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Data Publisher for Earth & Environmental Science

Bogdanov, Yury A; Lein, Alla Yu; Sagalevich, Anatoly M; Vasil'ev, N V; Ul'yanov, Alexander A (2005): (Table 3) Chemical composition of sulfide deposits from the Moose hydrothermal edifice, Snake Pit hydrothermal field [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.763176, In supplement to: Bogdanov, YA et al. (2005): Hydrothermal ore deposits of the Snake Pit hydrothermal field (Mid-Atlantic Ridge). Translated from Okeanologiya, 2005, 45(4), 574-591, Oceanology, 45(4), 543-559

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Project(s):
Archive of Ocean Data (ARCOD)
Coverage:
Median Latitude: 23.368754 * Median Longitude: -44.951033 * South-bound Latitude: 23.368550 * West-bound Longitude: -44.951770 * North-bound Latitude: 23.368850 * East-bound Longitude: -44.950850
Minimum Elevation: -3493.0 m * Maximum Elevation: -3488.0 m
Event(s):
AMK47-4327-1  * Latitude: 23.368550 * Longitude: -44.951770 * Elevation: -3492.0 m * Location: Snake Pit Hydrothermal Field, Beehive mound * Campaign: AMK47 * Basis: Akademik Mstislav Keldysh * Method/Device: MIR deep-sea manned submersible (MIR)
AMK47-4329-4  * Latitude: 23.368700 * Longitude: -44.950850 * Elevation: -3493.0 m * Location: Snake Pit Hydrothermal Field, Moose mound * Campaign: AMK47 * Basis: Akademik Mstislav Keldysh * Method/Device: MIR deep-sea manned submersible (MIR)
AMK47-4333-1  * Latitude: 23.368750 * Longitude: -44.950870 * Elevation: -3490.0 m * Location: Snake Pit Hydrothermal Field, Moose mound * Campaign: AMK47 * Basis: Akademik Mstislav Keldysh * Method/Device: MIR deep-sea manned submersible (MIR)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Event labelEvent
2 Latitude of eventLatitude
3 Longitude of eventLongitude
4 Elevation of eventElevationm
5 Sample code/labelSample labelBogdanov, Yury A
6 Sample typeSamp typeBogdanov, Yury A
7 Number of observationsNOBS#Bogdanov, Yury A
8 IronFe%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
9 IronFe%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
10 IronFe%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
11 ManganeseMn%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
12 ManganeseMn%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
13 ManganeseMn%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
14 CopperCu%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
15 CopperCu%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
16 CopperCu%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
17 ZincZn%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
18 ZincZn%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
19 ZincZn%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
20 LeadPb%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
21 LeadPb%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
22 LeadPb%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
23 NickelNi%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
24 NickelNi%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
25 NickelNi%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
26 CobaltCo%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
27 CobaltCo%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
28 CobaltCo%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
29 VanadiumVmg/kgBogdanov, Yury AX-ray fluorescence (XRF)
30 VanadiumVmg/kgBogdanov, Yury AX-ray fluorescence (XRF)min
31 VanadiumVmg/kgBogdanov, Yury AX-ray fluorescence (XRF)max
32 CadmiumCdmg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)
33 CadmiumCdmg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)min
34 CadmiumCdmg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)max
35 ChromiumCrmg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)
36 ChromiumCrmg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)min
37 ChromiumCrmg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)max
38 LithiumLimg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)
39 LithiumLimg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)min
40 LithiumLimg/kgBogdanov, Yury AAtomic absorption spectrometry (AAS)max
41 StrontiumSr%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
42 CalciumCa%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
43 CalciumCa%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
44 CalciumCa%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
45 MagnesiumMg%Bogdanov, Yury AAtomic absorption spectrometry (AAS)
46 MagnesiumMg%Bogdanov, Yury AAtomic absorption spectrometry (AAS)min
47 MagnesiumMg%Bogdanov, Yury AAtomic absorption spectrometry (AAS)max
48 AluminiumAl%Bogdanov, Yury AX-ray fluorescence (XRF)
49 AluminiumAl%Bogdanov, Yury AX-ray fluorescence (XRF)min
50 AluminiumAl%Bogdanov, Yury AX-ray fluorescence (XRF)max
51 TitaniumTi%Bogdanov, Yury AX-ray fluorescence (XRF)
52 TitaniumTi%Bogdanov, Yury AX-ray fluorescence (XRF)min
53 TitaniumTi%Bogdanov, Yury AX-ray fluorescence (XRF)max
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
166 data points

