Citation:

PANGAEA.804466

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Related to:

Budziak, Dörte (2001): Late Quaternary monsoonal climate and related variations in paleoproductivity and alkenone-derived sea-surface temperatures in the western Arabian Sea. Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 170, 114 pp, urn:nbn:de:gbv:46-ep000102949

Project(s):

Geosciences, University of Bremen (GeoB)

Coverage:

Latitude: 14.605000 * Longitude: 52.918333

Date/Time Start: 1995-03-07T23:11:00 * Date/Time End: 1995-03-07T23:11:00

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 0.285 m

Event(s):

GeoB3004-4 (M31/3-107_MC1, M31/3_MC371) * Latitude: 14.605000 * Longitude: 52.918333 * Date/Time: 1995-03-07T23:11:00 * Elevation: -1801.0 m * Recovery: 0.3 m * Location: Gulf of Aden * Campaign: (BIGSET) * Basis: * Method/Device: MultiCorer (MUC) * Comment: 2 big, 2 small tubes: clay / carbonate-ooze

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Salinity correction factor	SCF		Budziak, Dörte	Calculated
3	Water content, wet mass	Water wm	%	Budziak, Dörte	Calculated from weight/volume
4	Density, dry bulk	DBD	g/cm³	Budziak, Dörte	Calculated from weight/volume
5	Density, wet bulk	WBD	g/cm³	Budziak, Dörte	Calculated from weight/volume
6	Porosity	Poros	% vol	Budziak, Dörte	Calculated from weight/volume
7	Carbon, total	TC	%	Budziak, Dörte	Element analyser CHN
8	Carbon, organic, total	TOC	%	Budziak, Dörte	Element analyser CHN
9	Calcium carbonate	CaCO3	%	Budziak, Dörte	Element analyser CHN
10	Carbon in carbonate	C (carb)	%	Budziak, Dörte	Element analyser CHN
11	Nitrogen, total	TN	%	Budziak, Dörte	Element analyser CHN
12	Carbon/Nitrogen ratio	C/N		Budziak, Dörte	Calculated
13	δ13C, organic carbon	δ13C Corg	‰ PDB	Budziak, Dörte	Mass spectrometer Finnigan MAT 251
14	Heptatriaconta-8E,15E,22E-trien-2-one	C37:3Me	ng/g	Budziak, Dörte	Gas chromatography
15	Heptatriaconta-15E,22E-dien-2-one	C37:2Me	ng/g	Budziak, Dörte	Gas chromatography
16	Octatriaconta-9E,16E,23E-trien-3-one	C38:3Et	ng/g	Budziak, Dörte	Gas chromatography
17	Octatriaconta-9E,16E,23E-trien-2-one	C38:3Me	ng/g	Budziak, Dörte	Gas chromatography
18	Octatriaconta-16E,23E-dien-3-one	C38:2Et	ng/g	Budziak, Dörte	Gas chromatography
19	Octatriaconta-16E,23E-dien-2-one	C38:2Me	ng/g	Budziak, Dörte	Gas chromatography
20	Alkenone, C37:3+C37:2	K37	ng/g	Budziak, Dörte	Gas chromatography
21	Alkenone, C38:3Et+C38:2Et	K38e	ng/g	Budziak, Dörte	Gas chromatography
22	Alkenone, C38:3Me+C38:2Me	K38m	ng/g	Budziak, Dörte	Gas chromatography
23	Alkenone, C38:3Et+C38:2Et+C38:3Me+C38:2Me	K38	ng/g	Budziak, Dörte	Gas chromatography
24	Alkenone, unsaturation index UK38	UK38		Budziak, Dörte	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
25	Alkenone, unsaturation index UK38Et	UK38Et		Budziak, Dörte	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
26	Alkenone, unsaturation index UK38Me	UK38Me		Budziak, Dörte	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
27	Alkenone, unsaturation index UK'37	UK'37		Budziak, Dörte	Calculated from C37 alkenones (Brassell et al., 1986)
28	Alkenone, C37 normalized to total organic carbon	K37 n TOC	µg/g	Budziak, Dörte	Calculated
29	Alkenone, C38 normalized to total organic carbon	K38 n TOC	µg/g	Budziak, Dörte	Calculated from C38 alkenones (Brassel, 1993, in Engel, Organic Geochemistry)
30	Alkenone, C37+C38 normalized to total organic carbon	(K37+K38) n TOC	µg/g	Budziak, Dörte	Calculated
31	Alkenone, C37/C38 ratio	K37/K38		Budziak, Dörte	Calculated
32	Alkenone, C37/C38e ratio	K37/K38e		Budziak, Dörte	Calculated
33	Alkenone, C37/C38m ratio	K37/K38m		Budziak, Dörte	Calculated
34	Sea surface temperature, annual mean	SST (1-12)	°C	Budziak, Dörte	Calculated, see reference(s)

