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Piontkovski, Sergey; Kolesnikov, A N (2008): Mesozooplankton biomass during Mikhail Lomonosov cruise ML24, Part I. Institute of Biology of the Southern Seas, National Academy of Sciences of Ukraine, Sevastopol, PANGAEA, https://doi.org/10.1594/PANGAEA.690630, In: Piontkovski, Sergey; Agafonov, E A; Akhundova; Akimov, A I; Aladin, N V; Altukhov, Dennis; Andreev, N I; Babanazarova, O V; Babayev, G B; Baksheeva, I P; Baldina, E P; Balymbetov, Kyanish S; Belyakov, Y M; Belyakov, U M; Belyakova, O M; Berg, Lev; Bezborodov, A A; Bileva, O K; Bobko, N I; Boguslavsky, S G; Boltachev, A R; Buivolova, O G; Burlakova, Z P; Ctelmach, L V; Danilenko, A F; Daribaev, A K; Demin, B D; Elibaev; Elmuratov, A E; Erekeev, U E; Eshimbaev; Finenko, Z Z; Georgieva, L V; Goubanova, A D; Greze, V N; Gvozdeva, D L; Hlystov, A Z; Hlystov, N Z; Ilin, Yuri P; Isaeva, F A; Kaminskiy, S T; Karakash, A I; Karnaushenko, N N; Kazakhbaev, S K; Khalturin, Vladimir I; Khlistov, A Z; Kiruhin, V G; Kiryuhin, V G; Kolesnikov, A N; Konovalov, Sergey K; Konovalov, Sergey S; Korol, Dobr; Koroleva, N N; Kortunova, T A; Kotovschikov, B B; Kovalev, Aleksandr V; Kovaleva, Tamara; Koveshnikov, L A; Kovrigina, N P; Krasheninnikov, Boris N; Kravtsov, G L; Krupa, Elena; Kuzmenko, Ludmila V; L'vov, V V; Maksimova, M P; Malinovskaya, A S; Man'kovsky, V I; Man'kovsky, Victor I; Mankovskaya, L I; Manzhos, Ludmila; Markov, A; Melnik, T; Melnikov, V V; Mihaylov, N N; Mishonov, Alexey V; Moryakova, V K; Nikolaev, Vladimir M; Novoselov, A A; Orlova, M I; Ostrovskaya, Nadezhda A; Panina, Oksana; Paranichev, L G; Pastuhov, A F; Pavlenko, N M; Pavlovskaya, T V; Plotnikov, V A; Plotnikov, I S; Polikarpov, I G; Popova, E; Prokhorenko, Yuri A; Prusova, I Yu; Rezen'kov, E M; Romanov, A S; Rossov, V V; Rusakova, O M; Saduakasova, R E; Samodurov, A S; Sazina; Senichkina, Ludmila G; Shalovenkov, Nikolai N; Shemshura, V E; Sherbatenko, P; Sheremeteva, A I; Shmeleva, Alexandra A; Shumakova, G V; Shumchenko, O A; Shurov, S V; Sidko, A F; Sitnikov, I F; Skopintsev, B A; Skryabin, V A; Smirnov, E V; Solov'ev, Mark V; Stel'makh, Lyudmila V; Stuge, Tamara S; Svirina, Ekaterina; Sychev, V I; Sysoev, A; Tagibergenov; Tamoikin, I Yu; Terehin, Yu V; Tolkachenko, Georgy A; Troshina, T; Vapnyar, D U; Vasilev, A S; Vladimirov, V L; Voronova, O; Voskresensky, V N; Yanchilenko, A G; Yastreb, B P; Yastreb, V P; Yunev, Oleg A; Zaika, Viktor E; Zhorov, S V (2002): The Global Plankton Database: an inventory and data from the Former Soviet Union expeditions. PANGAEA, https://doi.org/10.1594/PANGAEA.712421

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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
Coverage:
Median Latitude: 3.516805 * Median Longitude: -24.589486 * South-bound Latitude: -15.016700 * West-bound Longitude: -24.633300 * North-bound Latitude: 6.133300 * East-bound Longitude: -24.583300
Date/Time Start: 1970-01-25T15:20:00 * Date/Time End: 1970-02-24T14:30:00
