Citation:

PANGAEA.896146

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Related to:

Ruan, Yanming; Mohtadi, Mahyar; van der Kaars, Sander; Dupont, Lydie M; Hebbeln, Dierk; Schefuß, Enno (2019): Differential hydro-climatic evolution of East Javanese ecosystems over the past 22,000 years. Quaternary Science Reviews, 218, 49-60, https://doi.org/10.1016/j.quascirev.2019.06.015

Project(s):

Center for Marine Environmental Sciences (MARUM)

Coverage:

Latitude: -8.676500 * Longitude: 112.872500

Date/Time Start: 2005-08-29T12:03:00 * Date/Time End: 2005-08-29T12:03:00

Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 7.44 m

Event(s):

GeoB10053-7 * Latitude: -8.676500 * Longitude: 112.872500 * Date/Time: 2005-08-29T12:03:00 * Elevation: -1372.0 m * Recovery: 7.6 m * Campaign: (PABESIA) * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

Comment:

The long-term mean absolute deviation based on the external standard is 3‰ for dD analyses and 0.3‰ for d13C analyses respectively.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	Ruan, Yanming	Geocode
2	AGE	Age	ka BP	Ruan, Yanming	Geocode
3	n-Alkane C29, δD	C29 δD	‰ SMOW	Ruan, Yanming
4	Difference	Diff		Ruan, Yanming	Difference between two measurements (C29 dD) [per mil]
5	n-Alkane C31, δD	C31 δD	‰ SMOW	Ruan, Yanming
6	Difference	Diff		Ruan, Yanming	Difference between two measurements (C31 dD) [per mil]
7	n-Alkane C33, δD	C33 δD	‰ SMOW	Ruan, Yanming
8	Difference	Diff		Ruan, Yanming	Difference between two measurements (C33 dD) [per mil]
9	n-Alkane C29, δD	C29 δD	‰ SMOW	Ruan, Yanming	ice volume corrected
10	n-Alkane C31, δD	C31 δD	‰ SMOW	Ruan, Yanming	ice volume corrected
11	n-Alkane C33, δD	C33 δD	‰ SMOW	Ruan, Yanming	ice volume corrected
12	n-Alkane C29, δ13C	C29 δ13C	‰ PDB	Ruan, Yanming	vs. VPDB
13	Difference	Diff		Ruan, Yanming	Difference between two measurements (C29 d13C) [per mil]
14	n-Alkane C31, δ13C	C31 δ13C	‰ PDB	Ruan, Yanming	vs. VPDB
15	Difference	Diff		Ruan, Yanming	Difference between two measurements (C31 d13C) [per mil]
16	n-Alkane C33, δ13C	C33 δ13C	‰ PDB	Ruan, Yanming	vs. VPDB
17	Difference	Diff		Ruan, Yanming	Difference between two measurements (C33 d13C) [per mil]
18	n-Alkane C29	C29	ng/g	Ruan, Yanming	concentration [ng/g dry sediment]
19	n-Alkane C31	C31	ng/g	Ruan, Yanming	concentration [ng/g dry sediment]
20	n-Alkane C33	C33	ng/g	Ruan, Yanming	concentration [ng/g dry sediment]

License:

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

Size:

1139 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 C29 δD [‰ SMOW]	4 Diff (Difference between two measur...)	5 C31 δD [‰ SMOW]	6 Diff (Difference between two measur...)	7 C33 δD [‰ SMOW]	8 Diff (Difference between two measur...)	9 C29 δD [‰ SMOW] (ice volume corrected)	10 C31 δD [‰ SMOW] (ice volume corrected)	11 C33 δD [‰ SMOW] (ice volume corrected)	12 C29 δ13C [‰ PDB] (vs. VPDB)	13 Diff (Difference between two measur...)	14 C31 δ13C [‰ PDB] (vs. VPDB)	15 Diff (Difference between two measur...)	16 C33 δ13C [‰ PDB] (vs. VPDB)	17 Diff (Difference between two measur...)	18 C29 [ng/g] (concentration [ng/g dry sedim...)	19 C31 [ng/g] (concentration [ng/g dry sedim...)	20 C33 [ng/g] (concentration [ng/g dry sedim...)
0.01	0.26	-158		-153		-150		-158	-154	-150	-30.9		-31.3		-27.8		52.2	62.9	43.3
0.15	0.52	-153		-152		-146		-153	-152	-146	-31.5		-32.8		-29.1		33.8	49.1	31.3
0.30	0.80	-155		-153		-152		-155	-153	-152	-31.1		-32.3		-28.5		40.0	58.7	38.4
0.50	1.17	-156		-154		-150		-156	-154	-150	-30.7		-31.3		-28.0		40.0	45.8	25.9
0.66	1.46	-155		-152		-145		-155	-152	-145	-31.5		-31.6		-26.7		41.9	48.4	27.3
0.80	1.72	-156	6	-158	6	-158	3	-156	-158	-158	-30.8		-31.2		-27.8		79.8	135.5	104.5
1.00	2.00	-157	0	-158	1	-154	2	-157	-158	-154	-31.4	0.0	-32.5	0.1	-29.2	0.1	80.4	137.7	94.7
1.20	2.29	-154	5	-154	4	-150	0	-154	-154	-150	-31.6		-33.0		-30.0		65.9	100.4	61.2
1.36	2.51	-153		-151				-153	-151		-31.5		-32.8		-29.2		42.2	51.7	25.4
1.46	2.68	-154	2	-153	3	-149	6	-154	-154	-150	-31.6		-33.1		-30.0		71.5	107.2	62.0
1.60	2.92	-156	3	-153	2	-146	4	-156	-154	-146	-31.9		-33.4		-30.9		95.6	142.1	81.5
1.80	3.27	-157	2	-155	0	-147	1	-158	-155	-147	-32.1	0.0	-33.8	0.5	-31.2	0.0	130.7	185.8	98.2
2.00	3.61	-155		-153				-155	-153		-31.9		-33.7		-30.1		57.8	69.3	30.4
2.10	3.81	-157		-154		-146		-158	-155	-146	-31.9		-33.9		-30.6		68.8	89.0	43.9
2.25	4.13	-157		-156		-149		-157	-157	-149	-31.8		-33.5		-30.9		86.8	132.8	79.1
2.40	4.45	-156		-154		-143		-156	-155	-144	-31.7		-33.2		-30.4		56.1	77.9	44.7
2.55	4.78	-156	3	-155	3	-148	2	-156	-155	-148	-31.7		-33.8		-31.2		113.0	171.8	100.7
2.65	4.99	-156	1	-155	1	-145	2	-156	-155	-145	-31.8		-33.7		-31.5		119.1	182.8	102.1
2.78	5.27	-156	1	-155	1	-148	0	-156	-155	-149	-31.7	0.1	-33.7	0.0	-31.3	0.0	122.6	198.3	118.7
2.95	5.63	-155	2	-154	3	-145	2	-155	-155	-145	-31.7		-33.6		-31.3		118.3	177.6	103.8