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

957 data points

Data

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

1 Depth sed [m]	2 SCF	3 Water wm [%]	4 DBD [g/cm³]	5 WBD [g/cm³]	6 Poros [% vol]	7 TC [%]	8 TOC [%]	9 CaCO3 [%]	10 C (carb) [%]	11 TN [%]	12 C/N	13 δ13C Corg [‰ PDB]	14 C37:3Me [ng/g]	15 C37:2Me [ng/g]	16 C38:3Et [ng/g]	17 C38:3Me [ng/g]	18 C38:2Et [ng/g]	19 C38:2Me [ng/g]	20 K37 [ng/g]	21 K38e [ng/g]	22 K38m [ng/g]	23 K38 [ng/g]	24 UK38	25 UK38Et	26 UK38Me	27 UK'37	28 K37 n TOC [µg/g]	29 K38 n TOC [µg/g]	30 (K37+K38) n TOC [µg/g]	31 K37/K38	32 K37/K38e	33 K37/K38m	34 SST (1-12) [°C]
0.005	1.151	81.1	0.22	1.16	91.7	8.40	1.96	53.6	6.44	0.25	7.89	-20.22	55	1054	68	25	694	213	1108	762	238	1000	0.907	0.911	0.896	0.951	00057	00051	00108	1.11	1.45	4.66	26.8
0.015	1.102	74.5	0.31	1.21	88.3	9.02	2.04	58.2	6.98	0.26	7.84	-20.20	89	1418	58	32	891	355	1507	950	387	1337	0.933	0.939	0.918	0.941	00074	00066	00140	1.13	1.59	3.90	26.5
0.025	1.083	70.4	0.37	1.25	86.0	9.18	2.23	57.9	6.95	0.27	8.19	-20.35	101	1599	59	38	951	354	1700	1010	392	1403	0.931	0.942	0.902	0.941	00076	00063	00139	1.21	1.68	4.33	26.5
0.035	1.070	66.6	0.43	1.29	83.8	9.21	2.18	58.6	7.04	0.28	7.92	-20.29	88	1361	61	37	789	294	1449	850	331	1182	0.917	0.928	0.887	0.939	00067	00054	00121	1.23	1.70	4.37	26.5
0.045	1.068	65.9	0.44	1.30	83.3	9.27	2.18	59.0	7.09	0.28	7.71	-20.24	73	1192	54	27	708	258	1265	762	285	1047	0.922	0.929	0.905	0.942	00058	00048	00106	1.21	1.66	4.44	26.6
0.055	1.065	64.9	0.46	1.31	82.7	9.19	2.11	59.0	7.08	0.28	7.68	-20.25	82	1321	59	23	786	275	1402	845	298	1144	0.928	0.930	0.923	0.942	00067	00054	00121	1.23	1.66	4.70	26.6
0.065	1.064	64.7	0.46	1.31	82.6	9.24	2.03	60.1	7.21	0.27	7.53	-20.28	79	1289	69	29	759	279	1368	828	308	1137	0.914	0.917	0.905	0.942	00067	00056	00123	1.20	1.65	4.44	26.6
0.075	1.062	64.1	0.47	1.31	82.2	9.26	2.07	59.9	7.19	0.27	7.83	-20.27	74	1179	63	24	689	263	1254	753	287	1040	0.916	0.916	0.915	0.941	00060	00050	00111	1.21	1.67	4.37	26.5
0.085	1.059	62.6	0.50	1.33	81.2	9.17	2.00	59.7	7.17	0.26	7.79	-20.30	73	1156	68	25	700	249	1229	767	274	1041	0.911	0.912	0.909	0.941	00061	00052	00114	1.18	1.60	4.49	26.5
0.095	1.056	61.6	0.51	1.34	80.6	9.17	2.07	59.2	7.10	0.25	8.21	-20.22	71	1136	62	21	635	248	1207	697	270	967	0.914	0.911	0.921	0.941	00058	00047	00105	1.25	1.73	4.48	26.5
0.105	1.054	60.6	0.53	1.35	79.9	9.14	2.06	59.0	7.08	0.25	8.21	-20.33	67	1096	66	24	619	242	1164	685	266	951	0.905	0.904	0.910	0.942	00057	00046	00103	1.22	1.70	4.37	26.6
0.115	1.054	60.6	0.53	1.35	79.9	9.19	1.98	60.1	7.22	0.24	8.08	-20.35	65	1020	66	15	581	217	1085	647	233	879	0.908	0.898	0.934	0.940	00055	00044	00099	1.23	1.68	4.66	26.5
0.125	1.053	60.2	0.54	1.36	79.6	9.22	2.00	60.2	7.22	0.24	8.15	-20.26	73	1138	87	28	670	252	1211	758	281	1039	0.888	0.885	0.899	0.940	00061	00052	00113	1.17	1.60	4.32	26.5
