Citation:

PANGAEA.712421

Name: Mesozooplankton biomass during Mikhail Lomonosov cruise ML30, Part V
Published: 2008-04-10
License: https://creativecommons.org/licenses/by/3.0/

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Published: 2008-04-10 • DOI registered: 2008-05-09

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Related to:

Piontkovski, Sergey (2002): The Global Plankton Database: an inventory and data from the former Soviet Union expeditions. Darwin Initiative for the Survival of Species (Intas INFO 00-059), NATO Science for Stability TU-Black Sea project (1994-1997), NATO Science for Peace project (1999-2002); Plymouth Marine Laboratory, United Kingdom; Institute of Biology of the Southern Seas & Marine Hydrophysical Institute, Sevastopol, Ukraine; Institute of Zoology of Azerbaijan Academy of Sciences, Baku, Azerbaijan; Institute of Zoology, Almaty, Kazakhstan, CD-ROM

Other version:

Global Plankton Database: inventory and data for cruise ML30 [dataset]. ML30_zoo.zip

Coverage:

Median Latitude: -21.646091 * Median Longitude: -40.302915 * South-bound Latitude: -46.000000 * West-bound Longitude: -57.900000 * North-bound Latitude: 36.091700 * East-bound Longitude: -6.883300

Date/Time Start: 1976-04-29T18:45:00 * Date/Time End: 1976-08-07T00:20:00

Minimum DEPTH, water: 5.0 m * Maximum DEPTH, water: 656.0 m

Event(s):

ML30-track * Latitude Start: 36.000000 * Longitude Start: -7.000000 * Latitude End: 36.000000 * Longitude End: -6.883300 * Date/Time Start: 1976-04-29T18:45:00 * Date/Time End: 1976-08-07T00:20:00 * Location: North Atlantic Ocean * Campaign: * Basis: Mikhail Lomonosov * Method/Device: Underway cruise track measurements (CT)

Comment:

Mesozooplankton was sampled by open-closing JUDAY net with a 36 cm ring diameter and mesh size of 125 µm. Additionally, the JUDAY oceanic model JOM with 300 µm mesh size and 80 cm ring diameter was used. The open-closing mechanism used was the Nansen mechanical lock system allowing nets to be vertically towed through standard depths (0-10, 10-25, 25-50, 50-100, 100-200, 200-300, 300-500 m) and closed at the upper depth level. Depth of tow was evaluated by wire paid out and the angle of wire inclination. The 10-20 ml samples were preserved in 3-4% buffered formaldehyde and processed on return to the laboratory. All of copepods were identified to genus level, other taxanomic groups - to type, class, order and family levels.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DATE/TIME	Date/Time			Geocode
2	LATITUDE	Latitude			Geocode
3	LONGITUDE	Longitude			Geocode
4	DEPTH, water	Depth water	m		Geocode
5	Depth, bathymetric	Bathy depth	m	Baldina, E P
6	Sample code/label	Sample label		Baldina, E P
7	Depth, top/min	Depth top	m	Baldina, E P
8	Depth, bottom/max	Depth bot	m	Baldina, E P
9	Volume	Vol	m³	Baldina, E P
10	Scaphocalanus echinatus, female, biomass as carbon	S. echinatus f C	µg/l	Baldina, E P
11	Scaphocalanus echinatus, male, biomass as carbon	S. echinatus m C	µg/l	Baldina, E P
12	Scaphocalanus spp., copepodites, biomass as carbon	Scaphocalanus spp. c C	µg/l	Baldina, E P
13	Scaphocalanus spp., c3, biomass as carbon	Scaphocalanus spp. c3 C	µg/l	Baldina, E P
14	Scaphocalanus spp., c4, biomass as carbon	Scaphocalanus spp. c4 C	µg/l	Baldina, E P
15	Scaphocalanus spp., c5, biomass as carbon	Scaphocalanus spp. c5 C	µg/l	Baldina, E P
16	Scaphocalanus spp., female, biomass as carbon	Scaphocalanus spp. f C	µg/l	Baldina, E P
17	Scaphocalanus spp., male, biomass as carbon	Scaphocalanus spp. m C	µg/l	Baldina, E P
18	Scaphocalanus subbrevicornis, female, biomass as carbon	S. subbrevicornis f C	µg/l	Baldina, E P
19	Scaphocalanus subcurtus, female, biomass as carbon	S. subcurtus f C	µg/l	Baldina, E P
20	Scolecithricella abyssalis, female, biomass as carbon	S. abyssalis f C	µg/l	Baldina, E P
21	Scolecithricella auropecten, c5, biomass as carbon	S. auropecten c5 C	µg/l	Baldina, E P
22	Scolecithricella dentata, c4, biomass as carbon	S. dentata c4 C	µg/l	Baldina, E P
23	Scolecithricella dentata, c5, biomass as carbon	S. dentata c5 C	µg/l	Baldina, E P
24	Scolecithricella dentata, female, biomass as carbon	S. dentata f C	µg/l	Baldina, E P
25	Scolecithricella minor, c2, biomass as carbon	S. minor c2 C	µg/l	Baldina, E P
26	Scolecithricella minor, c3, biomass as carbon	S. minor c3 C	µg/l	Baldina, E P
27	Scolecithricella minor, c4, biomass as carbon	S. minor c4 C	µg/l	Baldina, E P
28	Scolecithricella minor, c5, biomass as carbon	S. minor c5 C	µg/l	Baldina, E P
29	Scolecithricella minor, female, biomass as carbon	S. minor f C	µg/l	Baldina, E P
30	Scolecithricella minor, male, biomass as carbon	S. minor m C	µg/l	Baldina, E P
31	Scolecithricella spp., copepodites, biomass as carbon	Scolecithricella spp. c C	µg/l	Baldina, E P
32	Scolecithricella spp., c1, biomass as carbon	Scolecithricella spp. c1 C	µg/l	Baldina, E P
33	Scolecithricella spp., c3, biomass as carbon	Scolecithricella spp. c3 C	µg/l	Baldina, E P
34	Scolecithricella spp., c4, biomass as carbon	Scolecithricella spp. c4 C	µg/l	Baldina, E P
35	Scolecithricella spp., c5, biomass as carbon	Scolecithricella spp. c5 C	µg/l	Baldina, E P
36	Scolecithricella spp., female, biomass as carbon	Scolecithricella spp. f C	µg/l	Baldina, E P
37	Scolecithricella spp., male, biomass as carbon	Scolecithricella spp. m C	µg/l	Baldina, E P
38	Scolecithricella tenuiserrata, female, biomass as carbon	S. tenuiserrata f C	µg/l	Baldina, E P
39	Scolecithricella vittata, female, biomass as carbon	S. vittata f C	µg/l	Baldina, E P
40	Scolecithricella vittata, male, biomass as carbon	S. vittata m C	µg/l	Baldina, E P
41	Scolecithrix bradyi, c3, biomass as carbon	S. bradyi c3 C	µg/l	Baldina, E P
42	Scolecithrix bradyi, c4, biomass as carbon	S. bradyi c4 C	µg/l	Baldina, E P
