/* DATA DESCRIPTION:
Citation:	Strobel, Paul; Henning, Theresa; Bliedtner, Marcel; Mosher, Stella G; Rahimova, Humay; Haberzettl, Torsten; Kirsten, Kelly L; Lehndorff, Eva; Power, Mitchell J; Zech, Michael; Zech, Roland (2023): Coupled isotopes in Holocene sediments from the Vankervelsvlei peatland at the southern Cape coast of South Africa [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.956464, 
	In: Strobel, P et al. (2023): Holocene fire dynamics and their climatic controls at Vankervelsvlei, southern Cape coast, South Africa [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.956477
Keyword(s):	charcoal; Paleoclimate; paleofire; Polycyclic aromatic hydrocarbons; precipitation; relative humidity; Stable isotopes
Related to:	Strobel, Paul; Bliedtner, Marcel; Carr, Andrew S; Struck, Julian; Du Plessis, Nadia; Glaser, Bruno; Meadows, Michael E; Quick, Lynne J; Zech, Michael; Zech, Roland; Haberzettl, Torsten (2022): Reconstructing Late Quaternary precipitation and its source on the southern Cape coast of South Africa: A multi-proxy paleoenvironmental record from Vankervelsvlei. Quaternary Science Reviews, 284, 107467, https://doi.org/10.1016/j.quascirev.2022.107467
Funding:	German Research Foundation (DFG) (URI: http://www.dfg.de/en/), grant/award no. 434918595: Late Quaternary climate and environmental reconstruction based on lake and peat sediments from South Africa (URI: https://gepris.dfg.de/gepris/projekt/434918595)
Coverage:	LATITUDE: -34.013000 * LONGITUDE: 22.904000
	MINIMUM ELEVATION: 152.0 m * MAXIMUM ELEVATION: 152.0 m
Event(s):	Vankervelsvlei * LATITUDE: -34.013000 * LONGITUDE: 22.904000 * ELEVATION: 152.0 m * RECOVERY: 15 m * LOCATION: South Africa * METHOD/DEVICE: Piston corer, UWITEC (PCUWI) * COMMENT: Samples were taken in 2016.
Parameter(s):	AGE [ka BP] (Age) * GEOCODE * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Ages model according to Strobel et al. (2022) (URI: https://doi.org/10.1016/j.quascirev.2022.107467) * COMMENT: Median age
	Sugar, δ18O [‰ SMOW] (Sugar δ180) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Gas Chromatograph (GC), Agilent Technologies, 7890B; measured with 18O-pyrolysis reactor, Thermo Fisher Scientific; coupled with Interface, Thermo Fisher Scientific, ConFlo IV * COMMENT: vs. VSMOW
	Sugar, δ18O, standard deviation [±] (Sugar δ18O std dev) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Gas Chromatograph (GC), Agilent Technologies, 7890B; measured with 18O-pyrolysis reactor, Thermo Fisher Scientific; coupled with Interface, Thermo Fisher Scientific, ConFlo IV * COMMENT: vs. VSMOW
	δ Deuterium, leaf water [‰ SMOW] (δD leaf water) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023) * COMMENT: vs. VSMOW
	δ Deuterium, leaf water, standard deviation [±] (δD leaf water std dev) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023) * COMMENT: vs. VSMOW
