Citation:

PANGAEA.967345

Name: Chemical composition and Sr, Nd, Pb isotope ratios of mafic igneous rocks from the Ordovician Saxothuringian basin east of and within the post-Devonian Müncheberg massif, NE Bavaria, Germany
Published: 2025-07-22
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Geochemistry; Mafic igneous rocks: radiogenic isotopes; Saxo-Thuringian

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Published: 2025-07-22 • DOI registered: 2025-08-20

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Abstract:

The sampling area is located east (E-domain) and west (W-domain) of the Münchberg gneiss massif, NE Bavaria. Germany. Major and trace element compositions and Sr, Nd, and Pb isotope composition of a selected subset of Ordovician samples and post- Devonian samples of mafic igneous rocks are documented in the Table 1 'E-domain'.

Sr, Nd, and Pb isotope composition of selected mafic igneous rocks from the W-domain of Ordovicician, Silurian, and Devonian age are documented together with the previously analysed Rb-Sr, Sm-Nd, U-Th-Pb concentrations (Höhn et. al., 2018, doi:10.1007/s00531-017-1497-2) in the Table 2 'W-domain'.

Keyword(s):

Geochemistry; Mafic igneous rocks: radiogenic isotopes; Saxo-Thuringian

Supplement to:

Lucassen, Friedrich; Franz, Gerhard; Kutzschbach, Martin; Schiperski, Ferry (2025): Palaeozoic high-Ti basalt, an indicator for incipient rifting, at the Saxo-Thuringian passive margin, NE-Bavaria (Germany). International Journal of Earth Sciences, 114(2), 267-281, https://doi.org/10.1007/s00531-025-02491-5

Related to:

Höhn, Stefan; Koglin, Nikola; Klopf, L; Schüssler, Ulrich; Tragelehn, Harald; Frimmel, Hartwig E; Zeh, Armin; Brätz, H (2018): Geochronology, stratigraphy and geochemistry of Cambro-Ordovician, Silurian and Devonian volcanic rocks of the Saxothuringian Zone in NE Bavaria (Germany) - new constraints for Gondwana break up and ocean–island magmatism. International Journal of Earth Sciences, 107(1), 359-377, https://doi.org/10.1007/s00531-017-1497-2

Coverage:

Median Latitude: 50.203096 * Median Longitude: 11.923922 * South-bound Latitude: 50.143800 * West-bound Longitude: 11.844280 * North-bound Latitude: 50.274850 * East-bound Longitude: 11.965320

Event(s):

Förmitz_PG_20 * Latitude: 50.174860 * Longitude: 11.906710 * Location: Bavaria, Germany * Method/Device: Rock sample (ROCK) * Comment: Geological age: Ordovician

Förmitz_PG_21 * Latitude: 50.174660 * Longitude: 11.907230 * Location: Bavaria, Germany * Method/Device: Rock sample (ROCK) * Comment: Geological age: Ordovician

Hallerstein_FÖ_92-1 * Latitude: 50.187130 * Longitude: 11.923200 * Location: Bavaria, Germany * Method/Device: Rock sample (ROCK) * Comment: Geological age: Ordovician

