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Piontkovski, Sergey; Moryakova, V K (2008): Mesozooplankton biomass during Mikhail Lomonosov cruise ML32, Part I [dataset]. Institute of Biology of the Southern Seas, National Academy of Sciences of Ukraine, Sevastopol, PANGAEA, https://doi.org/10.1594/PANGAEA.690686, 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 [dataset publication series]. 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
Other version:
Global Plankton Database: inventory and data for cruise ML32 [dataset]. ML32_zoo.zip
Coverage:
Median Latitude: -9.188640 * Median Longitude: -26.815896 * South-bound Latitude: -17.000000 * West-bound Longitude: -30.916700 * North-bound Latitude: 0.000000 * East-bound Longitude: -25.000000
Date/Time Start: 1977-06-30T05:08:00 * Date/Time End: 1977-08-29T22:23:00
Minimum DEPTH, water: 5.0 m * Maximum DEPTH, water: 1710.0 m
Event(s):
ML32-track * Latitude Start: -9.916700 * Longitude Start: -25.000000 * Latitude End: 0.000000 * Longitude End: -26.516700 * Date/Time Start: 1977-06-30T05:08:00 * Date/Time End: 1977-08-29T22:23:00 * Location: South Atlantic Ocean * Campaign: ML32 * 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):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1DATE/TIMEDate/TimeGeocode
2LATITUDELatitudeGeocode
3LONGITUDELongitudeGeocode
4DEPTH, waterDepth watermGeocode
5Depth, bathymetricBathy depthmMoryakova, V K
6Sample code/labelSample labelMoryakova, V K
7Depth, top/minDepth topmMoryakova, V K
8Depth, bottom/maxDepth botmMoryakova, V K
9VolumeVolm3Moryakova, V K
10Acartia danae, female, biomass as carbonA. danae f Cµg/lMoryakova, V K
11Acartia latisetosa, female, biomass as carbonA. latisetosa f Cµg/lMoryakova, V K
12Acartia negligens, copepodites, biomass as carbonA. negligens c Cµg/lMoryakova, V K
13Acartia negligens, female, biomass as carbonA. negligens f Cµg/lMoryakova, V K
14Acartia negligens, male, biomass as carbonA. negligens m Cµg/lMoryakova, V K
15Acartia spp., copepodites, biomass as carbonAcartia spp. c Cµg/lMoryakova, V K
16Acartia spp., c5, biomass as carbonAcartia spp. c5 Cµg/lMoryakova, V K
17Acartia spp., female, biomass as carbonAcartia spp. f Cµg/lMoryakova, V K
18Acartia spp., male, biomass as carbonAcartia spp. m Cµg/lMoryakova, V K
19Acrocalanus gibber, female, biomass as carbonA. gibber f Cµg/lMoryakova, V K
20Aegisthus mucronatus, copepodites, biomass as carbonA. mucronatus c Cµg/lMoryakova, V K
21Aegisthus mucronatus, female, biomass as carbonA. mucronatus f Cµg/lMoryakova, V K
22Aegisthus spp., copepodites, biomass as carbonAegisthus spp. c Cµg/lMoryakova, V K
23Aetideus armatus, copepodites, biomass as carbonA. armatus c Cµg/lMoryakova, V K
24Aetideus armatus, c5, biomass as carbonA. armatus c5 Cµg/lMoryakova, V K
25Aetideus armatus, female, biomass as carbonA. armatus f Cµg/lMoryakova, V K
26Aetideus giesbrechti, copepodites, biomass as carbonA. giesbrechti c Cµg/lMoryakova, V K
27Aetideus giesbrechti, c3, biomass as carbonA. giesbrechti c3 Cµg/lMoryakova, V K
28Aetideus giesbrechti, c4, biomass as carbonA. giesbrechti c4 Cµg/lMoryakova, V K
29Aetideus giesbrechti, c5, biomass as carbonA. giesbrechti c5 Cµg/lMoryakova, V K
30Aetideus giesbrechti, female, biomass as carbonA. giesbrechti f Cµg/lMoryakova, V K
31Aetideus spp., copepodites, biomass as carbonAetideus spp. c Cµg/lMoryakova, V K
32Aetideus spp., c4, biomass as carbonAetideus spp. c4 Cµg/lMoryakova, V K
