Citation:

j.epsl.2019.115877

Name: Core incubation geochemical data from Greenland margin and the Labrador Sea
Published: 2019-10-28
License: https://creativecommons.org/licenses/by/4.0/
Keywords: core incubation; geochemical archives; isotopes; pore water; Porifera; silicic acid

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Keyword(s):

core incubation; geochemical archives; isotopes; pore water; Porifera; silicic acid

Project(s):

Isotope CYcling in the LABrador Sea (ICY-LAB)

Funding:

Horizon 2020 (H2020), grant/award no. 678371 : Isotope CYcling in the LABrador Sea

Coverage:

Median Latitude: 58.268164 * Median Longitude: -47.965171 * South-bound Latitude: 50.159150 * West-bound Longitude: -53.774310 * North-bound Latitude: 63.815410 * East-bound Longitude: -44.415100

Date/Time Start: 2017-07-08T07:57:00 * Date/Time End: 2017-07-30T21:21:00

Minimum Elevation: -3721.0 m * Maximum Elevation: -518.0 m

Event(s):

DY081_MGA01 (DY081_3) * Latitude: 50.159150 * Longitude: -45.508300 * Date/Time: 2017-07-08T07:57:00 * Elevation: -3721.0 m * Campaign: (ICY-LAB) * Basis: Discovery (2013) * Method/Device: Core drilling (CDRILL) * Comment: Orphan Knoll

DY081_MGA02 (DY081_9) * Latitude: 50.515470 * Longitude: -46.279020 * Date/Time: 2017-07-11T19:02:00 * Elevation: -1769.0 m * Campaign: (ICY-LAB) * Basis: Discovery (2013) * Method/Device: Core drilling (CDRILL) * Comment: Orphan Knoll

DY081_MGA03 (DY081_18) * Latitude: 63.815410 * Longitude: -53.774310 * Date/Time: 2017-07-17T21:14:00 * Elevation: -1301.0 m * Campaign: (ICY-LAB) * Basis: Discovery (2013) * Method/Device: Core drilling (CDRILL) * Comment: Nuuk

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Ng, Hong Chin
2	Incubation duration	Inc dur	days	Ng, Hong Chin	t
3	Height	Height	m	Ng, Hong Chin	core-top water column height (h)
4	Ratio	Ratio		Ng, Hong Chin	[days/m] ratio of incubation duration to core-top water column height (t/h)
5	Silicon, dissolved	DSi	mmol/m³	Ng, Hong Chin	unit is equivalent to μM; analytical errors are 2-3 % of measurements
6	δ29Si	δ29Si	‰ NBS	Ng, Hong Chin
7	Standard deviation	Std dev	±	Ng, Hong Chin
8	δ30Si	δ30Si	‰ NBS	Ng, Hong Chin
9	Standard deviation	Std dev	±	Ng, Hong Chin

License:

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

Size:

424 data points

Data

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

1 Event	2 Inc dur [days] (t)	3 Height [m] (core-top water column height (h))	4 Ratio ([days/m] ratio of incubation ...)	5 DSi [mmol/m³] (unit is equivalent to μM; ana...)	6 δ29Si [‰ NBS]	7 Std dev [±]	8 δ30Si [‰ NBS]	9 Std dev [±]
DY081_MGA01	0.00	0.315	0.00	6.82	0.80	0.01	1.45	0.09
DY081_MGA01	0.08	0.309	0.25	7.17
DY081_MGA01	0.15	0.302	0.51	7.20
DY081_MGA01	0.26	0.296	0.87	7.34
DY081_MGA01	0.35	0.290	1.22	7.29
DY081_MGA01	0.44	0.283	1.55	7.37
DY081_MGA01	0.54	0.277	1.95	7.45
DY081_MGA01	0.62	0.270	2.28	7.47
DY081_MGA01	0.70	0.264	2.64	7.54
DY081_MGA01	0.78	0.258	3.04	7.53
DY081_MGA01	0.87	0.251	3.46	7.69	0.86		1.54
DY081_MGA01	0.97	0.245	3.96	8.06
DY081_MGA01	0.97	0.245	3.96	8.51
DY081_MGA01	1.12	0.239	4.70	8.72	0.74		1.41
DY081_MGA02	0.02	0.170	0.14	12.49	0.83		1.41
DY081_MGA02	0.11	0.164	0.65	10.29
DY081_MGA02	0.20	0.156	1.31	12.94
DY081_MGA02	0.29	0.149	1.97	13.41
DY081_MGA02	0.38	0.143	2.64	14.30
DY081_MGA02	0.46	0.137	3.38	14.70
DY081_MGA02	0.56	0.130	4.26	15.53	0.79		1.29
DY081_MGA02	0.68	0.124	5.49	16.29
DY081_MGA02	0.76	0.118	6.50	16.98
DY081_MGA02	0.85	0.111	7.65	17.55
DY081_MGA02	0.93	0.105	8.87	17.92
DY081_MGA02	1.01	0.098	10.28	18.76	0.80		1.54
DY081_MGA03	0.02	0.195	0.10	10.83	0.78		1.41
DY081_MGA03	0.10	0.188	0.54	10.96	0.70		1.29
DY081_MGA03	0.19	0.181	1.02	10.91	0.74	0.03	1.34	0.00
DY081_MGA03	0.27	0.175	1.56	12.82	0.72		1.42
DY081_MGA03	0.35	0.168	2.10	14.47	0.82	0.11	1.49	0.00
DY081_MGA03	0.46	0.161	2.83	16.23	0.74		1.36
DY081_MGA03	0.52	0.155	3.36	17.11	0.85		1.53
DY081_MGA03	0.61	0.149	4.10	17.56	0.86		1.60
DY081_MGA03	0.69	0.142	4.88	19.24	0.88		1.63
DY081_MGA03	0.79	0.136	5.85	21.14	0.89		1.71
DY081_MGA03	0.89	0.129	6.88	22.67	0.81		1.66
DY081_MGA04	0.02	0.175	0.13	11.20	0.79		1.40
DY081_MGA04	0.11	0.169	0.66	12.04
DY081_MGA04	0.20	0.162	1.21	12.83
DY081_MGA04	0.27	0.156	1.74	12.59
DY081_MGA04	0.36	0.150	2.42	13.89
DY081_MGA04	0.45	0.143	3.11	14.16
DY081_MGA04	0.53	0.137	3.89	14.41
DY081_MGA04	0.61	0.130	4.73	14.72	0.79		1.44
DY081_MGA04	0.69	0.124	5.59	14.91
DY081_MGA04	0.78	0.117	6.66	14.88
DY081_MGA04	0.88	0.111	7.95	15.33
DY081_MGA04	0.97	0.105	9.23	15.92	0.84		1.42
DY081_MGA05	0.02	0.290	0.08	9.88	0.70		1.27
DY081_MGA05	0.11	0.284	0.38	12.59	0.65		1.01
DY081_MGA05	0.19	0.277	0.69	14.57
DY081_MGA05	0.27	0.271	1.01	15.02	0.41		0.76
DY081_MGA05	0.36	0.265	1.35	16.73
DY081_MGA05	0.45	0.259	1.73	17.82
DY081_MGA05	0.53	0.253	2.08	19.11	0.37		0.69
DY081_MGA05	0.62	0.246	2.50	20.22	0.28		0.62
DY081_MGA05	0.70	0.240	2.92	20.47
DY081_MGA05	0.77	0.234	3.30	21.42	0.35		0.44
DY081_MGA05	0.86	0.227	3.79	22.34	0.29		0.56
DY081_MGA05	0.95	0.221	4.28	24.72	0.15	0.03	0.21	0.08
DY081_MGA06	0.04	0.140	0.25	9.88	0.79		1.36
DY081_MGA06	0.12	0.137	0.88	10.04
DY081_MGA06	0.20	0.131	1.53	10.29	0.77	0.02	1.39	0.19
DY081_MGA06	0.28	0.125	2.23	8.33
DY081_MGA06	0.40	0.118	3.42	11.45	0.79		1.51
DY081_MGA06	0.51	0.112	4.51	13.57
DY081_MGA06	0.57	0.106	5.43	13.99	0.78		1.56
DY081_MGA06	0.67	0.099	6.73	14.72
DY081_MGA06	0.75	0.093	8.09	15.45	0.82		1.48
DY081_MGA06	0.86	0.086	9.96	13.24
DY081_MGA06	0.91	0.080	11.46	16.82	0.79		1.51
DY081_MGA06	1.00	0.073	13.65	15.32	0.84		1.55
DY081_MGA07	0.03	0.160	0.18	9.64	0.74		1.58
DY081_MGA07	0.11	0.154	0.70	9.98
DY081_MGA07	0.19	0.147	1.29	8.25
DY081_MGA07	0.27	0.141	1.91	10.35
DY081_MGA07	0.37	0.134	2.74	10.76
DY081_MGA07	0.45	0.128	3.51	10.83
DY081_MGA07	0.53	0.122	4.32	10.93
DY081_MGA07	0.63	0.115	5.48	11.14
DY081_MGA07	0.71	0.109	6.55	10.89
DY081_MGA07	0.81	0.102	7.91	14.64
DY081_MGA07	0.87	0.096	8.98	14.59
DY081_MGA07	1.01	0.090	11.17	15.92	0.84		1.55