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Lucassen, Friedrich
2	Latitude of event	Latitude		Lucassen, Friedrich
3	Longitude of event	Longitude		Lucassen, Friedrich
4	Comment of event	Comment		Lucassen, Friedrich
5	Sample ID	Sample ID		Lucassen, Friedrich
6	Silicon dioxide	SiO2	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
7	Titanium dioxide	TiO2	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
8	Aluminium oxide	Al2O3	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
9	Iron oxide, Fe2O3	Fe2O3	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
10	Manganese oxide	MnO	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
11	Magnesium oxide	MgO	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
12	Calcium oxide	CaO	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
13	Sodium oxide	Na2O	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
14	Potassium oxide	K2O	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
15	Phosphorus pentoxide	P2O5	%	Lucassen, Friedrich	X-ray fluorescence (XRF)
16	Loss on ignition	LOI	%	Lucassen, Friedrich	Calculated from weight loss after drying at 1000 °C	Weight loss by heating of dry whole rock powder to 1000°°C for 1h
17	Beryllium	Be	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
18	Phosphorus	P	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
19	Scandium	Sc	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
20	Vanadium	V	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
21	2,6,11,15-tetramethylhexadecane	Crocetane	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
22	Manganese	Mn	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
23	Cobalt	Co	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
24	Nickel	Ni	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
25	Zinc	Zn	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
26	Arsenic	As	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
27	Rubidium	Rb	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
28	Strontium	Sr	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
29	Yttrium	Y	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
30	Zirconium	Zr	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
31	Niobium	Nb	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
32	Barium	Ba	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
33	Hafnium	Hf	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
34	Tantalum	Ta	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
35	Tungsten	W	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
36	Lead	Pb	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
37	Thorium	Th	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
38	Uranium	U	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
39	Lanthanum	La	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
40	Cerium	Ce	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
41	Praseodymium	Pr	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
42	Neodymium	Nd	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
43	Samarium	Sm	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
44	Europium	Eu	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
45	Gadolinium	Gd	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
46	Terbium	Tb	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
47	Dysprosium	Dy	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
48	Holmium	Ho	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
49	Erbium	Er	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
50	Thulium	Tm	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
51	Ytterbium	Yb	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
52	Lutetium	Lu	µg/g	Lucassen, Friedrich	Inductively Coupled Plasma Mass Spectrometer (ICPMS)
53	Strontium-87/Strontium-86 ratio	87Sr/86Sr		Lucassen, Friedrich	Thermal Ionization Mass Spectrometry (TIMS)
54	Strontium-87/Strontium-86 ratio, standard deviation	87Sr/86Sr std dev	±	Lucassen, Friedrich	Calculated	2sd mean
55	Neodymium-143/Neodymium-144 ratio	143Nd/144Nd		Lucassen, Friedrich	Thermal Ionization Mass Spectrometry (TIMS)
56	Neodymium-143/Neodymium-144 ratio, standard deviation	143Nd/144Nd std dev	±	Lucassen, Friedrich	Calculated	2sd mean
57	Lead-206/Lead-204 ratio	206Pb/204Pb		Lucassen, Friedrich	Thermal Ionization Mass Spectrometry (TIMS)
58	Lead-206/Lead-204 ratio, standard deviation	206Pb/204Pb std dev	±	Lucassen, Friedrich	Calculated	2sd mean
59	Lead-206/Lead-204 ratio	206Pb/204Pb		Lucassen, Friedrich	Corrected	Corrected for instrumental fractionation
60	Lead-207/Lead-204 ratio	207Pb/204Pb		Lucassen, Friedrich	Thermal Ionization Mass Spectrometry (TIMS)
61	Lead-207/Lead-204 ratio, standard deviation	207Pb/204Pb std dev	±	Lucassen, Friedrich	Calculated	2sd mean
62	Lead-206/Lead-204 ratio	206Pb/204Pb		Lucassen, Friedrich	Corrected	Corrected for instrumental fractionation
63	Lead-208/Lead-204 ratio	208Pb/204Pb		Lucassen, Friedrich	Thermal Ionization Mass Spectrometry (TIMS)
64	Lead-208/Lead-204 ratio, standard deviation	208Pb/204Pb std dev	±	Lucassen, Friedrich	Calculated	2sd mean
65	Lead-206/Lead-204 ratio	206Pb/204Pb		Lucassen, Friedrich	Corrected	Corrected for instrumental fractionation