Minimum DEPTH, water: 5.0 m * Maximum DEPTH, water: 350.0 m
Event(s):
ML24-track * Latitude Start: 6.133300 * Longitude Start: -24.583300 * Latitude End: -15.016700 * Longitude End: -24.633300 * Date/Time Start: 1970-01-25T15:20:00 * Date/Time End: 1970-02-24T14:30:00 * Location: North Atlantic Ocean * Campaign: ML24 * Basis: Mikhail Lomonosov * 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 0.125 mm. 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):
#NameShort NameUnitPrincipal InvestigatorMethodComment
1DATE/TIMEDate/TimeGeocode
2LATITUDELatitudeGeocode
3LONGITUDELongitudeGeocode
4DEPTH, waterDepth watermGeocode
5Depth, bathymetricBathy depthmKolesnikov, A N
6Sample code/labelSample labelKolesnikov, A N
7Depth, top/minDepth topmKolesnikov, A N
8Depth, bottom/maxDepth botmKolesnikov, A N
9VolumeVolm3Kolesnikov, A N
10Acartia danae, female, biomass as carbonA. danae f Cµg/lKolesnikov, A N
11Acartia danae, male, biomass as carbonA. danae m Cµg/lKolesnikov, A N
12Acartia negligens, c1, biomass as carbonA. negligens c1 Cµg/lKolesnikov, A N
13Acartia negligens, c2, biomass as carbonA. negligens c2 Cµg/lKolesnikov, A N
14Acartia negligens, c3, biomass as carbonA. negligens c3 Cµg/lKolesnikov, A N
15Acartia negligens, c4, biomass as carbonA. negligens c4 Cµg/lKolesnikov, A N
16Acartia negligens, c5, biomass as carbonA. negligens c5 Cµg/lKolesnikov, A N
17Acartia negligens, female, biomass as carbonA. negligens f Cµg/lKolesnikov, A N
18Acartia negligens, male, biomass as carbonA. negligens m Cµg/lKolesnikov, A N
19Acartia spp., copepodites, biomass as carbonAcartia spp. c Cµg/lKolesnikov, A N
20Acartia spp., c2, biomass as carbonAcartia spp. c2 Cµg/lKolesnikov, A N
21Acrocalanus gracilis, c1, biomass as carbonA. gracilis c1 Cµg/lKolesnikov, A N
22Acrocalanus gracilis, c2, biomass as carbonA. gracilis c2 Cµg/lKolesnikov, A N
23Acrocalanus gracilis, c4, biomass as carbonA. gracilis c4 Cµg/lKolesnikov, A N
24Acrocalanus gracilis, c5, biomass as carbonA. gracilis c5 Cµg/lKolesnikov, A N
25Acrocalanus gracilis, female, biomass as carbonA. gracilis f Cµg/lKolesnikov, A N
26Acrocalanus longicornis, copepodites, biomass as carbonA. longicornis c Cµg/lKolesnikov, A N
27Acrocalanus longicornis, c4, biomass as carbonA. longicornis c4 Cµg/lKolesnikov, A N
28Acrocalanus longicornis, c5, biomass as carbonA. longicornis c5 Cµg/lKolesnikov, A N
29Acrocalanus longicornis, female, biomass as carbonA. longicornis f Cµg/lKolesnikov, A N
30Acrocalanus longicornis, male, biomass as carbonA. longicornis m Cµg/lKolesnikov, A N
31Acrocalanus spp., copepodites, biomass as carbonAcrocalanus spp. c Cµg/lKolesnikov, A N
32Acrocalanus spp., c3, biomass as carbonAcrocalanus spp. c3 Cµg/lKolesnikov, A N
33Acrocalanus spp., c5, biomass as carbonAcrocalanus spp. c5 Cµg/lKolesnikov, A N
34Aegisthus atlanticus, female, biomass as carbonA. atlanticus f Cµg/lKolesnikov, A N
35Aegisthus mucronatus, copepodites, biomass as carbonA. mucronatus c Cµg/lKolesnikov, A N
36Aegisthus mucronatus, female, biomass as carbonA. mucronatus f Cµg/lKolesnikov, A N
