Citation:

PANGAEA.915582

Name: Susceptibility values of high resolution magnetic susceptibility record of the (penultimate and) last glacial cycles at the Süttő loess section, in Hungary 2009
Published: 2020-04-28
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Hungary; Loess; Magnetic susceptibility; Süttö

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

Published: 2020-04-28 • DOI registered: 2020-06-18

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Keyword(s):

Hungary; Loess; Magnetic susceptibility; Süttö

Related to:

Novothny, Ágnes; Frechen, Manfred; Horváth, Erzsébet; Wacha, Lara; Rolf, Christian (2011): Investigating the penultimate and last glacial cycles of the Süttö loess section (Hungary) using luminescence dating, high-resolution grain size, and magnetic susceptibility data. Quaternary International, 234(1-2), 75-85, https://doi.org/10.1016/j.quaint.2010.08.002

Coverage:

Latitude: 47.738000 * Longitude: 18.448000

Minimum DEPTH, sediment/rock: 3.325 m * Maximum DEPTH, sediment/rock: 6.420 m

Event(s):

Suettoe * Latitude: 47.738000 * Longitude: 18.448000 * Location: Hungary * Comment: LPSS-profile outcropping at Hegyhati quarry (Süttö)

Comment:

0.026 mean value

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Rolf, Christian		Geocode – absolute
2	Magnetic susceptibility	MAGS	10^-6 SI	Rolf, Christian	KLF-3 Minikappa magnetic susceptibility meter
3	Magnetic susceptibility, bulk	MAGS	1/kg	Rolf, Christian	KLF-3 Minikappa magnetic susceptibility meter
4	Susceptibility, normalized	Suscept norm		Rolf, Christian	KLF-3 Minikappa magnetic susceptibility meter	mean

License:

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

Size:

528 data points

Data

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

1 Depth sed [m]	2 MAGS [10^-6 SI]	3 MAGS [1/kg]	4 Suscept norm
3.325	296	0.016	0.629
3.345	217	0.013	0.486
3.365	225	0.012	0.477
3.385	218	0.013	0.485
3.405	229	0.013	0.515
3.425	232	0.013	0.492
3.445	225	0.013	0.493
3.465	239	0.014	0.534
3.485	235	0.014	0.536
3.505	268	0.014	0.539
3.525	254	0.014	0.544
3.545	241	0.014	0.542
3.565	231	0.013	0.520
3.585	251	0.014	0.522
3.605	231	0.014	0.523
3.625	233	0.013	0.500
3.645	230	0.013	0.504
3.665	237	0.014	0.527
3.685	258	0.014	0.538
3.690	246	0.014	0.525
3.710	278	0.015	0.558
3.730	258	0.015	0.578
3.750	270	0.015	0.586
3.770	274	0.016	0.613
3.790	292	0.016	0.618
3.810	288	0.016	0.617
3.830	285	0.016	0.624
3.850	290	0.016	0.631
3.870	279	0.016	0.605
3.890	293	0.016	0.629
3.910	291	0.016	0.622
3.930	297	0.017	0.636
3.950	296	0.016	0.620
3.970	306	0.016	0.608
4.010	292	0.016	0.620
4.030	290	0.016	0.630
4.050	301	0.016	0.630
4.070	300	0.017	0.635
4.090	302	0.017	0.648
4.110	270	0.016	0.616
4.130	279	0.016	0.618
4.150	271	0.016	0.603
4.170	260	0.015	0.571
4.190	256	0.015	0.587
4.210	262	0.015	0.583
4.230	246	0.015	0.564
4.250	252	0.015	0.557
4.270	251	0.015	0.562
4.290	242	0.014	0.553
4.310	243	0.014	0.555
4.330	233	0.013	0.518
4.350	232	0.013	0.521
4.370	233	0.014	0.523
4.390	237	0.014	0.523
4.410	224	0.013	0.513
4.430	238	0.014	0.530
4.450	241	0.014	0.530
4.470	242	0.014	0.536
4.490	245	0.014	0.533
4.510	248	0.014	0.550
4.530	250	0.014	0.554
4.550	256	0.015	0.564
4.570	231	0.013	0.517
4.590	241	0.014	0.540
4.600	247	0.014	0.545
4.620	255	0.015	0.559
4.640	252	0.015	0.558
4.660	258	0.014	0.551
4.680	266	0.015	0.573
4.700	267	0.015	0.568
4.720	259	0.015	0.557
4.740	259	0.015	0.567
4.760	252	0.014	0.548
4.780	252	0.014	0.545
4.800	240	0.015	0.564
4.820	260	0.015	0.562
4.840	254	0.014	0.552
4.860	251	0.014	0.552
4.880	262	0.015	0.574
4.900	244	0.014	0.541
4.920	250	0.014	0.554
4.940	246	0.014	0.548
4.960	241	0.014	0.536
4.980	259	0.015	0.560
5.000	249	0.014	0.538
5.020	250	0.014	0.544
5.040	245	0.014	0.530
5.060	260	0.014	0.528
5.080	253	0.014	0.553
5.100	250	0.014	0.544
5.120	252	0.014	0.539
5.140	245	0.014	0.531
5.160	255	0.015	0.557
5.180	257	0.014	0.549
5.200	258	0.014	0.554
5.220	259	0.014	0.556
5.240	266	0.015	0.576
5.260	230	0.013	0.508
5.280	234	0.013	0.501
5.300	285	0.016	0.612
5.320	268	0.015	0.576
5.340	270	0.015	0.578
5.360	249	0.014	0.540
5.380	231	0.013	0.513
5.400	253	0.015	0.567
5.420	257	0.015	0.561
5.440	243	0.014	0.533
5.450	271	0.015	0.559
5.460	230	0.013	0.513
5.460	269	0.015	0.569
5.470	276	0.015	0.587
5.480	243	0.014	0.533
5.480	244	0.014	0.525
5.498	269	0.015	0.571
5.500	239	0.014	0.548
5.520	280	0.016	0.601
5.520	290	0.016	0.626
5.537	291	0.017	0.648
5.540	259	0.015	0.571
5.545	279	0.016	0.629
5.560	263	0.015	0.585
5.560	277	0.016	0.613
5.575	283	0.016	0.605
5.580	278	0.016	0.621
5.590	271	0.015	0.589
5.600	281	0.016	0.621
5.602	266	0.015	0.590
5.618	272	0.016	0.602
5.630	260	0.015	0.587
5.645	276	0.015	0.596
5.655	270	0.015	0.573
5.672	259	0.015	0.578
5.685	264	0.016	0.600
5.700	266	0.015	0.595
5.716	242	0.015	0.570
5.725	201	0.013	0.492
5.740	247	0.015	0.563
5.755	255	0.015	0.577
5.765	263	0.015	0.586
5.780	269	0.015	0.590
5.805	265	0.015	0.587
5.820	269	0.015	0.593
5.830	223	0.015	0.587
5.845	257	0.015	0.564
5.855	263	0.015	0.582
5.870	282	0.016	0.626
5.885	286	0.016	0.629
5.925	299	0.017	0.668
5.940	320	0.018	0.709
5.955	313	0.018	0.689
5.960	348	0.019	0.741
5.982	321	0.018	0.695
6.000	333	0.019	0.715
6.010	354	0.020	0.782
6.040	356	0.020	0.776
6.055	428	0.024	0.908
6.070	398	0.023	0.871
6.085	452	0.025	0.958
6.100	469	0.025	0.981
6.130	471	0.026	0.988
6.150	487	0.025	0.970
6.170	453	0.025	0.958
6.185	516	0.028	1.065
6.200	528	0.028	1.091
6.215	547	0.030	1.151
6.230	501	0.028	1.058
6.245	501	0.028	1.064
6.270	510	0.029	1.095
6.295	517	0.028	1.087
6.310	517	0.029	1.096
6.325	516	0.029	1.103
6.340	523	0.029	1.122
6.355	532	0.029	1.116
6.370	523	0.029	1.096
6.390	525	0.029	1.099
6.420	532	0.029	1.124