3.10	5.95	-156	1	-156	1	-150	0	-157	-157	-151	-31.8	0.2	-33.6	0.3	-31.4	0.0	152.2	235.0	141.1
3.20	6.17	-157	0	-157	1	-149	0	-158	-158	-149	-31.4	0.1	-33.1	0.1	-31.0	0.1	111.5	174.1	102.3
3.30	6.38	-156	2	-155	1	-146	1	-157	-156	-146	-31.5		-33.5		-30.9		124.6	167.7	86.1
3.45	6.70	-156	0	-155	2	-146	0	-157	-155	-147	-31.5		-33.4		-30.7		104.4	142.9	76.8
3.55	6.95	-157		-155				-157	-156		-31.3		-33.2		-30.3		80.5	113.5	62.8
3.65	7.21	-157	2	-157	2	-148	3	-158	-158	-149	-31.6		-33.3		-30.5		133.9	193.7	108.9
3.75	7.46	-156	0	-157	0	-148	1	-157	-158	-149	-31.6		-33.2		-30.6		95.3	138.1	78.0
3.85	7.72	-156	1	-155	0	-149	1	-157	-156	-150	-31.7	0.1	-33.1	0.0	-30.5	0.1	111.9	160.7	93.2
3.95	7.97	-156	2	-155	1	-146	4	-157	-156	-147	-31.3		-33.1		-30.1		112.9	151.5	85.0
4.10	8.22	-155	3	-153	1	-146	5	-156	-154	-147	-31.5		-33.0		-29.9		133.6	182.2	102.5
4.25	8.48	-156	0	-154	0	-147	0	-157	-155	-148	-31.7	0.1	-33.0	0.2	-29.9	0.2	147.0	202.6	111.1
4.40	8.82	-154	1	-153	0	-147	0	-155	-154	-148	-31.7	0.1	-32.7	0.0	-29.7	0.1	134.0	196.1	113.6
4.48	9.06	-154	1	-152	0	-144	3	-155	-153	-145	-31.5		-32.4		-29.4		121.6	169.4	95.3
4.55	9.26	-155	0	-153	0	-145	0	-156	-154	-146	-31.5	0.2	-32.5	0.0	-30.0	0.1	135.9	191.6	110.7
4.61	9.43	-155	1	-152	0	-144	1	-156	-153	-145	-31.4		-32.3		-29.6		118.4	160.6	90.3
4.70	9.69	-156	0	-152	0	-146	0	-158	-154	-147	-31.3	0.2	-32.1	0.1	-29.2	0.0	112.4	167.8	100.4
4.78	9.93	-156		-154		-148		-157	-155	-149	-31.5		-32.2		-28.8		109.7	157.0	87.1
4.90	10.26	-156	1	-152	0	-147	1	-157	-153	-148	-31.7	0.2	-32.3	0.3	-29.1	0.0	117.0	184.2	107.2
5.00	10.53	-155	0	-151	1	-146	3	-156	-153	-147	-31.1		-31.8		-28.9		141.2	219.5	128.4
5.11	10.83	-153	0	-151	0	-146	1	-155	-153	-148	-31.0		-32.3		-29.0		100.1	146.7	83.6
5.29	11.32	-153	1	-152	1	-148	1	-155	-155	-150	-30.8	0.1	-31.0	0.1	-27.9	0.0	134.6	205.7	129.5
5.39	11.59	-153	1	-153	2	-151	0	-156	-156	-154	-30.8	0.0	-30.9	0.0	-27.7	0.1	160.0	268.5	197.7
5.50	11.93	-153	1	-154	1	-155	1	-156	-158	-158	-30.4	0.2	-30.1	0.3	-26.4	0.0	156.6	252.9	172.1
5.60	12.41	-152	3	-153	2	-157	1	-156	-157	-160	-30.8		-29.7		-26.0		137.2	225.2	145.0
5.65	12.65	-154		-155		-151		-157	-158	-155	-30.5		-29.4		-25.3		87.7	130.0	68.5
5.70	12.89	-151	1	-154	1	-154	0	-155	-158	-158	-30.6		-29.4		-25.9		124.7	188.5	123.4
5.75	13.14	-154		-154		-152		-158	-158	-156	-30.5		-29.3		-25.7		69.9	118.8	65.0