37Aegisthus mucronatus, male, biomass as carbonA. mucronatus m Cµg/lKolesnikov, A N
38Aetideopsis multiserrata, c5, biomass as carbonA. multiserrata c5 Cµg/lKolesnikov, A N
39Aetideus armatus, c3, biomass as carbonA. armatus c3 Cµg/lKolesnikov, A N
40Aetideus armatus, c4, biomass as carbonA. armatus c4 Cµg/lKolesnikov, A N
41Aetideus armatus, c5, biomass as carbonA. armatus c5 Cµg/lKolesnikov, A N
42Aetideus armatus, female, biomass as carbonA. armatus f Cµg/lKolesnikov, A N
43Aetideus armatus, male, biomass as carbonA. armatus m Cµg/lKolesnikov, A N
44Aetideus giesbrechti, c3, biomass as carbonA. giesbrechti c3 Cµg/lKolesnikov, A N
45Aetideus giesbrechti, c4, biomass as carbonA. giesbrechti c4 Cµg/lKolesnikov, A N
46Aetideus giesbrechti, c5, biomass as carbonA. giesbrechti c5 Cµg/lKolesnikov, A N
47Aetideus giesbrechti, female, biomass as carbonA. giesbrechti f Cµg/lKolesnikov, A N
48Aetideus giesbrechti, male, biomass as carbonA. giesbrechti m Cµg/lKolesnikov, A N
49Aetideus spp., c4, biomass as carbonAetideus spp. c4 Cµg/lKolesnikov, A N
50Amallothrix spp., copepodites, biomass as carbonAmallothrix spp. c Cµg/lKolesnikov, A N
51Amallothrix spp., c4, biomass as carbonAmallothrix spp. c4 Cµg/lKolesnikov, A N
52Amallothrix spp., c5, biomass as carbonAmallothrix spp. c5 Cµg/lKolesnikov, A N
53Amallothrix spp., female, biomass as carbonAmallothrix spp. f Cµg/lKolesnikov, A N
54Amallothrix valida, c5, biomass as carbonA. valida c5 Cµg/lKolesnikov, A N
55Amphipoda, biomass as carbonAmphipoda Cµg/lKolesnikov, A N
56Appendicularia, biomass as carbonAppendic Cµg/lKolesnikov, A N
57Arietellus spp., c3, biomass as carbonArietellus spp. c3 Cµg/lKolesnikov, A N
58Augaptilus spp., copepodites, biomass as carbonAugaptilus spp. c Cµg/lKolesnikov, A N
59Branchiopoda, copepodites, biomass as carbonBranchiopoda c Cµg/lKolesnikov, A N
60Branchiopoda, female, biomass as carbonBranchiopoda f Cµg/lKolesnikov, A N
61Calanidae, male, biomass as carbonCalanidae m Cµg/lKolesnikov, A N
62Calanoida, copepodites, biomass as carbonCalanoida c Cµg/lKolesnikov, A N
63Calanoida, c4, biomass as carbonCalanoida c4 Cµg/lKolesnikov, A N
64Calanoida, c5, biomass as carbonCalanoida c5 Cµg/lKolesnikov, A N
65Calanoida, female, biomass as carbonCalanoida f Cµg/lKolesnikov, A N
66Calanopia spp., c5, biomass as carbonCalanopia spp. c5 Cµg/lKolesnikov, A N
67Calocalanus adriaticus, copepodites, biomass as carbonC. adriaticus c Cµg/lKolesnikov, A N
68Calocalanus adriaticus, female, biomass as carbonC. adriaticus f Cµg/lKolesnikov, A N
69Calocalanus elegans, female, biomass as carbonC. elegans f Cµg/lKolesnikov, A N
70Calocalanus gracilis, copepodites, biomass as carbonC. gracilis c Cµg/lKolesnikov, A N
71Calocalanus gracilis, female, biomass as carbonC. gracilis f Cµg/lKolesnikov, A N
72Calocalanus gracilis, male, biomass as carbonC. gracilis m Cµg/lKolesnikov, A N
73Calocalanus ovalis, female, biomass as carbonC. ovalis f Cµg/lKolesnikov, A N
74Calocalanus pavo, copepodites, biomass as carbonC. pavo c Cµg/lKolesnikov, A N