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

1553 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Comment	5 Sample ID	6 SiO2 [%] (X-ray fluorescence (XRF))	7 TiO2 [%] (X-ray fluorescence (XRF))	8 Al2O3 [%] (X-ray fluorescence (XRF))	9 Fe2O3 [%] (X-ray fluorescence (XRF))	10 MnO [%] (X-ray fluorescence (XRF))	11 MgO [%] (X-ray fluorescence (XRF))	12 CaO [%] (X-ray fluorescence (XRF))	13 Na2O [%] (X-ray fluorescence (XRF))	14 K2O [%] (X-ray fluorescence (XRF))	15 P2O5 [%] (X-ray fluorescence (XRF))	16 LOI [%] (Weight loss by heating of dry...)	17 Be [µg/g] (Inductively Coupled Plasma Ma...)	18 P [µg/g] (Inductively Coupled Plasma Ma...)	19 Sc [µg/g] (Inductively Coupled Plasma Ma...)	20 V [µg/g] (Inductively Coupled Plasma Ma...)	21 Crocetane [µg/g] (Inductively Coupled Plasma Ma...)	22 Mn [µg/g] (Inductively Coupled Plasma Ma...)	23 Co [µg/g] (Inductively Coupled Plasma Ma...)	24 Ni [µg/g] (Inductively Coupled Plasma Ma...)	25 Zn [µg/g] (Inductively Coupled Plasma Ma...)	26 As [µg/g] (Inductively Coupled Plasma Ma...)	27 Rb [µg/g] (Inductively Coupled Plasma Ma...)	28 Sr [µg/g] (Inductively Coupled Plasma Ma...)	29 Y [µg/g] (Inductively Coupled Plasma Ma...)	30 Zr [µg/g] (Inductively Coupled Plasma Ma...)	31 Nb [µg/g] (Inductively Coupled Plasma Ma...)	32 Ba [µg/g] (Inductively Coupled Plasma Ma...)	33 Hf [µg/g] (Inductively Coupled Plasma Ma...)	34 Ta [µg/g] (Inductively Coupled Plasma Ma...)	35 W [µg/g] (Inductively Coupled Plasma Ma...)	36 Pb [µg/g] (Inductively Coupled Plasma Ma...)	37 Th [µg/g] (Inductively Coupled Plasma Ma...)	38 U [µg/g] (Inductively Coupled Plasma Ma...)	39 La [µg/g] (Inductively Coupled Plasma Ma...)	40 Ce [µg/g] (Inductively Coupled Plasma Ma...)	41 Pr [µg/g] (Inductively Coupled Plasma Ma...)	42 Nd [µg/g] (Inductively Coupled Plasma Ma...)	43 Sm [µg/g] (Inductively Coupled Plasma Ma...)	44 Eu [µg/g] (Inductively Coupled Plasma Ma...)	45 Gd [µg/g] (Inductively Coupled Plasma Ma...)	46 Tb [µg/g] (Inductively Coupled Plasma Ma...)	47 Dy [µg/g] (Inductively Coupled Plasma Ma...)	48 Ho [µg/g] (Inductively Coupled Plasma Ma...)	49 Er [µg/g] (Inductively Coupled Plasma Ma...)	50 Tm [µg/g] (Inductively Coupled Plasma Ma...)	51 Yb [µg/g] (Inductively Coupled Plasma Ma...)	52 Lu [µg/g] (Inductively Coupled Plasma Ma...)	53 87Sr/86Sr (Thermal Ionization Mass Spect...)	54 87Sr/86Sr std dev [±] (2sd mean, Calculated)	55 143Nd/144Nd (Thermal Ionization Mass Spect...)	56 143Nd/144Nd std dev [±] (2sd mean, Calculated)	57 206Pb/204Pb (Thermal Ionization Mass Spect...)	58 206Pb/204Pb std dev [±] (2sd mean, Calculated)	59 206Pb/204Pb (Corrected for instrumental fr...)	60 207Pb/204Pb (Thermal Ionization Mass Spect...)	61 207Pb/204Pb std dev [±] (2sd mean, Calculated)	62 206Pb/204Pb (Corrected for instrumental fr...)	63 208Pb/204Pb (Thermal Ionization Mass Spect...)	64 208Pb/204Pb std dev [±] (2sd mean, Calculated)	65 206Pb/204Pb (Corrected for instrumental fr...)