5.90	13.58	-154	0	-158	0	-160	0	-158	-162	-165	-30.5	0.2	-29.3	0.0	-25.8	0.1	221.6	375.5	253.9
6.04	14.02	-154	2	-157	1	-161	0	-158	-162	-166	-30.7	0.0	-29.5	0.2	-26.0	0.1	203.8	334.9	219.2
6.15	14.45			-159	0	-153	0		-164	-158	-30.8	0.1	-30.2	0.1	-26.8	0.1	366.4	385.5	220.2
6.25	14.85	-152	0	-157	1	-159	0	-158	-162	-165	-30.8	0.1	-29.9	0.1	-26.6	0.4	327.7	493.9	324.1
6.30	15.00	-154	1	-159	0	-163	1	-160	-165	-168	-30.5	0.1	-29.6	0.0	-26.3	0.2	326.3	484.4	297.3
6.39	15.38	-155	1	-160	2	-162	2	-161	-166	-168	-30.7	0.0	-29.8	0.1	-26.6	0.0	414.0	635.2	409.2
6.41	15.68	-153	2	-158	1	-162	2	-160	-164	-169	-30.6	0.0	-29.7	0.1	-26.2	0.0	338.7	516.0	341.3
6.45	16.27	-154	0	-160	1	-165	0	-161	-167	-172	-30.7	0.1	-29.8	0.0	-26.2	0.1	340.0	532.2	354.1
6.48	16.71	-155	1	-160	0	-164	0	-162	-168	-171	-30.1	0.1	-29.1	0.1	-25.6	0.0	217.7	317.2	199.0
6.55	17.33	-155	1	-161	0	-166	1	-162	-169	-174	-29.7	0.1	-28.4	0.2	-24.7	0.0	223.1	352.7	245.8
6.59	17.59	-155	0	-163	0	-167	0	-163	-171	-175	-29.6	0.2	-28.1	0.0	-24.5	0.0	246.1	398.1	277.6
6.64	17.88	-154	1	-160	0	-164	1	-162	-168	-172	-29.9	0.0	-28.6	0.1	-24.7	0.1	298.4	451.1	284.5
6.67	17.99	-157	1	-163	0	-165	1	-165	-171	-173	-30.1	0.1	-28.5	0.0	-24.6	0.0	208.6	316.8	179.6
6.71	18.19	-156	0	-161	0	-165	1	-164	-169	-173	-30.0	0.1	-28.6	0.1	-24.6	0.1	178.8	267.9	152.6
6.81	18.63	-154	0	-160	0	-163	0	-162	-168	-171	-30.2	0.0	-28.6	0.1	-24.8	0.1	184.6	277.0	164.0
6.90	19.14	-155	0	-160	1	-164	0	-163	-168	-172	-30.1	0.0	-28.7	0.1	-24.8	0.0	224.8	345.6	197.8
6.96	19.50	-156	0	-160	2	-163	1	-164	-168	-171	-30.2	0.0	-29.1	0.2	-25.0	0.0	187.2	261.9	144.7
7.05	20.02	-154	0	-159	0	-163	0	-162	-167	-171	-30.2	0.0	-29.0	0.1	-25.1	0.0	246.2	353.7	192.2
7.11	20.42	-153	0	-159	1	-160	1	-161	-167	-168	-30.2		-29.0		-25.1		218.2	327.7	183.1
7.15	20.62	-156	1	-161	1	-163	1	-164	-169	-171	-30.2	0.0	-28.9	0.1	-24.9	0.0	197.3	276.9	148.3
7.20	20.83	-157	0	-161	0	-164	1	-165	-168	-172	-29.8	0.1	-28.5		-24.5	0.3	210.6	319.5	177.0
7.28	21.16	-157	1	-163	1	-165	0	-164	-170	-173	-29.9		-28.5		-24.5		157.2	253.6	151.2
7.35	21.45	-157	1	-162	1	-165	0	-164	-170	-172	-29.9	0.1	-28.6	0.1	-24.5	0.1	199.1	294.2	167.6
7.40	21.65	-156	1	-162	0	-165	0	-163	-169	-172	-29.5	0.0	-28.3	0.0	-24.2	0.1	180.3	267.8	155.1
7.44	21.82	-157	1	-163	1	-167	0	-164	-171	-174	-29.5	0.0	-28.1	0.0	-24.2	0.1	271.7	451.1	274.0