0.135	1.054	60.6	0.53	1.35	79.9	9.23	1.97	60.5	7.26	0.24	8.24	-19.93	71	1110	91	36	679	271	1181	770	307	1077	0.881	0.881	0.882	0.940	00060	00055	00115	1.10	1.53	3.85	26.5
0.145	1.050	58.9	0.56	1.37	78.7	9.26	1.94	61.0	7.32	0.23	8.29	-20.12	64	946	75	21	564	225	1010	639	246	885	0.892	0.883	0.913	0.937	00052	00046	00098	1.14	1.58	4.10	26.4
0.155	1.049	58.1	0.58	1.38	78.2	9.23	1.89	61.2	7.34	0.23	8.34	-20.18	54	820	76	20	481	191	874	558	211	769	0.874	0.863	0.905	0.938	00046	00041	00087	1.14	1.57	4.15	26.4
0.165	1.051	59.2	0.56	1.37	79.0	9.16	1.91	60.4	7.25	0.22	8.68	-20.11	63	924	86	25	558	210	988	644	235	879	0.873	0.866	0.894	0.936	00052	00046	00097	1.12	1.53	4.21	26.4
0.175	1.051	59.5	0.55	1.36	79.1	9.23	1.86	61.3	7.36	0.23	8.02	-20.15	58	851	82	22	507	203	910	589	225	815	0.872	0.861	0.901	0.936	00049	00044	00092	1.12	1.54	4.04	26.4
0.185	1.050	59.0	0.56	1.37	78.8	9.22	1.77	62.0	7.44	0.22	8.12	-20.25	62	872	87	26	542	201	934	629	227	856	0.868	0.861	0.887	0.933	00053	00048	00101	1.09	1.48	4.12	26.3
0.195	1.050	58.9	0.56	1.37	78.7	9.26	1.67	63.3	7.59	0.21	7.77	-20.22	61	850	90	25	514	198	911	604	223	827	0.861	0.851	0.888	0.933	00055	00050	00104	1.10	1.51	4.09	26.3
0.205	1.048	57.7	0.58	1.38	77.9	9.17	1.60	63.1	7.57	0.20	8.04	-20.23	53	700	70	21	422	158	753	493	179	671	0.864	0.857	0.882	0.930	00047	00042	00089	1.12	1.53	4.21	26.2
0.215	1.051	59.5	0.55	1.36	79.2	9.22	1.50	64.3	7.72	0.18	8.17	-20.08	54	691	78	21	427	150	745	504	171	675	0.855	0.846	0.879	0.928	00050	00045	00095	1.10	1.48	4.37	26.1
0.225	1.049	58.5	0.57	1.37	78.5	9.21	1.39	65.2	7.82	0.17	8.20	-20.03	37	478	64	14	270	99	515	334	112	446	0.827	0.809	0.880	0.928	00037	00032	00069	1.15	1.54	4.58	26.2
0.235	1.052	59.5	0.55	1.36	79.2	9.23	1.39	65.4	7.85	0.17	8.40	-20.06	52	612	69	18	365	131	665	434	149	583	0.850	0.840	0.878	0.921	00048	00042	00090	1.14	1.53	4.45	25.9
0.245	1.049	58.3	0.57	1.38	78.3	9.23	1.45	64.8	7.77	0.17	8.45	-19.76	55	648	71	21	403	143	703	475	163	638	0.856	0.850	0.874	0.922	00048	00044	00092	1.10	1.48	4.30	26.0
0.255	1.045	56.2	0.61	1.40	76.9	9.20	1.38	65.2	7.82	0.17	8.24	-19.92	57	661	71	18	403	141	718	475	159	634	0.859	0.850	0.887	0.921	00052	00046	00098	1.13	1.51	4.51	25.9
0.265	1.047	57.2	0.60	1.39	77.5	9.27	1.38	65.7	7.89	0.16	8.78	-19.77	54	663	71	17	400	135	717	470	151	622	0.859	0.850	0.888	0.924	00052	00045	00097	1.15	1.52	4.73	26.0
0.275	1.045	56.0	0.62	1.40	76.7	9.20	1.33	65.6	7.87	0.16	8.40	-19.89	49	606	64	14	364	122	655	427	136	563	0.863	0.851	0.900	0.926	00049	00042	00091	1.16	1.53	4.82	26.1
0.285	1.046	56.9	0.60	1.39	77.4	9.24	1.29	66.3	7.96	0.15	8.36	-19.92	49	608	65	15	378	135	657	443	150	593	0.865	0.853	0.902	0.926	00051	00046	00097	1.11	1.48	4.39	26.1