43	Scolecithrix bradyi, c5, biomass as carbon	S. bradyi c5 C	µg/l	Baldina, E P
44	Scolecithrix bradyi, female, biomass as carbon	S. bradyi f C	µg/l	Baldina, E P
45	Scolecithrix bradyi, male, biomass as carbon	S. bradyi m C	µg/l	Baldina, E P
46	Scolecithrix danae, c2, biomass as carbon	S. danae c2 C	µg/l	Baldina, E P
47	Scolecithrix danae, c3, biomass as carbon	S. danae c3 C	µg/l	Baldina, E P
48	Scolecithrix danae, c4, biomass as carbon	S. danae c4 C	µg/l	Baldina, E P
49	Scolecithrix danae, c5, biomass as carbon	S. danae c5 C	µg/l	Baldina, E P
50	Scolecithrix danae, female, biomass as carbon	S. danae f C	µg/l	Baldina, E P
51	Scolecithrix danae, male, biomass as carbon	S. danae m C	µg/l	Baldina, E P
52	Scolecithrix spp., c4, biomass as carbon	Scolecithrix spp. c4 C	µg/l	Baldina, E P
53	Scolecithrix spp., c5, biomass as carbon	Scolecithrix spp. c5 C	µg/l	Baldina, E P
54	Scolecithrix spp., female, biomass as carbon	Scolecithrix spp. f C	µg/l	Baldina, E P
55	Scolecithrix spp., male, biomass as carbon	Scolecithrix spp. m C	µg/l	Baldina, E P
56	Scolecitrichidae, copepodites, biomass as carbon	Scolecitrichidae c C	µg/l	Baldina, E P
57	Scolecitrichidae, c2, biomass as carbon	Scolecitrichidae c2 C	µg/l	Baldina, E P
58	Scolecitrichidae, c3, biomass as carbon	Scolecitrichidae c3 C	µg/l	Baldina, E P
59	Scolecitrichidae, c4, biomass as carbon	Scolecitrichidae c4 C	µg/l	Baldina, E P
60	Scolecitrichidae, c5, biomass as carbon	Scolecitrichidae c5 C	µg/l	Baldina, E P
61	Scolecitrichidae, female, biomass as carbon	Scolecitrichidae f C	µg/l	Baldina, E P
62	Scottocalanus securifrons, c4, biomass as carbon	S. securifrons c4 C	µg/l	Baldina, E P
63	Scottocalanus securifrons, female, biomass as carbon	S. securifrons f C	µg/l	Baldina, E P
64	Scottocalanus spp., c4, biomass as carbon	Scottocalanus spp. c4 C	µg/l	Baldina, E P
65	Siphonophora, biomass as carbon	Siphonophora C	µg/l	Baldina, E P
66	Spinocalanus abyssalis, c5, biomass as carbon	S. abyssalis c5 C	µg/l	Baldina, E P
67	Spinocalanus abyssalis, female, biomass as carbon	S. abyssalis f C	µg/l	Baldina, E P
68	Spinocalanus parabyssalis, biomass as carbon	S. parabyssalis C	µg/l	Baldina, E P
69	Spinocalanus parabyssalis, c4, biomass as carbon	S. parabyssalis c4 C	µg/l	Baldina, E P
70	Spinocalanus parabyssalis, c5, biomass as carbon	S. parabyssalis c5 C	µg/l	Baldina, E P
71	Spinocalanus parabyssalis, female, biomass as carbon	S. parabyssalis f C	µg/l	Baldina, E P
72	Spinocalanus spp., c4, biomass as carbon	Spinocalanus spp. c4 C	µg/l	Baldina, E P
73	Spinocalanus spp., c5, biomass as carbon	Spinocalanus spp. c5 C	µg/l	Baldina, E P
74	Spinocalanus spp., female, biomass as carbon	Spinocalanus spp. f C	µg/l	Baldina, E P
75	Spinocalanus spp., male, biomass as carbon	Spinocalanus spp. m C	µg/l	Baldina, E P
76	Subeucalanus monachus, c1, biomass as carbon	S. monachus c1 C	µg/l	Baldina, E P
77	Subeucalanus monachus, c2, biomass as carbon	S. monachus c2 C	µg/l	Baldina, E P
78	Subeucalanus monachus, c3, biomass as carbon	S. monachus c3 C	µg/l	Baldina, E P
79	Subeucalanus monachus, c4, biomass as carbon	S. monachus c4 C	µg/l	Baldina, E P
80	Subeucalanus monachus, c5, biomass as carbon	S. monachus c5 C	µg/l	Baldina, E P
81	Subeucalanus monachus, female, biomass as carbon	S. monachus f C	µg/l	Baldina, E P
82	Subeucalanus monachus, male, biomass as carbon	S. monachus m C	µg/l	Baldina, E P
83	Subeucalanus pileatus, copepodites, biomass as carbon	S. pileatus c C	µg/l	Baldina, E P
84	Subeucalanus pileatus, c1, biomass as carbon	S. pileatus c1 C	µg/l	Baldina, E P
85	Subeucalanus pileatus, c2, biomass as carbon	S. pileatus c2 C	µg/l	Baldina, E P
86	Subeucalanus pileatus, c3, biomass as carbon	S. pileatus c3 C	µg/l	Baldina, E P
87	Subeucalanus pileatus, c4, biomass as carbon	S. pileatus c4 C	µg/l	Baldina, E P
88	Subeucalanus pileatus, c5, biomass as carbon	S. pileatus c5 C	µg/l	Baldina, E P
89	Subeucalanus pileatus, female, biomass as carbon	S. pileatus f C	µg/l	Baldina, E P
90	Subeucalanus pileatus, male, biomass as carbon	S. pileatus m C	µg/l	Baldina, E P
