/* DATA DESCRIPTION:
Citation:	Wang, Yiming V; Larsen, Thomas; Lauterbach, Stefan; Andersen, Nils; Blanz, Thomas; Krebs-Kanzow, Uta; Gierz, Paul; Schneider, Ralph R (2022): Stable hydrogen values of sedimentary terrestrial n-alkanes from sediment core GIK17286-1 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.942947, 
	In: Wang, YV et al. (2022): Stable hydrogen (dD) and carbon isotope (d13C) values of sedimentary terrestrial leaf wax from sediment core GIK17286-1 [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.942948
Related to:	Wang, Yiming V; Larsen, Thomas; Lauterbach, Stefan; Andersen, Nils; Blanz, Thomas; Krebs-Kanzow, Uta; Gierz, Paul; Schneider, Ralph R (2022): Higher sea surface temperature in the Indian Ocean during the Last Interglacial weakened the South Asian monsoon. Proceedings of the National Academy of Sciences, 119(10), https://doi.org/10.1073/pnas.2107720119
Funding:	German Research Foundation (DFG) (URI: http://www.dfg.de/en/), grant/award no. 207008408: Comparison of the Holocene and Eemian paleohydrological cycle: model-data synthesis of monsoon precipitation amplitudes in key regions (URI: https://gepris.dfg.de/project/207008408?language=en)
Coverage:	LATITUDE: 19.743000 * LONGITUDE: 89.879300
	DATE/TIME START: 2006-07-01T08:38:00 * DATE/TIME END: 2006-07-01T08:38:00
	MINIMUM DEPTH, sediment/rock: 0.005 m * MAXIMUM DEPTH, sediment/rock: 9.705 m
Event(s):	GIK17286-1 * LATITUDE: 19.743000 * LONGITUDE: 89.879300 * DATE/TIME: 2006-07-01T08:38:00 * ELEVATION: -1428.0 m * RECOVERY: 9.84 m * LOCATION: Bay of Bengal * CAMPAIGN: SO188/1 (Bengal Sea Level) * BASIS: Sonne (URI: https://en.wikipedia.org/wiki/RV_Sonne) * METHOD/DEVICE: Gravity corer (Kiel type) (SL)
Parameter(s):	DEPTH, sediment/rock [m] (Depth sed) * GEOCODE * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522)
	AGE [ka BP] (Age) * GEOCODE * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522)
	n-Alkane C27, δD [‰ SMOW] (C27 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, ice volume corrected
	n-Alkane C29, δD [‰ SMOW] (C29 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, ice volume corrected
	n-Alkane C31, δD [‰ SMOW] (C31 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, ice volume corrected
	n-Alkane C33, δD [‰ SMOW] (C33 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, ice volume corrected
	n-Alkane C27, δD [‰ SMOW] (C27 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, uncorrected
	n-Alkane C27, δD, standard error [±] (C27 δD std e) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS)
	n-Alkane C29, δD [‰ SMOW] (C29 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, uncorrected
	n-Alkane C29, δD, standard error [±] (C29 δD std e) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS)
	n-Alkane C31, δD [‰ SMOW] (C31 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, uncorrected
	n-Alkane C31, δD, standard error [±] (C31 δD std e) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS)