Oberkotzau_PG_2	50.2749	11.9230	Geological age: Post-Devonian	PG 2	50.2	1.72	15.2	11.5	0.18	6.26	8.11	2.87	1.65	0.27	2.36
Oberkotzau_PG_1	50.2749	11.9230	Geological age: Post-Devonian	PG 1	50.0	1.80	15.1	11.9	0.20	6.05	7.87	2.54	1.63	0.28	2.52	1.28	914	34	215	124	1223	40	52	93	0.71	34.9	171	41.0	170	11.0	304	3.87	0.58	12.0	7.79	2.78	0.83	18.03	36.54	4.67	20.95	5.52	1.28	6.04	0.91	6.34	1.26	3.77	0.530	3.44	0.510
Oberkotzau_OK_92-1	50.2749	11.9230	Geological age: Post-Devonian	OK 92-1	49.7	1.86	15.1	12.1	0.21	6.17	8.68	2.43	1.30	0.28	2.28	1.42	882	35	223	108	1249	39	50	84	0.29	32.9	165	38.0	165	10.0	232	3.72	0.55	11.8	3.79	2.58	0.75	17.00	34.76	4.52	20.39	5.35	1.35	5.93	0.89	6.10	1.23	3.70	0.510	3.31	0.490	0.708856	0.000004	0.512499	0.000030	18.5373	0.0005	18.57	15.5276	0.0004	15.57	38.430	0.001	38.58
Oberkotzau_87-OK_1	50.2749	11.9230	Geological age: Post-Devonian	87-OK 1	49.9	1.77	15.3	11.5	0.24	6.01	6.62	3.11	2.30	0.28	2.78	1.02	873	32	207	113	1408	36	45	111	0.58	48.3	239	38.0	167	10.0	383	3.83	0.56	12.4	4.35	2.71	0.79	17.78	35.48	4.63	20.40	5.06	1.40	5.89	0.89	5.94	1.21	3.58	0.510	3.31	0.480	0.710700	0.000007	0.512592	0.000004	18.4451	0.0005	18.48	15.5226	0.0005	15.57	38.322	0.001	38.48
Schwarzenbach-Schwingen_PG_9	50.2355	11.9545	Geological age: Post-Devonian	PG 9	45.7	1.78	15.7	12.4	0.15	6.41	9.83	2.29	0.65	0.23	4.32	1.02	738	38	249	158	1011	78	54	77	58.32	12.7	152	34.0	131	8.0	149	3.02	0.42	11.5	6.91	1.16	0.32	12.02	25.11	3.34	15.68	4.17	1.35	5.08	0.78	5.46	1.10	3.35	0.470	3.11	0.450	0.706210	0.000007	0.512587	0.000006	18.4015	0.0009	18.44	15.5302	0.0009	15.58	38.265	0.003	38.42
Schwarzenbach-Schwingen_PG_8	50.2355	11.9545	Geological age: Post-Devonian	PG 8	46.8	1.77	16.2	11.8	0.14	6.75	9.78	2.61	0.69	0.23	3.67
Schwarzenbach-Schwingen_PG_7	50.2355	11.9545	Geological age: Post-Devonian	PG 7	47.2	1.71	16.4	11.6	0.14	7.19	9.98	2.39	0.69	0.23	3.25
Schwarzenbach-Schwingen_PG_6	50.2355	11.9545	Geological age: Post-Devonian	PG 6	47.0	1.79	16.1	11.6	0.17	6.91	9.92	2.14	0.67	0.23	3.44	1.09	754	40	256	163	1127	44	58	78	4.07	14.6	163	36.0	138	8.0	170	3.16	0.47	12.2	2.18	1.31	0.36	12.35	25.78	3.47	16.65	4.37	1.35	5.36	0.82	5.78	1.16	3.49	0.470	3.30	0.450
Schwarzenbach-Schwingen_SB_92-8	50.2355	11.9545	Geological age: Post-Devonian	SB 92-8	47.3	1.75	16.1	12.1	0.18	7.08	9.94	2.30	0.76	0.23	2.72