	δ Deuterium, source water [‰ SMOW] (δD source water) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023) * COMMENT: vs. VSMOW
	δ Deuterium, source water, standard deviation [±] (δD source water std dev) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023) * COMMENT: vs. VSMOW
	Humidity, relative [%] (RH) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023) * COMMENT: Reconstructed
	Deuterium excess [‰] (d xs) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023)
	Deuterium excess, standard deviation [±] (d xs std dev) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de) * METHOD/DEVICE: Calculated after Zech et al., (2013) (URI: https://doi.org/10.1016/j.chemgeo.2013.10.023)
	Reference/source (Reference) * PI: Strobel, Paul (https://orcid.org/0000-0002-7860-5398, paul.strobel@uni-jena.de)
License:	Creative Commons Attribution 4.0 International (CC-BY-4.0) (URI: https://creativecommons.org/licenses/by/4.0/)
Status:	Curation Level: Enhanced curation (URI: https://wiki.pangaea.de/wiki/Curation_levels)
Size:	640 data points
*/
Age [ka BP]	Sugar δ180 [‰ SMOW]	Sugar δ18O std dev [±]	δD leaf water [‰ SMOW]	δD leaf water std dev [±]	δD source water [‰ SMOW]	δD source water std dev [±]	RH [%]	d xs [‰]	d xs std dev [±]	Reference
-0.053	31.55	0.47	-26.9	4.43	-68.27	-10.44	61.4	-60.99	3.72	
-0.031	35.72	1.71	-24.9	8.49	-82.81	-12.33	45.9	-90.26	13.18	
-0.010	31.18	0.02	-4.9	4.07	-32.21	-5.76	74.5	-36.20	2.30	
0.016	30.31	0.35	-15.6	3.22	-45.31	-7.46	72.3	-40.41	2.85	
0.041	32.43	0.65	-24.1	5.29	-67.54	-10.34	59.4	-64.74	5.01	
0.067	31.35	0.25	-28.7	4.23	-70.22	-10.69	61.2	-61.28	2.15	
0.098	28.60	0.70	-13.8	1.56	-35.26	-6.15	80.0	-25.81	5.45	Strobel et al., 2022
0.235	30.59	0.56	-22.6	3.50	-57.50	-9.04	67.5	-49.53	4.46	
0.257	32.36	0.23	-30.2	5.22	-76.95	-11.57	56.4	-70.45	2.47	
0.286	33.03	0.10	-36.3	5.87	-89.28	-13.17	50.6	-81.49	1.06	
0.327	31.18	0.11	-24.4	4.07	-62.82	-9.73	64.2	-55.78	1.31	
0.369	31.15	0.05	-30.0	4.04	-71.44	-10.85	61.3	-61.13	1.35	
0.411	30.60	0.50	-30.2	3.51	-69.47	-10.59	63.4	-57.23	4.00	Strobel et al., 2022
0.581	28.40	1.10	-30.8	1.36	-61.07	-9.50	71.8	-41.33	8.62	Strobel et al., 2022
1.210	30.28	0.01	-28.3	3.19	-65.11	-10.03	65.7	-52.89	1.01	
1.228	28.50	0.26	-25.4	1.46	-52.91	-8.44	74.3	-36.59	3.62	
1.252	34.20	0.50	-23.0	7.01	-73.38	-11.10	53.0	-76.96	3.88	Strobel et al., 2022
1.294	28.49	0.51	-20.7	1.45	-45.59	-7.49	76.8	-31.86	4.04	
1.331	28.48	0.24	-9.9	1.44	-28.58	-5.28	82.5	-20.95	2.26	
1.384	29.87	0.00	-12.6	2.80	-38.80	-6.61	75.6	-34.16	0.80	
1.470	28.61	0.31	-31.4	1.57	-62.89	-9.74	70.6	-43.49	3.82	
1.546	29.30	0.29	-21.6	2.24	-50.35	-8.11	73.1	-38.79	2.86	
1.627	29.84	0.88	-24.5	2.77	-57.32	-9.02	69.4	-45.85	6.76	
1.712	30.50	0.40	-17.6	3.41	-49.29	-7.97	70.4	-43.86	3.27	Strobel et al., 2022
1.804	29.88	0.24	-11.1	2.80	-36.41	-6.30	76.4	-32.67	2.54	