91	Subeucalanus subcrassus, c4, biomass as carbon	S. subcrassus c4 C	µg/l	Baldina, E P
92	Subeucalanus subcrassus, c5, biomass as carbon	S. subcrassus c5 C	µg/l	Baldina, E P
93	Subeucalanus subtenuis, c1, biomass as carbon	S. subtenuis c1 C	µg/l	Baldina, E P
94	Temora spp., c1, biomass as carbon	Temora spp. c1 C	µg/l	Baldina, E P
95	Temora spp., c2, biomass as carbon	Temora spp. c2 C	µg/l	Baldina, E P
96	Temora spp., c3, biomass as carbon	Temora spp. c3 C	µg/l	Baldina, E P
97	Temora spp., c4, biomass as carbon	Temora spp. c4 C	µg/l	Baldina, E P
98	Temora spp., c5, biomass as carbon	Temora spp. c5 C	µg/l	Baldina, E P
99	Temora spp., female, biomass as carbon	Temora spp. f C	µg/l	Baldina, E P
100	Temora spp., male, biomass as carbon	Temora spp. m C	µg/l	Baldina, E P
101	Temora stylifera, c1, biomass as carbon	T. stylifera c1 C	µg/l	Baldina, E P
102	Temora stylifera, c2, biomass as carbon	T. stylifera c2 C	µg/l	Baldina, E P
103	Temora stylifera, c3, biomass as carbon	T. stylifera c3 C	µg/l	Baldina, E P
104	Temora stylifera, c4, biomass as carbon	T. stylifera c4 C	µg/l	Baldina, E P
105	Temora stylifera, c5, biomass as carbon	T. stylifera c5 C	µg/l	Baldina, E P
106	Temora stylifera, female, biomass as carbon	T. stylifera f C	µg/l	Baldina, E P
107	Temora stylifera, male, biomass as carbon	T. stylifera m C	µg/l	Baldina, E P
108	Temoropia mayumbaensis, female, biomass as carbon	T. mayumbaensis f C	µg/l	Baldina, E P
109	Temoropia spp., c5, biomass as carbon	Temoropia spp. c5 C	µg/l	Baldina, E P
110	Temoropia spp., female, biomass as carbon	Temoropia spp. f C	µg/l	Baldina, E P
111	Undeuchaeta major, biomass as carbon	U. major C	µg/l	Baldina, E P
112	Undeuchaeta major, c2, biomass as carbon	U. major c2 C	µg/l	Baldina, E P
113	Undeuchaeta major, c3, biomass as carbon	U. major c3 C	µg/l	Baldina, E P
114	Undeuchaeta major, c4, biomass as carbon	U. major c4 C	µg/l	Baldina, E P
115	Undeuchaeta major, c5, biomass as carbon	U. major c5 C	µg/l	Baldina, E P
116	Undeuchaeta major, female, biomass as carbon	U. major f C	µg/l	Baldina, E P
117	Undeuchaeta major, male, biomass as carbon	U. major m C	µg/l	Baldina, E P
118	Undeuchaeta plumosa, c1, biomass as carbon	U. plumosa c1 C	µg/l	Baldina, E P
119	Undeuchaeta plumosa, c2, biomass as carbon	U. plumosa c2 C	µg/l	Baldina, E P
120	Undeuchaeta plumosa, c4, biomass as carbon	U. plumosa c4 C	µg/l	Baldina, E P
121	Undeuchaeta plumosa, c5, biomass as carbon	U. plumosa c5 C	µg/l	Baldina, E P
122	Undeuchaeta plumosa, female, biomass as carbon	U. plumosa f C	µg/l	Baldina, E P
123	Undeuchaeta spp., c1, biomass as carbon	Undeuchaeta spp. c1 C	µg/l	Baldina, E P
124	Undeuchaeta spp., c2, biomass as carbon	Undeuchaeta spp. c2 C	µg/l	Baldina, E P
125	Undeuchaeta spp., c3, biomass as carbon	Undeuchaeta spp. c3 C	µg/l	Baldina, E P
126	Undeuchaeta spp., c4, biomass as carbon	Undeuchaeta spp. c4 C	µg/l	Baldina, E P
127	Undeuchaeta spp., c5, biomass as carbon	Undeuchaeta spp. c5 C	µg/l	Baldina, E P
128	Undeuchaeta spp., female, biomass as carbon	Undeuchaeta spp. f C	µg/l	Baldina, E P
129	Undinula vulgaris, male, biomass as carbon	U. vulgaris m C	µg/l	Baldina, E P
130	Vettoria granulosa, biomass as carbon	V. granulosa C	µg/l	Baldina, E P
131	Vettoria granulosa, copepodites, biomass as carbon	V. granulosa c C	µg/l	Baldina, E P
132	Vettoria granulosa, female, biomass as carbon	V. granulosa f C	µg/l	Baldina, E P
133	Vettoria granulosa, male, biomass as carbon	V. granulosa m C	µg/l	Baldina, E P
134	Vettoria parva, female, biomass as carbon	V. parva f C	µg/l	Baldina, E P
135	Vettoria spp., biomass as carbon	Vettoria spp. C	µg/l	Baldina, E P
136	Vettoria spp., female, biomass as carbon	Vettoria spp. f C	µg/l	Baldina, E P
137	Xanthocalanus spp., c4, biomass as carbon	Xanthocalanus spp. c4 C	µg/l	Baldina, E P
138	Xanthocalanus spp., female, biomass as carbon	Xanthocalanus spp. f C	µg/l	Baldina, E P

License:

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

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4048 data points

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