75Calocalanus pavo, female, biomass as carbonC. pavo f Cµg/lKolesnikov, A N
76Calocalanus pavo, male, biomass as carbonC. pavo m Cµg/lKolesnikov, A N
77Calocalanus pavoninus, copepodites, biomass as carbonC. pavoninus c Cµg/lKolesnikov, A N
78Calocalanus pavoninus, c5, biomass as carbonC. pavoninus c5 Cµg/lKolesnikov, A N
79Calocalanus pavoninus, female, biomass as carbonC. pavoninus f Cµg/lKolesnikov, A N
80Calocalanus pavoninus, male, biomass as carbonC. pavoninus m Cµg/lKolesnikov, A N
81Calocalanus plumulosus, copepodites, biomass as carbonC. plumulosus c Cµg/lKolesnikov, A N
82Calocalanus plumulosus, female, biomass as carbonC. plumulosus f Cµg/lKolesnikov, A N
83Calocalanus pseudocontractus, female, biomass as carbonC. pseudocontractus f Cµg/lKolesnikov, A N
84Calocalanus spp., copepodites, biomass as carbonCalocalanus spp. c Cµg/lKolesnikov, A N
85Calocalanus spp., female, biomass as carbonCalocalanus spp. f Cµg/lKolesnikov, A N
86Calocalanus styliremis, copepodites, biomass as carbonC. styliremis c Cµg/lKolesnikov, A N
87Calocalanus styliremis, female, biomass as carbonC. styliremis f Cµg/lKolesnikov, A N
88Candacia bipinnata, male, biomass as carbonC. bipinnata m Cµg/lKolesnikov, A N
89Candacia longimana, c5, biomass as carbonC. longimana c5 Cµg/lKolesnikov, A N
90Candacia longimana, female, biomass as carbonC. longimana f Cµg/lKolesnikov, A N
91Candacia longimana, male, biomass as carbonC. longimana m Cµg/lKolesnikov, A N
92Candacia pachydactyla, c5, biomass as carbonC. pachydactyla c5 Cµg/lKolesnikov, A N
93Candacia pachydactyla, female, biomass as carbonC. pachydactyla f Cµg/lKolesnikov, A N
94Candacia pachydactyla, male, biomass as carbonC. pachydactyla m Cµg/lKolesnikov, A N
95Candacia tenuimana, female, biomass as carbonC. tenuimana f Cµg/lKolesnikov, A N
96Candaciidae, copepodites, biomass as carbonCandaciidae c Cµg/lKolesnikov, A N
97Candaciidae, c2, biomass as carbonCandaciidae c2 Cµg/lKolesnikov, A N
98Candaciidae, c4, biomass as carbonCandaciidae c4 Cµg/lKolesnikov, A N
99Candaciidae, c5, biomass as carbonCandaciidae c5 Cµg/lKolesnikov, A N
100Candaciidae, male, biomass as carbonCandaciidae m Cµg/lKolesnikov, A N
101Centropages spp., copepodites, biomass as carbonCentropages spp. c Cµg/lKolesnikov, A N
102Centropages spp., c2, biomass as carbonCentropages spp. c2 Cµg/lKolesnikov, A N
103Centropages spp., female, biomass as carbonCentropages spp. f Cµg/lKolesnikov, A N
104Centropages violaceus, copepodites, biomass as carbonC. violaceus c Cµg/lKolesnikov, A N
105Centropages violaceus, c5, biomass as carbonC. violaceus c5 Cµg/lKolesnikov, A N
106Centropages violaceus, female, biomass as carbonC. violaceus f Cµg/lKolesnikov, A N
107Centropages violaceus, male, biomass as carbonC. violaceus m Cµg/lKolesnikov, A N
108Chaetognatha, biomass as carbonChaetognatha Cµg/lKolesnikov, A N
109Chiridius gracilis, female, biomass as carbonC. gracilis f Cµg/lKolesnikov, A N
110Chiridius poppei, c5, biomass as carbonC. poppei c5 Cµg/lKolesnikov, A N