	n-Alkane C33, δD [‰ SMOW] (C33 δD) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS) * COMMENT: vs. VSMOW, uncorrected
	n-Alkane C33, δD, standard error [±] (C33 δD std e) * PI: Wang, Yiming V (https://orcid.org/0000-0003-3228-5592, ywang@shh.mpg.de, https://www.shh.mpg.de/person/95227/25522) * METHOD/DEVICE: Agilent 6890 GC coupled with a Thermo Finnigan MAT 253 isotope ratio mass (IRMS)
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:	1050 data points
*/
Depth sed [m]	Age [ka BP]	C27 δD [‰ SMOW] (vs. VSMOW, ice volume corrected)	C29 δD [‰ SMOW] (vs. VSMOW, ice volume corrected)	C31 δD [‰ SMOW] (vs. VSMOW, ice volume corrected)	C33 δD [‰ SMOW] (vs. VSMOW, ice volume corrected)	C27 δD [‰ SMOW] (vs. VSMOW, uncorrected)	C27 δD std e [±]	C29 δD [‰ SMOW] (vs. VSMOW, uncorrected)	C29 δD std e [±]	C31 δD [‰ SMOW] (vs. VSMOW, uncorrected)	C31 δD std e [±]	C33 δD [‰ SMOW] (vs. VSMOW, uncorrected)	C33 δD std e [±]
0.005	0.220	-146.30	-150.90	-157.40	-161.90	-146.3	0.8	-150.9	0.8	-157.4	1.0	-161.9	1.1
0.065	1.799	-139.50	-148.50	-155.80	-162.90	-139.4	0.7	-148.4	0.0	-155.7	0.2	-162.8	0.2
0.105	2.536	-151.80	-152.10	-154.70	-157.80	-151.6	0.6	-151.9	0.7	-154.5	0.7	-157.6	0.7
0.145	3.272		-153.40	-157.60				-153.2	1.0	-157.3	0.8		
0.205	4.377		-158.70	-160.10				-158.3	1.6	-159.7	1.0		
0.265	5.482	-138.20	-151.70	-154.80		-137.5	0.4	-151.0	0.8	-154.1	1.3		
0.305	6.218		-150.80	-152.60				-149.9	1.0	-151.7	1.2		
0.405	8.056	-156.50	-160.60	-161.10	-164.50	-155.3	1.7	-159.4	1.3	-159.9	1.4	-163.3	0.7
0.505	9.881		-162.30				1.5	-160.0	0.9				
0.545	10.611	-152.40	-160.70	-163.10		-149.5	0.3	-157.8	0.7	-160.2	1.4		
0.565	10.977	-145.30	-158.00	-161.20	-159.20	-141.9	1.3	-154.6	0.8	-157.9	1.0	-155.8	1.6
0.585	11.342	-135.80	-148.30	-153.70		-132.0	1.4	-144.5	0.6	-150.0	0.5		
0.605	11.707	-151.40	-146.10	-149.20	-156.60	-147.1	1.0	-141.8	0.7	-144.9	0.6	-152.4	0.7
0.625	12.073	-134.90	-145.20	-152.10	-153.40	-130.0	1.7	-140.4	1.8	-147.3	1.7	-148.7	0.9
0.645	12.230	-140.40	-139.50	-145.60	-151.70	-135.4	0.2	-134.4	0.4	-140.6	0.3	-146.8	0.1
0.665	12.387		-145.70	-153.20			0.9	-140.5	1.4	-148.0	0.7		
0.685	12.545	-137.20	-141.60	-149.80	-154.00	-131.7	0.9	-136.2	0.3	-144.4	0.5	-148.6	0.7
0.705	12.702			-150.80			0.3			-145.2	0.4		
0.725	12.743	-136.70	-145.00	-151.00		-130.9	0.6	-139.3	0.7	-145.3	0.7		
0.745	12.818	-135.30	-144.10	-152.60		-129.4	0.2	-138.2	0.9	-146.8	0.5		
0.765	12.894	-145.40	-144.40	-149.80	-155.00	-139.4	0.6	-138.5	0.7	-143.9	0.5	-149.2	0.5
0.785	12.969		-145.80	-156.90				-139.8	0.5	-151.0	1.0		
0.805	13.044		-149.50	-157.70				-143.4	1.2	-151.6	0.6		
0.825	13.120		-147.70	-154.50	-160.30			-141.4	0.6	-148.2	0.3	-154.1	0.5
0.845	13.466		-142.70	-151.00	-157.20			-135.8	0.4	-144.2	0.6	-150.5	0.7
0.865	13.812	-146.70	-146.80	-148.20	-147.50	-139.4	0.8	-139.5	0.5	-140.9	0.3	-140.2	0.7
0.885	14.158		-146.50	-146.50				-138.7	0.5	-138.7	1.4		
0.905	14.504	-145.10	-148.00	-155.10	-159.50	-136.7	1.0	-139.7	0.6	-146.9	0.5	-151.3	0.5
0.925	14.850	-143.40	-136.80	-142.40	-152.60	-134.5	0.5	-127.9	0.6	-133.6	0.7	-143.8	0.6