1.883	29.22	0.59	-16.0	2.16	-41.24	-6.93	76.4	-32.58	5.01	
1.967	25.39	0.35	-19.9	-1.56	-31.16	-5.62	89.5	-7.83	4.04	
2.045	29.09	0.25	-18.9	2.04	-45.37	-7.46	75.3	-34.62	2.19	
2.210	32.60	0.60	-14.4	5.45	-53.17	-8.48	63.8	-56.39	4.96	Strobel et al., 2022
2.280	28.10	0.14	-25.0	1.07	-50.66	-8.15	76.1	-33.25	3.18	
2.714	35.90	0.30	-19.6	8.67	-75.37	-11.36	48.0	-86.37	2.48	Strobel et al., 2022
2.858	28.01	0.18	-17.9	0.98	-39.08	-6.65	80.2	-25.39	3.30	
3.382	31.15	0.06	-24.3	4.04	-62.49	-9.69	64.3	-55.41	0.83	
3.515	24.71	0.41	-28.7	-2.23	-42.08	-7.04	87.5	-11.55	4.35	
3.651	29.30	0.30	-32.9	2.24	-68.06	-10.41	67.2	-50.10	6.15	Strobel et al., 2022
3.760	29.37	0.06	-25.4	2.30	-56.60	-8.92	70.8	-43.10	1.57	
3.872	28.63	0.13	-13.0	1.59	-34.10	-6.00	80.3	-25.22	1.16	
3.982	33.50	0.60	-24.9	6.33	-73.39	-11.10	54.7	-73.62	10.65	Strobel et al., 2022
4.055	26.97	1.66	-37.5	-0.03	-65.43	-10.07	73.9	-37.25	13.13	
4.130	33.73	0.32	-24.2	6.56	-73.26	-11.09	54.2	-74.65	3.82	
4.195	28.92	0.41	-22.4	1.87	-50.03	-8.07	74.2	-36.75	3.26	
4.310	31.60	0.00	-30.0	4.48	-73.34	-11.10	59.6	-64.49	1.10	Strobel et al., 2022
4.385	31.13	0.57	-27.1	4.03	-66.89	-10.26	62.9	-58.14	5.33	
4.449	28.05	0.22	-25.5	1.03	-51.21	-8.22	76.0	-33.38	2.20	
4.513	30.29	0.10	-26.4	3.20	-62.19	-9.65	66.6	-51.09	1.09	
4.582	25.46	0.12	-30.8	-1.50	-48.58	-7.88	83.4	-19.26	3.61	
4.647	25.64	1.51	-28.7	-1.32	-46.01	-7.55	83.8	-18.50	11.66	
4.712	30.08	0.94	-44.3	3.00	-89.25	-13.16	58.0	-67.35	7.82	
4.779	32.70	0.20	-29.2	5.55	-76.71	-11.53	55.6	-71.90	1.78	Strobel et al., 2022
4.832	26.91	0.61	-28.7	-0.09	-51.37	-8.24	78.8	-27.98	4.79	
4.885	25.30	2.00	-32.7	-1.66	-50.90	-8.18	83.1	-19.99	15.47	Strobel et al., 2022
4.947	25.31	1.36	-23.9	-1.65	-37.14	-6.40	87.7	-11.25	10.47	
5.028	30.34	0.25	-33.0	3.25	-72.66	-11.01	63.0	-58.03	3.58	
5.279	30.80	0.50	-22.7	3.70	-58.58	-9.18	66.6	-51.23	3.93	Strobel et al., 2022
5.362	27.35	0.23	-23.9	0.35	-45.82	-7.52	79.6	-26.59	1.90	
5.450	31.09	1.00	-15.5	3.98	-48.42	-7.86	69.3	-46.12	7.85	
5.543	28.70	0.10	-23.3	1.66	-50.60	-8.14	74.6	-36.08	1.18	Strobel et al., 2022
5.621	30.18	1.30	-13.1	3.10	-40.86	-6.88	74.1	-36.95	10.43	
5.714	28.70	0.60	-10.2	1.66	-30.09	-5.48	81.5	-22.98	5.12	Strobel et al., 2022
5.795	28.79	0.24	3.9	1.74	-8.29	-2.65	88.6	-9.49	2.42	
5.963	27.10	0.40	-13.9	0.10	-29.08	-5.35	85.9	-14.68	3.73	Strobel et al., 2022
6.057	26.65	0.53	-24.8	-0.34	-44.13	-7.30	81.9	-22.13	4.11	
6.160	28.70	0.00	12.3	1.66	5.14	-0.90	93.4	-0.48	0.60	Strobel et al., 2022
6.348	30.58	0.56	-23.3	3.49	-58.59	-9.18	67.1	-50.19	5.27	
6.441	28.82	0.61	-33.9	1.77	-67.69	-10.36	68.5	-47.56	4.74	
6.532	29.10	0.20	-10.4	2.04	-31.98	-5.72	79.8	-26.10	3.64	Strobel et al., 2022
6.634	27.93	0.65	-17.9	0.91	-38.76	-6.61	80.5	-24.84	6.20	
6.729	28.10	0.50	-20.6	1.07	-43.77	-7.26	78.4	-28.84	4.82	Strobel et al., 2022
6.834	27.95	0.40	-41.2	0.92	-75.37	-11.36	68.1	-48.29	4.31