Schwarzenbach-Schwingen_SB_92-9	50.2355	11.9545	Geological age: Post-Devonian	SB 92-9	43.6	1.76	16.1	11.3	0.18	10.20	9.04	1.68	0.63	0.23	5.15	0.84	718	39	249	157	1162	42	55	70	1.11	14.0	137	34.0	132	8.0	203	3.05	0.43	12.8	1.52	1.20	0.32	12.52	25.30	3.40	15.79	4.27	1.57	5.08	0.77	5.66	1.08	3.35	0.460	3.03	0.440	0.706432	0.000006	0.512587	0.000004	18.6860	0.0008	18.72	15.5478	0.0006	15.59	38.639	0.001	38.79
Hallerstein_FÖ_92-1	50.1871	11.9232	Geological age: Ordovician	FÖ 92-1	53.3	2.18	13.2	12.2	0.15	2.72	7.95	4.48	0.47	0.96	1.33				121			57		110		26.0	481	59.9	391	34.8	225	10.10	3.74		9.00	4.26	1.95	38.90	91.70	12.30	55.60	15.10	4.73	15.80	2.36	12.60	2.16	5.65	0.704	4.22	0.613	0.711763	0.000006	0.512779	0.000006	18.9650	0.0010	19.00	15.6140	0.0010	15.66	38.804	0.002	38.96
Hallerstein_FÖ_92-2	50.1871	11.9232	Geological age: Ordovician	FÖ 92-2	44.5	3.95	16.8	17.4	0.14	4.53	2.54	5.61	0.19	0.93	3.73				212			54		210		10.0	82	56.9	348	32.1	109	9.10	3.44		5.00	3.70	1.68	34.90	83.80	11.60	53.80	14.50	3.83	14.80	2.28	12.40	2.12	5.51	0.723	4.28	0.593	0.708890	0.000008	0.512786	0.000003	19.8064	0.0007	19.85	15.6723	0.0008	15.72	39.453	0.002	39.61
Hallerstein_FÖ_92-3	50.1871	11.9232	Geological age: Ordovician	FÖ 92-3	50.4	3.75	13.1	15.4	0.20	4.02	5.08	4.91	0.73	0.60	1.98	1.73	2037	24	292	20	1213	41	21	137	3.67	32.8	241	39.0	248	26.0	274	5.83	1.52	13.1	2.96	2.00	0.82	22.33	48.34	6.73	31.68	8.57	2.83	8.90	1.23	7.29	1.30	3.33	0.420	2.43	0.310
Hallerstein_HA_11-10-08	50.1871	11.9232	Geological age: Ordovician	HA 11-10-08	45.7	5.26	11.6	18.9	0.20	5.57	6.60	3.67	0.65	0.44	1.69	1.21	1482	30	445	20	1230	56	24	153	4.22	33.5	258	28.0	178	22.0	191	4.22	1.32	13.7	3.04	1.22	0.52	15.03	32.52	4.51	22.41	6.46	2.15	6.75	0.92	5.43	0.96	2.55	0.300	1.90	0.230
Hallerstein_PG_3	50.1871	11.9232	Geological age: Ordovician	PG 3	49.8	4.08	13.1	15.1	0.18	4.34	6.43	5.16	0.30	0.49	1.50
Hallerstein_PG_4	50.1871	11.9232	Geological age: Ordovician	PG 4	50.7	3.75	13.3	15.2	0.20	3.99	5.17	4.92	0.84	0.58	1.69	1.61	2043	24	293	20	1282	42	26	134	2.77	36.1	258	39.0	251	26.0	307	5.65	1.51	12.6	3.36	1.97	0.93	23.31	49.41	6.83	32.43	8.69	2.88	8.95	1.24	7.50	1.30	3.44	0.410	2.44	0.320	0.708900	0.000010	0.512780	0.000004	19.0390	0.0020	19.08	15.5920	0.0020	15.64	38.732	0.004	38.89
Hallerstein_PG_5	50.1871	11.9232	Geological age: Ordovician	PG 5	47.3	4.51	13.3	16.9	0.21	4.66	5.99	4.51	0.27	0.50	2.45
Hallerstein_PG_10	50.1859	11.9216	Geological age: Ordovician	PG 10	46.3	4.49	12.0	16.6	0.20	4.73	7.53	3.50	0.55	0.47	2.07	1.65	1588	26	378	19	1178	45	25	122	6.29	24.9	486	29.0	195	20.0	163	4.46	1.22	12.0	2.87	1.53	0.59	17.06	36.93	5.08	24.20	6.63	2.16	6.91	0.94	5.51	0.97	2.53	0.340	1.86	0.240	0.706231	0.000005	0.512793	0.000004	18.7770	0.0006	18.81	15.5811	0.0008	15.63	38.538	0.002	38.69
Hallerstein_PG_11	50.1859	11.9216	Geological age: Ordovician	PG 11	46.6	4.65	12.5	17.1	0.19	4.91	8.03	3.77	0.43	0.48	2.42