0.945	15.196	-136.70	-136.70	-145.70	-150.00	-127.2	0.3	-127.3	0.3	-136.4	0.4	-140.7	0.3
0.965	15.542	-139.30	-136.90	-142.30	-148.70	-129.3	0.9	-127.0	0.6	-132.5	0.4	-138.9	0.6
0.985	15.888	-144.60	-138.40	-144.40	-151.10	-134.3	0.4	-128.1	0.2	-134.1	0.3	-140.9	0.5
1.005	16.243		-138.10	-147.90	-151.60			-127.4	0.3	-137.4	0.4	-141.0	1.2
1.045	16.711	-140.80	-143.10	-148.30	-154.50	-129.5	0.5	-132.0	0.6	-137.3	0.4	-143.6	0.9
1.065	16.824	-145.70	-140.60	-144.70	-154.20	-134.4	0.7	-129.4	0.5	-133.5	0.7	-143.1	0.9
1.085	16.938	-144.70	-141.50	-147.70	-149.30	-133.3	1.3	-130.2	0.5	-136.5	0.4	-138.1	1.5
1.105	17.051	-142.70	-140.20	-145.30	-150.50	-131.2	0.7	-128.8	0.9	-134.0	0.5	-139.2	0.6
1.125	17.165	-139.90	-139.00	-145.50	-151.70	-128.3	0.4	-127.4	0.3	-134.0	0.1	-140.3	0.5
1.145	17.278	-148.50	-145.20	-153.20	-158.80	-137.0	1.1	-133.7	0.4	-141.9	1.1	-147.4	0.7
1.165	17.392	-145.20	-140.10	-146.50	-152.30	-133.5	0.6	-128.5	0.7	-134.9	0.6	-140.8	0.6
1.185	17.505	-144.10	-145.00	-151.40	-158.30	-132.4	0.7	-133.4	0.5	-139.9	0.4	-146.8	0.8
1.205	17.670	-139.40	-145.10	-152.60	-162.10	-127.5	0.5	-133.4	0.8	-141.0	0.4	-150.6	0.7
1.225	17.835	-147.30	-144.00	-150.40	-153.30	-135.4	0.7	-132.2	0.3	-138.7	0.7	-141.7	0.4
1.245	18.000	-149.40	-150.70	-158.30	-164.10	-137.5	0.7	-138.9	0.6	-146.7	0.8	-152.5	1.0
1.305	18.495	-149.10	-154.70	-156.20	-160.80	-137.1	0.9	-142.9	1.3	-144.4	0.8	-149.1	1.1
1.805	22.613	-146.40	-147.90	-153.30	-157.50	-135.1	0.9	-136.7	0.9	-142.3	0.5	-146.5	0.5
2.305	26.684	-139.40	-137.90	-141.90	-147.00	-128.8	0.4	-127.4	0.2	-131.5	0.1	-136.6	0.4
2.805	30.731	-142.00	-141.60	-147.30	-152.60	-132.3	1.1	-132.0	0.6	-137.8	0.5	-143.1	0.6
3.205	34.721	-147.80	-145.40	-146.20	-152.60	-138.9	0.4	-136.5	0.3	-137.3	0.4	-143.7	0.3
3.305	35.719	-144.50	-145.30	-150.60	-153.50	-135.8	0.4	-136.7	0.3	-142.1	0.4	-144.9	0.4
3.805	41.084	-146.30	-144.10	-152.80	-156.00	-137.4	0.9	-135.2	0.6	-144.1	0.7	-147.3	0.9
4.305	47.422	-142.20	-141.90	-150.10	-153.40	-133.9	0.9	-133.7	0.7	-142.0	0.6	-145.4	0.7
4.805	52.234	-142.40	-145.70	-152.00	-156.00	-134.5	0.7	-138.0	0.4	-144.3	0.5	-148.3	0.8
5.305	56.524	-151.40	-149.60	-153.40	-156.80	-143.4	1.1	-141.6	0.6	-145.5	0.6	-148.9	0.7
5.805	60.610	-145.60	-141.40	-146.60	-147.50	-136.5	0.8	-132.3	0.4	-137.6	0.3	-138.4	1.1
6.305	66.804	-138.10	-138.90	-144.00	-144.20	-129.4	1.5	-130.2	0.7	-135.5	1.0	-135.6	0.8
6.705	71.765	-135.60	-134.40	-141.10	-143.90	-128.7	0.6	-127.6	0.6	-134.3	0.3	-137.2	0.7
7.305	79.673	-142.50	-149.30	-158.50	-159.40	-137.7	0.8	-144.5	0.9	-153.8	0.9	-154.7	1.3
7.805	87.025	-145.10	-144.80	-150.60	-149.90	-139.0	0.4	-138.8	0.3	-144.5	0.4	-143.9	0.7
8.305	96.557	-138.40	-141.00	-147.80	-151.30	-134.4	0.9	-137.0	0.3	-143.8	0.5	-147.3	0.7
8.725	104.666	-152.90	-153.60	-157.30	-158.70	-148.1	0.9	-148.9	1.0	-152.6	1.1	-154.0	0.7
8.805	106.417	-151.40	-155.50	-162.80	-165.50	-145.9	1.4	-150.2	0.8	-157.5	0.5	-160.2	1.0
8.825	106.855	-139.90	-158.30	-167.30	-172.30	-134.2	1.0	-152.8	0.4	-161.8	0.4	-166.9	0.5