111Chiridius poppei, female, biomass as carbonC. poppei f Cµg/lKolesnikov, A N
112Chiridius spp., c4, biomass as carbonChiridius spp. c4 Cµg/lKolesnikov, A N
113Clausocalanus arcuicornis, copepodites, biomass as carbonC. arcuicornis c Cµg/lKolesnikov, A N
114Clausocalanus arcuicornis, c5, biomass as carbonC. arcuicornis c5 Cµg/lKolesnikov, A N
115Clausocalanus arcuicornis, female, biomass as carbonC. arcuicornis f Cµg/lKolesnikov, A N
116Clausocalanus arcuicornis, male, biomass as carbonC. arcuicornis m Cµg/lKolesnikov, A N
117Clausocalanus furcatus, copepodites, biomass as carbonC. furcatus c Cµg/lKolesnikov, A N
118Clausocalanus furcatus, c1, biomass as carbonC. furcatus c1 Cµg/lKolesnikov, A N
119Clausocalanus furcatus, c2, biomass as carbonC. furcatus c2 Cµg/lKolesnikov, A N
120Clausocalanus furcatus, c3, biomass as carbonC. furcatus c3 Cµg/lKolesnikov, A N
121Clausocalanus furcatus, c4, biomass as carbonC. furcatus c4 Cµg/lKolesnikov, A N
122Clausocalanus furcatus, c5, biomass as carbonC. furcatus c5 Cµg/lKolesnikov, A N
123Clausocalanus furcatus, female, biomass as carbonC. furcatus f Cµg/lKolesnikov, A N
124Clausocalanus furcatus, male, biomass as carbonC. furcatus m Cµg/lKolesnikov, A N
125Clausocalanus ingens, female, biomass as carbonC. ingens f Cµg/lKolesnikov, A N
126Clausocalanus mastigophorus, copepodites, biomass as carbonC. mastigophorus c Cµg/lKolesnikov, A N
127Clausocalanus mastigophorus, c4, biomass as carbonC. mastigophorus c4 Cµg/lKolesnikov, A N
128Clausocalanus mastigophorus, c5, biomass as carbonC. mastigophorus c5 Cµg/lKolesnikov, A N
129Clausocalanus mastigophorus, female, biomass as carbonC. mastigophorus f Cµg/lKolesnikov, A N
130Clausocalanus mastigophorus, male, biomass as carbonC. mastigophorus m Cµg/lKolesnikov, A N
131Clausocalanus parapergens, copepodites, biomass as carbonC. parapergens c Cµg/lKolesnikov, A N
132Clausocalanus parapergens, c5, biomass as carbonC. parapergens c5 Cµg/lKolesnikov, A N
133Clausocalanus parapergens, female, biomass as carbonC. parapergens f Cµg/lKolesnikov, A N
134Clausocalanus paululus, copepodites, biomass as carbonC. paululus c Cµg/lKolesnikov, A N
135Clausocalanus paululus, female, biomass as carbonC. paululus f Cµg/lKolesnikov, A N
136Clausocalanus paululus, male, biomass as carbonC. paululus m Cµg/lKolesnikov, A N
137Clausocalanus pergens, c5, biomass as carbonC. pergens c5 Cµg/lKolesnikov, A N
138Clausocalanus pergens, female, biomass as carbonC. pergens f Cµg/lKolesnikov, A N
139Clausocalanus pergens, male, biomass as carbonC. pergens m Cµg/lKolesnikov, A N
140Clausocalanus spp., copepodites, biomass as carbonClausocalanus spp. c Cµg/lKolesnikov, A N
141Clausocalanus spp., c3, biomass as carbonClausocalanus spp. c3 Cµg/lKolesnikov, A N
142Clausocalanus spp., c4, biomass as carbonClausocalanus spp. c4 Cµg/lKolesnikov, A N
143Clausocalanus spp., c5, biomass as carbonClausocalanus spp. c5 Cµg/lKolesnikov, A N
144Clausocalanus spp., female, biomass as carbonClausocalanus spp. f Cµg/lKolesnikov, A N