Data

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

1 
Event		2 
Latitude		3 
Longitude		4 
Elevation [m]		5 
Sample label		6 
Samp type		7 
NOBS [#]		8 
Fe [%]
(Atomic absorption spectrometr...)		9 
Fe [%]
(min, Atomic absorption spectr...)		10 
Fe [%]
(max, Atomic absorption spectr...)		11 
Mn [%]
(Atomic absorption spectrometr...)		12 
Mn [%]
(min, Atomic absorption spectr...)		13 
Mn [%]
(max, Atomic absorption spectr...)		14 
Cu [%]
(Atomic absorption spectrometr...)		15 
Cu [%]
(min, Atomic absorption spectr...)		16 
Cu [%]
(max, Atomic absorption spectr...)		17 
Zn [%]
(Atomic absorption spectrometr...)		18 
Zn [%]
(min, Atomic absorption spectr...)		19 
Zn [%]
(max, Atomic absorption spectr...)		20 
Pb [%]
(Atomic absorption spectrometr...)		21 
Pb [%]
(min, Atomic absorption spectr...)		22 
Pb [%]
(max, Atomic absorption spectr...)		23 
Ni [%]
(Atomic absorption spectrometr...)		24 
Ni [%]
(min, Atomic absorption spectr...)		25 
Ni [%]
(max, Atomic absorption spectr...)		26 
Co [%]
(Atomic absorption spectrometr...)		27 
Co [%]
(min, Atomic absorption spectr...)		28 
Co [%]
(max, Atomic absorption spectr...)		29 
V [mg/kg]
(X-ray fluorescence (XRF))		30 
V [mg/kg]
(min, X-ray fluorescence (XRF))		31 
V [mg/kg]
(max, X-ray fluorescence (XRF))		32 
Cd [mg/kg]
(Atomic absorption spectrometr...)		33 
Cd [mg/kg]
(min, Atomic absorption spectr...)		34 
Cd [mg/kg]
(max, Atomic absorption spectr...)		35 
Cr [mg/kg]
(Atomic absorption spectrometr...)		36 
Cr [mg/kg]
(min, Atomic absorption spectr...)		37 
Cr [mg/kg]
(max, Atomic absorption spectr...)		38 
Li [mg/kg]
(Atomic absorption spectrometr...)		39 
Li [mg/kg]
(min, Atomic absorption spectr...)		40 
Li [mg/kg]
(max, Atomic absorption spectr...)		41 
Sr [%]
(Atomic absorption spectrometr...)		42 
Ca [%]
(Atomic absorption spectrometr...)		43 
Ca [%]
(min, Atomic absorption spectr...)		44 
Ca [%]
(max, Atomic absorption spectr...)		45 
Mg [%]
(Atomic absorption spectrometr...)		46 
Mg [%]
(min, Atomic absorption spectr...)		47 
Mg [%]
(max, Atomic absorption spectr...)		48 
Al [%]
(X-ray fluorescence (XRF))		49 
Al [%]
(min, X-ray fluorescence (XRF))		50 
Al [%]
(max, X-ray fluorescence (XRF))		51 
Ti [%]
(X-ray fluorescence (XRF))		52 
Ti [%]
(min, X-ray fluorescence (XRF))		53 
Ti [%]
(max, X-ray fluorescence (XRF))
AMK47-4336-1 23.3688-44.9509-34894336-1relict chimney from the top of the active part of the edifice124.570.0182.41017.4000.3240.0190.1020605424940.0040.0640.09300.848<0.001
AMK47-4336-3 23.3688-44.9510-34894336-3fragment of a hydrothermal chimney from the top of the active part of the edifice327.6737.480.0020.012.11022.6700.0817.4<0.010.230.0250.0280.07000.1260140260291902254460.0040.0680.15800.00050.093<0.0100.290<0.010.092
AMK47-4336-2 23.3688-44.9509-34884336-2active hydrothermal chimney128.790.0710.04910.0000.2400.0210.000214059314<0.0040.0880.07500.050<0.010
AMK47-4333-1 23.3688-44.9509-34904333-1bench from the wall of the active part of the edifice118.810.0087.8309.0000.0530.0190.09001002342240.0120.0160.02000.1940.018
AMK47-4333-2 23.3688-44.9509-34904333-2bench from the wall of the active part of the edifice133.14<0.00125.6100.928<0.0100.0330.0110604237<4<0.0040.0760.0018<0.010<0.010
AMK47-4327-1 23.3686-44.9518-34924327-1the lowest zone of the active part of the edifice230.7131.510.0400.0400.040.2070.5151.045.60.020.040.0140.0230.00240.0056340380502842225<460.0040.0060.01440.01100.01100.0110.0380.128<0.010<0.01<0.010
AMK47-4329-4 23.3687-44.9508-34934329-4cocle at the foot of the active part of the edifice124.570.0082.4805.8000.1240.0160.031014015825100.0120.1000.09340.4680.018