8.845	107.293	-145.10	-158.10	-166.10	-170.70	-139.3	1.5	-152.4	0.8	-160.5	1.0	-165.1	0.4
8.865	107.730	-127.50	-143.20	-148.80	-151.70	-121.6	1.4	-137.4	1.2	-143.0	1.2	-145.9	1.0
8.885	108.168	-145.10	-152.40	-158.60	-163.60	-139.3	1.1	-146.7	0.7	-152.9	0.7	-157.9	0.9
8.905	108.605		-149.70	-154.90				-143.9	1.2	-149.1	1.2		
8.925	109.043	-149.20	-149.70	-156.90	-160.20	-143.4	0.5	-143.9	0.2	-151.2	0.3	-154.5	0.4
8.965	109.919		-144.80	-145.70				-139.0	0.8	-140.0	0.7		
8.985	110.356	-139.60	-143.80	-151.40	-155.50	-133.8	1.6	-138.1	0.9	-145.8	1.6	-149.9	2.1
9.005	110.794		-142.90	-151.00				-137.3	0.6	-145.5	0.4		
9.025	111.232	-151.40	-153.00	-161.10	-163.80	-146.0	2.1	-147.6	0.9	-155.8	0.6	-158.5	0.7
9.045	111.670		-151.40	-156.40				-146.1	1.3	-151.3	0.8		
9.065	112.107		-147.40	-153.60	-155.30			-142.3	1.0	-148.6	0.3	-150.3	1.2
9.085	112.545		-149.20	-158.20	-160.40			-144.4	0.6	-153.5	0.1	-155.6	0.2
9.105	112.982		-144.60	-152.70				-140.0	0.6	-148.1	1.1		
9.125	113.420		-145.90	-157.40	-159.40			-141.6	0.9	-153.1	0.8	-155.2	0.5
9.145	113.857	-146.10	-144.90	-155.60	-161.60	-142.1	0.3	-140.8	0.4	-151.6	0.4	-157.6	0.4
9.165	114.295	-147.20	-145.90	-153.70	-160.80	-143.5	1.1	-142.2	0.9	-150.0	1.0	-157.2	1.1
9.185	114.732		-146.10	-153.30				-142.7	0.9	-149.9	1.1		
9.205	115.170	-148.00	-144.90	-151.00	-157.50	-144.9	1.1	-141.9	0.7	-147.9	0.7	-154.5	1.2
9.245	116.044		-148.90	-152.20				-146.5	1.0	-149.9	0.9		
9.265	116.481	-144.20	-146.50	-149.70	-158.20	-142.1	0.9	-144.4	0.8	-147.6	0.8	-156.1	0.4
9.285	116.918		-151.20	-155.00				-149.3	1.4	-153.1	0.2		
9.305	117.495	-130.90	-145.80	-151.30	-155.00	-129.3	0.7	-144.3	0.8	-149.7	1.4	-153.4	0.7
9.325	118.071	-139.50	-149.20	-152.90		-138.3	0.9	-148.0	1.2	-151.7	1.3		
9.365	119.225		-146.70	-153.80	-158.80			-146.3	0.9	-153.4	0.8	-158.3	1.2
9.385	119.802	-138.50	-156.20	-161.40	-166.10	-138.2	0.8	-155.9	0.7	-161.2	0.6	-165.9	1.3
9.405	120.379		-149.70	-153.90				-149.6	1.2	-153.8	1.1		
9.425	120.956	-136.60	-152.10	-158.50		-136.6	1.2	-152.1	1.6	-158.5	0.8		
9.485	122.686	-125.60	-137.30	-148.30	-155.30	-125.9	0.3	-137.6	0.3	-148.6	0.4	-155.7	0.4
9.505	123.263	-143.30	-154.40	-161.00	-162.10	-143.7	0.7	-154.8	0.6	-161.5	1.1	-162.5	0.4
9.525	123.840	-150.30	-158.30	-161.50	-166.90	-150.8	1.0	-158.7	0.7	-161.9	1.2	-167.3	0.7
9.545	124.417		-155.80	-158.70				-156.1	0.6	-159.0	0.7		
9.565	124.994			-159.50						-159.6	0.9		
9.585	125.570	-126.20	-135.80	-143.50	-147.90	-125.9	1.1	-135.5	0.7	-143.2	0.5	-147.6	0.6
9.605	126.147		-132.90	-143.10				-132.1	0.9	-142.3	0.6		
9.625	126.724	-123.10	-129.90	-138.50	-145.40	-121.6	1.3	-128.4	0.6	-137.0	1.1	-144.0	1.3
9.645	127.301	-134.60	-136.70	-147.20	-151.10	-132.5	1.0	-134.6	0.7	-145.2	0.8	-149.1	0.8
9.665	127.877	-129.20	-129.50	-137.00	-138.50	-126.4	1.5	-126.8	0.7	-134.3	0.7	-135.8	0.8
9.685	128.454	-128.20	-128.40	-136.20	-138.80	-125.0	0.4	-125.1	0.5	-132.9	0.3	-135.5	0.4
9.705	128.724	-138.48	-139.54	-146.62	-152.74	-135.0	1.1	-136.1	1.0	-143.2	1.2	-149.3	1.1