Hallerstein_PG_12	50.1859	11.9216	Geological age: Ordovician	PG 12	47.2	4.43	12.8	16.0	0.19	4.78	8.36	3.96	0.56	0.48	2.10
Völkenreuth_PG_13	50.1910	11.9262	Geological age: Ordovician	PG 13	45.4	4.96	12.5	17.0	0.20	5.13	7.59	3.84	0.48	0.41	2.76	1.08	1407	28	445	54	1221	62	67	111	22.48	14.5	321	26.0	172	19.0	283	3.88	1.17	12.9	1.72	1.23	0.51	14.81	31.94	4.49	21.41	5.88	2.05	6.33	0.86	5.10	0.87	2.33	0.300	1.65	0.220
Völkenreuth_PG_14	50.1910	11.9262	Geological age: Ordovician	PG 14	45.1	5.29	11.6	18.3	0.20	5.54	7.09	3.90	0.35	0.43	2.48	1.05	1412	30	485	54	1237	62	71	119	21.46	10.8	212	28.0	179	19.0	247	4.36	1.23	13.0	1.66	1.32	0.52	15.44	34.08	4.68	22.59	6.29	2.09	6.64	0.91	5.49	0.94	2.45	0.300	1.77	0.220	0.707001	0.000008	0.512814	0.000004	19.5102	0.0009	19.55	15.6031	0.0009	15.65	39.008	0.003	39.16
Völkenreuth_PG_15	50.1910	11.9262	Geological age: Ordovician	PG 15	47.0	5.09	13.0	16.8	0.20	5.71	6.00	4.70	0.22	0.38	2.07
Hallerstein_PG_16	50.1819	11.9162	Geological age: Ordovician	PG 16	46.5	5.56	12.7	18.1	0.23	5.45	7.25	3.51	0.38	0.47	0.16
Hallerstein_PG_17	50.1819	11.9162	Geological age: Ordovician	PG 17	48.1	4.59	12.6	16.4	0.18	5.30	8.52	3.37	0.24	0.47	0.45
Hallerstein_PG_18	50.1818	11.9156	Geological age: Ordovician	PG 18	48.3	4.56	13.3	17.4	0.22	5.04	7.45	3.58	0.18	0.57	0.02	1.59	1948	27	378	71	1343	54	55	138	8.23	12.6	435	34.0	219	24.0	145	5.04	1.37	13.2	4.82	1.75	0.71	19.96	43.99	6.02	28.83	7.59	2.62	7.94	1.08	6.61	1.13	2.97	0.370	2.15	0.280
Hallerstein_PG_19	50.1818	11.9156	Geological age: Ordovician	PG 19	49.3	4.23	13.0	16.2	0.19	4.88	7.92	3.79	0.31	0.56	0.08
Förmitz_PG_20	50.1749	11.9067	Geological age: Ordovician	PG 20	48.9	4.47	12.8	17.1	0.21	4.91	6.24	4.27	0.28	0.58	0.72	1.31	1959	26	374	75	1320	55	58	180	5.30	16.4	413	35.0	226	24.0	305	5.34	1.41	13.5	2.68	1.84	0.75	20.16	44.62	6.06	28.90	7.65	2.61	8.07	1.11	6.65	1.11	3.02	0.360	2.15	0.270	0.709218	0.000010	0.512793	0.000004	18.8000	0.0007	18.84	15.5538	0.0006	15.60	38.419	0.002	38.57
Förmitz_PG_21	50.1747	11.9072	Geological age: Ordovician	PG 21	49.6	4.72	14.4	18.2	0.18	4.84	3.96	3.32	0.08	0.67	0.41	1.46	2450	30	392	59	1278	55	49	180	33.45	3.2	67	41.0	274	29.0	4	6.24	1.65	14.4	9.04	2.15	0.88	24.22	53.92	7.36	34.79	9.22	3.18	9.88	1.32	8.07	1.36	3.55	0.450	2.60	0.320
Martinlamitz_PG_26	50.2199	11.9653	Geological age: Ordovician	PG 26	50.9	3.52	12.9	15.5	0.20	3.85	2.88	4.51	0.65	1.02	3.95	1.90	3626	22	238	19	1237	39	16	155	4.55	19.2	185	49.0	277	27.0	444	6.15	1.58	11.4	3.92	2.26	0.90	27.94	57.62	8.39	40.42	10.62	3.37	11.61	1.59	9.23	1.59	3.97	0.480	2.81	0.350
