Citation:

j.epsl.2013.11.008

Name: (Tab 3) Dust contribution to lithogenic fraction and dust flux in core-top sediments during SONNE cruise SO202 (INOPEX)
Published: 2014
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Median Latitude: 46.386604 * Median Longitude: 178.732135 * South-bound Latitude: 37.767500 * West-bound Longitude: 149.485000 * North-bound Latitude: 54.418500 * East-bound Longitude: -148.884300

Date/Time Start: 2009-07-10T15:29:00 * Date/Time End: 2009-08-23T09:56:00

Minimum DEPTH, sediment/rock: 0 m * Maximum DEPTH, sediment/rock: 0 m

Event(s):

SO202/1_01-3 * Latitude: 44.025900 * Longitude: 152.919900 * Date/Time: 2009-07-10T15:29:00 * Elevation: -5282.0 m * Recovery: 0.32 m * Location: North Pacific Ocean * Campaign: (INOPEX) * Basis: * Method/Device: MultiCorer (MUC) * Comment: 11x(0.23-0.32)

SO202/1_02-4 * Latitude: 46.968900 * Longitude: 156.982100 * Date/Time: 2009-07-12T05:42:00 * Elevation: -4822.0 m * Recovery: 0.29 m * Location: North Pacific Ocean * Campaign: (INOPEX) * Basis: * Method/Device: MultiCorer (MUC) * Comment: 10x(0.26-0.29)

SO202/1_03-4 * Latitude: 49.614100 * Longitude: 160.379000 * Date/Time: 2009-07-13T15:40:00 * Elevation: -5429.0 m * Recovery: 0.31 m * Location: North Pacific Ocean * Campaign: (INOPEX) * Basis: * Method/Device: MultiCorer (MUC) * Comment: 12x(0.25-0.31)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event
2	Latitude of event	Latitude
3	Longitude of event	Longitude
4	Elevation of event	Elevation	m
5	DEPTH, sediment/rock	Depth sed	m		Geocode
6	Dust contribution to lithogenic fraction	Dust lith frac		Serno, Sascha	4He terr approach
7	Dust contribution to lithogenic fraction, standard deviation	Dust lith frac std dev	±	Serno, Sascha	4He terr approach
8	Dust, flux	Dust flux	mg/m²/a	Serno, Sascha	4He terr approach
9	Dust, flux, standard deviation	Dust flux std dev	±	Serno, Sascha	4He terr approach
10	Dust contribution to lithogenic fraction	Dust lith frac		Serno, Sascha	232Th approach
11	Dust contribution to lithogenic fraction, standard deviation	Dust lith frac std dev	±	Serno, Sascha	232Th approach
12	Dust, flux	Dust flux	mg/m²/a	Serno, Sascha	232Th approach
13	Dust, flux, standard deviation	Dust flux std dev	±	Serno, Sascha	232Th approach
14	Dust contribution to lithogenic fraction	Dust lith frac		Serno, Sascha	REE approach
15	Dust contribution to lithogenic fraction, standard deviation	Dust lith frac std dev	±	Serno, Sascha	REE approach
16	Dust, flux	Dust flux	mg/m²/a	Serno, Sascha	REE approach
17	Dust, flux, standard deviation	Dust flux std dev	±	Serno, Sascha	REE approach
18	Fine endmember contribution to lithogenic fraction	FEM lith		Serno, Sascha	Weibull endmember modeling
19	Fine endmember-derived, flux	FEM flux	mg/m²/a	Serno, Sascha	Weibull endmember modeling
20	Fine endmember-derived, flux, standard deviation	FEM flux std dev	±	Serno, Sascha	Weibull endmember modeling
21	Dust, flux	Dust flux	mg/m²/a	Serno, Sascha	Best average flux estimate
22	Dust, flux, standard deviation	Dust flux std dev	±	Serno, Sascha	Best average flux estimate

License:

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

Size:

433 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Elevation [m]	6 Dust lith frac (4He terr approach)	7 Dust lith frac std dev [±] (4He terr approach)	8 Dust flux [mg/m²/a] (4He terr approach)	9 Dust flux std dev [±] (4He terr approach)	10 Dust lith frac (232Th approach)	11 Dust lith frac std dev [±] (232Th approach)	12 Dust flux [mg/m²/a] (232Th approach)	13 Dust flux std dev [±] (232Th approach)	14 Dust lith frac (REE approach)	15 Dust lith frac std dev [±] (REE approach)	16 Dust flux [mg/m²/a] (REE approach)	17 Dust flux std dev [±] (REE approach)	18 FEM lith (Weibull endmember modeling)	19 FEM flux [mg/m²/a] (Weibull endmember modeling)	20 FEM flux std dev [±] (Weibull endmember modeling)	21 Dust flux [mg/m²/a] (Best average flux estimate)	22 Dust flux std dev [±] (Best average flux estimate)
SO202/1_01-3	44.0259	152.9199	-5282	0.263	0.025	2549	257	0.283	0.040	2751	404	0.398	0.061	3863	609				2650	202
SO202/1_02-4	46.9689	156.9821	-4822	0.109	0.007	1626	121	0.045	0.016	671	247	0.160	0.059	2388	883	0.51	7604	244	1149	955
SO202/1_03-4	49.6141	160.3790	-5429	0.141	0.010	1275	97	0.155	0.029	1405	271	0.317	0.060	2869	553	0.65	5876	193	1340	130
SO202/1_04-3	51.8633	163.1604	-5273	0.170	0.028	2476	416	0.097	0.023	1415	344	0.143	0.134	2077	1947	0.54	7862	251	1946	1061
SO202/1_05-3	52.6961	164.9193	-3362	0.129	0.007	1100	73	0.101	0.024	862	206	0.163	0.132	1391	1128	0.59	5038	163	981	238
SO202/1_06-2	51.9020	166.4902	-3422	0.196	0.013	1390	105	0.145	0.028	1030	205	0.214	0.130	1519	924	0.56	3974	129	1210	360
SO202/1_08-1	50.5422	170.8213	-3630	0.217	0.016	2138	163	0.125	0.025	1231	248	0.260	0.128	2564	1262	0.74	7306	174	1684	907
SO202/1_09-2	49.6635	175.1615	-5028	0.229	0.017	1601	132	0.214	0.035	1502	248	0.438	0.119	3068	840	0.94	6584	217	1552	99
SO202/1_23-4	52.1727	-160.5043	-4613	0.180	0.009	3089	352	0.161	0.028	2761	561	0.114	0.047	1958	834	0.67	11515	1191	2925	328
SO202/1_24-2	53.0025	-157.1930	-4565	0.158	0.006	2561	123	0.158	0.030	2567	489	0.028	0.042	455	681	0.57	9241	301	2564	6
SO202/1_25-1	54.0985	-152.6857	-4588	0.211	0.008	1618	79	0.225	0.035	1721	276	0.365	0.060	2797	469	0.74	5665	182	1670	104
SO202/1_27-1	54.2962	-149.5972	-2916	0.177	0.009	1479	90	0.158	0.030	1326	252	0.173	0.050	1446	422	0.43	3600	115	1403	154
SO202/1_28-1	54.4185	-148.8843	-3710	0.295	0.005	2094	77	0.216	0.035	1530	251	0.422	0.063	2992	458	0.70	4969	159	1812	564
SO202/1_29-5	52.0280	-148.8947	-3984	0.474	0.022	1743	98	0.282	0.040	1038	150	0.563	0.071	2073	268	0.61	2245	71	1391	705
SO202/1_31-5	49.6775	-152.5475	-3744	0.316	0.203	1369	880	0.170	0.029	737	124	0.280	0.060	1213	260	0.31	1341	25	1053	632
SO202/1_32-5	45.5003	-158.4998	-5302	0.979	0.045	1664	499	0.814	0.070	1383	415	1.000	0.080	1700	510	0.85	1445	434	1524	281
SO202/1_33-5	45.0838	-174.1407	-6159	1.000	0.093	1732	520	0.990	0.079	1715	515	0.943	0.067	1634	490	0.87	1507	452	1724	17
SO202/1_34-4	40.8875	-177.6760	-5713	1.000	0.021	1282	385	1.000	0.084	1282	385	1.000	0.087	1282	385	0.96	1231	369	1282	0
SO202/1_36-6	38.1898	176.6966	-4522	1.000	0.028	1390	417	0.854	0.072	1188	356	1.000	0.081	1390	417	0.89	1237	371	1289	202
SO202/1_37-1	37.7675	176.2683	-3573	1.000	0.029	1057	38	1.000	0.088	1057	96	1.000	0.100	1057	108				1057	0
SO202/1_38-1	38.0435	169.2812	-5503	0.908	0.013	1782	535	0.884	0.074	1735	520	0.991	0.074	1946	584	0.93	1826	548	1758	47
SO202/1_39-2	38.0115	164.4467	-5096	0.762	0.033	1780	534	0.780	0.069	1821	546	0.879	0.066	2053	616	0.91	2125	638	1801	41
SO202/1_40-2	38.0013	162.6848	-3462	0.843	0.098	1822	213	0.831	0.067	1796	148	1.000	0.078	2161	173				1809	27
SO202/1_41-3	38.4132	160.3342	-5408	0.555	0.012	1588	476	0.728	0.066	2084	625	0.900	0.066	2575	772	0.96	2747	824	1836	496
SO202/1_42-3	38.8917	157.6282	-5535	0.491	0.022	1453	436	0.651	0.062	1925	578	0.874	0.066	2586	776	0.91	2692	808	1689	472
SO202/1_45-2	40.2917	149.4850	-5476	0.440	0.037	2368	710	0.566	0.053	3047	914	0.625	0.063	3363	1009	0.78	4198	1259	2708	679