182	Wil3	871.4500	1.012	1.014	1.026	1.026	0.091	0.085	180.8	6.9	274.5	27.7	78.0	61.3
0.16	187	Wil3	1493.5430	1.003	1.014	1.017	1.018	0.683	0.681	231.0	6.4	321.4	3.2	77.7	82.9
1.34	147	Wil2	464.1123	1.004	1.006	1.010	1.010	0.225	0.223	343.0	7.6	249.8	22.6	90.4	66.0
1.29	142	Wil2	428.6541	1.008	1.009	1.017	1.017	0.079	0.075	287.1	19.9	188.7	22.0	55.2	59.6
1.24	137	Wil2	339.2256	1.007	1.015	1.022	1.023	0.391	0.387	286.3	17.0	193.4	9.4	75.6	70.4
1.19	132	Wil2	318.4155	1.015	1.005	1.020	1.021	-0.476	-0.480	289.5	34.2	196.7	4.1	100.7	55.5
1.14	127	Wil2	442.0206	1.004	1.007	1.011	1.011	0.240	0.237	334.9	13.6	213.0	65.5	70.0	20.0
1.09	122	Wil2	568.8144	1.002	1.017	1.019	1.021	0.753	0.751	140.9	13.7	232.6	6.9	348.8	74.6
1.04	117	Wil2	438.8342	1.005	1.003	1.008	1.008	-0.150	-0.152	242.8	22.5	133.4	38.6	355.5	42.9
0.99	112	Wil2	403.0793	1.002	1.005	1.008	1.008	0.404	0.403	259.4	28.6	167.8	2.9	72.6	61.3
0.94	107	Wil2	466.8755	1.004	1.006	1.010	1.010	0.151	0.148	234.4	10.4	325.2	4.8	79.6	78.6
0.89	102	Wil2	376.0135	1.005	1.006	1.011	1.011	0.067	0.064	224.2	27.5	321.8	14.3	76.3	58.4
0.84	97	Wil2	379.9517	1.007	1.008	1.015	1.015	0.076	0.072	162.7	4.1	253.5	10.2	51.3	79.0
0.79	92	Wil2	450.0052	1.002	1.019	1.020	1.023	0.844	0.842	306.7	17.4	210.4	19.3	75.8	63.6
0.74	87	Wil2	324.6959	1.006	1.020	1.026	1.027	0.524	0.520	239.0	21.3	147.2	4.6	45.7	68.2
0.69	82	Wil2	325.5457	1.007	1.024	1.031	1.032	0.538	0.532	279.5	11.3	186.5	14.8	45.6	71.3
0.64	77	Wil2	287.2718	1.005	1.036	1.042	1.046	0.736	0.732	257.9	8.3	167.4	3.5	54.5	81.0
-0.30	189	Wil4	270.9838	1.012	1.002	1.014	1.015	-0.690	-0.692	303.2	21.8	196.7	35.2	58.3	46.7
-0.26	193	Wil4	275.8834	1.002	1.012	1.014	1.015	0.727	0.726	297.4	5.5	205.4	20.3	41.8	68.9
-0.21	198	Wil4	297.1656	1.008	1.026	1.034	1.036	0.545	0.539	242.3	16.6	152.1	0.8	59.4	73.4
-0.16	203	Wil4	279.1919	1.004	1.008	1.012	1.012	0.289	0.286	252.8	16.2	345.6	9.5	104.8	71.1
-0.11	208	Wil4	302.6123	1.013	1.013	1.027	1.027	0.004	-0.003	47.5	0.3	137.6	25.0	316.9	65.0
-0.06	213	Wil4	347.8460	1.004	1.036	1.040	1.044	0.793	0.790	242.2	22.9	334.0	4.2	73.8	66.6
-0.01	218	Wil4	313.2426	1.007	1.024	1.032	1.033	0.528	0.522	252.1	16.0	343.0	3.1	83.6	73.7
0.04	223	Wil4	310.5725	1.004	1.009	1.014	1.014	0.354	0.351	229.1	9.6	324.4	28.3	122.2	59.8
0.09	228	Wil4	255.4218	1.006	1.012	1.018	1.018	0.336	0.332	175.2	2.3	265.3	2.1	38.4	86.9
0.14	233	Wil4	238.8685	1.008	1.019	1.027	1.028	0.427	0.421	220.7	16.1	313.8	10.4	75.3	70.7
0.19	238	Wil4	257.0232	1.009	1.018	1.028	1.028	0.321	0.315	247.9	9.8	157.4	2.7	52.0	79.8
0.24	243	Wil4	297.3639	1.006	1.013	1.019	1.019	0.349	0.345	222.7	15.3	316.4	13.2	85.5	69.6
0.29	248	Wil4	337.0329	1.005	1.007	1.011	1.011	0.157	0.154	197.9	17.4	295.3	22.4	73.4	61.0
0.34	253	Wil4	283.9183	1.008	1.013	1.021	1.021	0.238	0.233	225.3	15.8	317.2	6.8	69.7	72.7
0.39	258	Wil4	287.0931	1.003	1.014	1.017	1.018	0.663	0.661	225.7	18.8	319.6	11.4	79.1	67.8
0.44	263	Wil4	289.5178	1.005	1.011	1.016	1.016	0.361	0.358	239.2	7.5	148.4	6.3	18.6	80.1
0.49	268	Wil4	290.3813	1.005	1.011	1.016	1.017	0.392	0.388	303.4	15.0	207.7	20.2	67.5	64.4
0.54	273	Wil4	324.5529	1.004	1.009	1.013	1.013	0.374	0.371	279.0	25.6	179.5	19.0	57.3	57.2