145Clytemnestra rostrata, copepodites, biomass as carbonC. rostrata c Cµg/lKolesnikov, A N
146Clytemnestra rostrata, female, biomass as carbonC. rostrata f Cµg/lKolesnikov, A N
147Cnidaria, biomass as carbonCnidaria Cµg/lKolesnikov, A N
148Conaea rapax, copepodites, biomass as carbonC. rapax c Cµg/lKolesnikov, A N
149Conaea rapax, female, biomass as carbonC. rapax f Cµg/lKolesnikov, A N
150Conaea rapax, male, biomass as carbonC. rapax m Cµg/lKolesnikov, A N
151Conaea spp., male, biomass as carbonConaea spp. m Cµg/lKolesnikov, A N
152Copepoda, nauplii, biomass as carbonCopepoda naup Cµg/lKolesnikov, A N
153Copilia mirabilis, copepodites, biomass as carbonC. mirabilis c Cµg/lKolesnikov, A N
154Copilia mirabilis, female, biomass as carbonC. mirabilis f Cµg/lKolesnikov, A N
155Copilia mirabilis, male, biomass as carbonC. mirabilis m Cµg/lKolesnikov, A N
156Copilia quadrata, female, biomass as carbonC. quadrata f Cµg/lKolesnikov, A N
157Copilia quadrata, male, biomass as carbonC. quadrata m Cµg/lKolesnikov, A N
158Copilia spp., copepodites, biomass as carbonCopilia spp. c Cµg/lKolesnikov, A N
159Copilia vitrea, female, biomass as carbonC. vitrea f Cµg/lKolesnikov, A N
160Corycaeidae, copepodites, biomass as carbonCorycaeidae c Cµg/lKolesnikov, A N
161Corycaeus agilis, female, biomass as carbonC. agilis f Cµg/lKolesnikov, A N
162Corycaeus agilis, male, biomass as carbonC. agilis m Cµg/lKolesnikov, A N
163Corycaeus flaccus, female, biomass as carbonC. flaccus f Cµg/lKolesnikov, A N
164Corycaeus flaccus, male, biomass as carbonC. flaccus m Cµg/lKolesnikov, A N
165Corycaeus furcifer, copepodites, biomass as carbonC. furcifer c Cµg/lKolesnikov, A N
166Corycaeus furcifer, c5, biomass as carbonC. furcifer c5 Cµg/lKolesnikov, A N
167Corycaeus furcifer, female, biomass as carbonC. furcifer f Cµg/lKolesnikov, A N
168Corycaeus furcifer, male, biomass as carbonC. furcifer m Cµg/lKolesnikov, A N
169Corycaeus giesbrechti, biomass as carbonC. giesbrechti Cµg/lKolesnikov, A N
170Corycaeus latus, copepodites, biomass as carbonC. latus c Cµg/lKolesnikov, A N
171Corycaeus latus, female, biomass as carbonC. latus f Cµg/lKolesnikov, A N
172Corycaeus latus, male, biomass as carbonC. latus m Cµg/lKolesnikov, A N
173Corycaeus lautus, copepodites, biomass as carbonC. lautus c Cµg/lKolesnikov, A N
174Corycaeus lautus, female, biomass as carbonC. lautus f Cµg/lKolesnikov, A N
175Corycaeus lautus, male, biomass as carbonC. lautus m Cµg/lKolesnikov, A N
176Corycaeus limbatus, female, biomass as carbonC. limbatus f Cµg/lKolesnikov, A N
177Corycaeus limbatus, male, biomass as carbonC. limbatus m Cµg/lKolesnikov, A N
178Corycaeus minimus, female, biomass as carbonC. minimus f Cµg/lKolesnikov, A N
179Corycaeus minimus, male, biomass as carbonC. minimus m Cµg/lKolesnikov, A N
180Corycaeus speciosus, copepodites, biomass as carbonC. speciosus c Cµg/lKolesnikov, A N
181Corycaeus speciosus, female, biomass as carbonC. speciosus f Cµg/lKolesnikov, A N
182Corycaeus speciosus, male, biomass as carbonC. speciosus m Cµg/lKolesnikov, A N