Martinlamitz_PG_27	50.2199	11.9653	Geological age: Ordovician	PG 27	49.0	4.76	13.7	17.4	0.21	4.58	1.69	4.35	0.26	0.54	3.44	1.31	1678	26	313	18	1179	44	23	142	2.93	8.7	156	32.0	194	23.0	235	4.50	1.32	12.3	3.44	1.45	0.56	18.48	37.56	5.42	25.88	6.99	2.47	7.54	1.05	6.18	1.07	2.73	0.340	1.94	0.240
Martinlamitz_PG_28	50.2183	11.9622	Geological age: Ordovician	PG 28	50.3	3.61	12.8	15.2	0.20	3.44	6.11	4.47	0.23	0.69	2.75	1.74	2350	22	258	20	1279	39	18	141	5.77	6.6	258	36.0	254	27.0	178	5.74	1.54	12.8	3.46	2.00	0.79	23.06	51.34	7.10	33.55	8.62	2.91	9.07	1.25	7.22	1.24	3.19	0.390	2.36	0.300
Martinlamitz_PG_29	50.2183	11.9622	Geological age: Ordovician	PG 29	49.6	3.73	12.9	15.5	0.20	4.26	5.81	4.90	0.24	0.64	2.35				263			48		160		5.0	258	41.9	250	27.0	284	6.70			5.00	2.55	1.14	25.00	59.40	7.99	37.80	10.40	3.68	10.70	1.64	8.91	1.54	3.85	0.491	2.90	0.415	0.705779	0.000006	0.512809	0.000003	19.9000	0.0008	19.94	15.6370	0.0009	15.68	39.289	0.003	39.45
Martinlamitz_PG_30	50.2183	11.9622	Geological age: Ordovician	PG 30	52.4	3.73	13.5	14.4	0.19	3.67	4.85	3.78	0.48	0.39	3.77				271			45		150		12.0	452	40.6	272	21.5	318	7.00			9.00	2.86	1.23	25.60	56.20	7.70	35.40	9.34	3.30	9.95	1.56	8.41	1.47	3.83	0.511	3.13	0.446	0.706146	0.000006	0.512799	0.000004	18.7379	0.0006	18.78	15.5737	0.0007	15.62	38.521	0.001	38.68
Reinersreuth_PG_22	50.1528	11.8503	Geological age: Ordovician	PG 22	48.1	3.01	14.0	12.4	0.18	7.30	8.72	3.64	0.11	0.31	1.92	1.04	1039	29	263	409	1108	50	182	102	14.41	5.3	612	23.0	170	20.0	63	3.99	1.10	13.0	1.46	1.12	0.32	15.54	33.57	4.56	22.27	5.74	1.94	5.62	0.79	4.70	0.79	2.12	0.260	1.61	0.190	0.709775	0.000007	0.512834	0.000003	18.4223	0.0009	18.46	15.5975	0.0007	15.64	38.505	0.002	38.66
Reinersreuth_PG_23	50.1528	11.8503	Geological age: Ordovician	PG 23	49.0	2.79	12.9	12.7	0.18	7.80	10.85	2.23	0.13	0.29	1.38	0.98	924	27	246	412	1097	48	196	110	15.35	4.9	615	21.0	145	16.0	41	3.22	0.88	12.9	3.53	0.90	0.26	13.44	28.76	3.87	18.81	4.67	1.33	5.02	0.67	3.99	0.65	1.81	0.190	1.27	0.160	0.708570	0.000006	0.512822	0.000004	18.2869	0.0005	18.32	15.5831	0.0004	15.63	38.417	0.001	38.57
Reinersreuth_PG_24	50.1438	11.8443	Geological age: Ordovician	PG 24	49.7	3.19	13.9	13.4	0.23	7.43	7.06	3.33	0.04	0.35	1.14	1.16	1216	27	259	242	1399	46	120	147	54.63	2.0	174	25.0	187	21.0	133	4.20	1.18	12.5	4.26	1.25	0.38	17.22	37.12	5.03	23.97	6.07	2.10	6.02	0.82	4.95	0.86	2.23	0.290	1.58	0.210
Reinersreuth_PG_25	50.1438	11.8443	Geological age: Ordovician	PG 25	47.0	4.60	12.5	17.5	0.18	5.14	6.28	4.11	0.71	0.45	1.87	1.01	1561	27	413	21	1173	52	23	137	2.86	33.4	324	27.0	172	20.0	285	3.86	1.21	12.9	2.94	1.19	0.48	15.07	32.29	4.47	22.13	5.99	2.13	6.54	0.88	5.21	0.89	2.34	0.290	1.66	0.210	0.705203	0.000006	0.512819	0.000003	18.8385	0.0005	18.88	15.5840	0.0006	15.63	38.728	0.001	38.88