183Corycaeus spp., copepodites, biomass as carbonCorycaeus spp. c Cµg/lKolesnikov, A N
184Corycaeus spp., female, biomass as carbonCorycaeus spp. f Cµg/lKolesnikov, A N
185Corycaeus spp., male, biomass as carbonCorycaeus spp. m Cµg/lKolesnikov, A N
186Corycaeus typicus, copepodites, biomass as carbonC. typicus c Cµg/lKolesnikov, A N
187Corycaeus typicus, female, biomass as carbonC. typicus f Cµg/lKolesnikov, A N
188Corycaeus typicus, male, biomass as carbonC. typicus m Cµg/lKolesnikov, A N
189Ctenocalanus vanus, copepodites, biomass as carbonC. vanus c Cµg/lKolesnikov, A N
190Ctenocalanus vanus, c5, biomass as carbonC. vanus c5 Cµg/lKolesnikov, A N
191Ctenocalanus vanus, female, biomass as carbonC. vanus f Cµg/lKolesnikov, A N
192Ctenocalanus vanus, male, biomass as carbonC. vanus m Cµg/lKolesnikov, A N
193Decapoda, biomass as carbonDecapoda Cµg/lKolesnikov, A N
194Delius nudus, c2, biomass as carbonD. nudus c2 Cµg/lKolesnikov, A N
195Delius nudus, c3, biomass as carbonD. nudus c3 Cµg/lKolesnikov, A N
196Delius nudus, c4, biomass as carbonD. nudus c4 Cµg/lKolesnikov, A N
197Delius nudus, c5, biomass as carbonD. nudus c5 Cµg/lKolesnikov, A N
198Delius nudus, female, biomass as carbonD. nudus f Cµg/lKolesnikov, A N
199Delius nudus, male, biomass as carbonD. nudus m Cµg/lKolesnikov, A N
200Doliolidae, biomass as carbonDoliolidae Cµg/lKolesnikov, A N
201Echinodermata, larvae, biomass as carbonEchinod larv Cµg/lKolesnikov, A N
202Euaugaptilus magnus, c4, biomass as carbonE. magnus c4 Cµg/lKolesnikov, A N
203Euaugaptilus palumbii, c4, biomass as carbonE. palumbii c4 Cµg/lKolesnikov, A N
204Euaugaptilus palumbii, c5, biomass as carbonE. palumbii c5 Cµg/lKolesnikov, A N
205Euaugaptilus palumbii, female, biomass as carbonE. palumbii f Cµg/lKolesnikov, A N
206Euaugaptilus palumbii, male, biomass as carbonE. palumbii m Cµg/lKolesnikov, A N
207Euaugaptilus spp., c4, biomass as carbonEuaugaptilus spp. c4 Cµg/lKolesnikov, A N
208Eucalanus elongatus, female, biomass as carbonE. elongatus f Cµg/lKolesnikov, A N
209Euchaeta marina, copepodites, biomass as carbonE. marina c Cµg/lKolesnikov, A N
210Euchaeta marina, c3, biomass as carbonE. marina c3 Cµg/lKolesnikov, A N
211Euchaeta marina, c4, biomass as carbonE. marina c4 Cµg/lKolesnikov, A N
212Euchaeta marina, female, biomass as carbonE. marina f Cµg/lKolesnikov, A N
213Euchaeta marina, male, biomass as carbonE. marina m Cµg/lKolesnikov, A N
214Euchaeta media, c1, biomass as carbonE. media c1 Cµg/lKolesnikov, A N
215Euchaeta media, c2, biomass as carbonE. media c2 Cµg/lKolesnikov, A N
216Euchaeta media, c3, biomass as carbonE. media c3 Cµg/lKolesnikov, A N
217Euchaeta media, c4, biomass as carbonE. media c4 Cµg/lKolesnikov, A N
218Euchaeta media, c5, biomass as carbonE. media c5 Cµg/lKolesnikov, A N
219Euchaeta media, female, biomass as carbonE. media f Cµg/lKolesnikov, A N
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2955 data points

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