33Amallothrix falcifer, female, biomass as carbonA. falcifer f Cµg/lMoryakova, V K
34Amallothrix propinqua, female, biomass as carbonA. propinqua f Cµg/lMoryakova, V K
35Amallothrix spp., copepodites, biomass as carbonAmallothrix spp. c Cµg/lMoryakova, V K
36Amphipoda, biomass as carbonAmphipoda Cµg/lMoryakova, V K
37Appendicularia, biomass as carbonAppendic Cµg/lMoryakova, V K
38Arietellus armatus, c5, biomass as carbonA. armatus c5 Cµg/lMoryakova, V K
39Arietellus armatus, female, biomass as carbonA. armatus f Cµg/lMoryakova, V K
40Arietellus armatus, male, biomass as carbonA. armatus m Cµg/lMoryakova, V K
41Arietellus setosus, c4, biomass as carbonA. setosus c4 Cµg/lMoryakova, V K
42Arietellus setosus, c5, biomass as carbonA. setosus c5 Cµg/lMoryakova, V K
43Arietellus setosus, female, biomass as carbonA. setosus f Cµg/lMoryakova, V K
44Arietellus spp., copepodites, biomass as carbonArietellus spp. c Cµg/lMoryakova, V K
45Arietellus spp., c4, biomass as carbonArietellus spp. c4 Cµg/lMoryakova, V K
46Asterocheridae, copepodites, biomass as carbonAsterocheridae c Cµg/lMoryakova, V K
47Augaptilus glacialis, female, biomass as carbonA. glacialis f Cµg/lMoryakova, V K
48Augaptilus longicaudatus, female, biomass as carbonA. longicaudatus f Cµg/lMoryakova, V K
49Augaptilus spinifrons, c5, biomass as carbonA. spinifrons c5 Cµg/lMoryakova, V K
50Augaptilus spp., copepodites, biomass as carbonAugaptilus spp. c Cµg/lMoryakova, V K
51Augaptilus spp., female, biomass as carbonAugaptilus spp. f Cµg/lMoryakova, V K
52Bathycalanus spp., copepodites, biomass as carbonBathycalanus spp. c Cµg/lMoryakova, V K
53Bathycalanus spp., c5, biomass as carbonBathycalanus spp. c5 Cµg/lMoryakova, V K
54Branchiostoma spp., biomass as carbonBranchiostoma spp. Cµg/lMoryakova, V K
55Calanidae, copepodites, biomass as carbonCalanidae c Cµg/lMoryakova, V K
56Calanidae, c1, biomass as carbonCalanidae c1 Cµg/lMoryakova, V K
57Calanidae, c2, biomass as carbonCalanidae c2 Cµg/lMoryakova, V K
58Calanidae, c3, biomass as carbonCalanidae c3 Cµg/lMoryakova, V K
59Calanidae, c4, biomass as carbonCalanidae c4 Cµg/lMoryakova, V K
60Calanidae, c5, biomass as carbonCalanidae c5 Cµg/lMoryakova, V K
61Calanoida, copepodites, biomass as carbonCalanoida c Cµg/lMoryakova, V K
62Calanoida, c1, biomass as carbonCalanoida c1 Cµg/lMoryakova, V K
63Calanoida, c3, biomass as carbonCalanoida c3 Cµg/lMoryakova, V K
64Calanoida, c4, biomass as carbonCalanoida c4 Cµg/lMoryakova, V K
65Calanoida, c5, biomass as carbonCalanoida c5 Cµg/lMoryakova, V K
66Calanoida, female, biomass as carbonCalanoida f Cµg/lMoryakova, V K
67Calanoida, male, biomass as carbonCalanoida m Cµg/lMoryakova, V K
68Calanoides carinatus, copepodites, biomass as carbonC. carinatus c Cµg/lMoryakova, V K
69Calocalanus contractus, female, biomass as carbonC. contractus f Cµg/lMoryakova, V K
70Calocalanus elegans, female, biomass as carbonC. elegans f Cµg/lMoryakova, V K
71Calocalanus elongatus, female, biomass as carbonC. elongatus f Cµg/lMoryakova, V K
72Calocalanus gracilis, copepodites, biomass as carbonC. gracilis c Cµg/lMoryakova, V K
73Calocalanus gracilis, female, biomass as carbonC. gracilis f Cµg/lMoryakova, V K
74Calocalanus latus, female, biomass as carbonC. latus f Cµg/lMoryakova, V K
75Calocalanus lomonosovi, female, biomass as carbonC. lomonosovi f Cµg/lMoryakova, V K
76Calocalanus longisetosus, female, biomass as carbonC. longisetosus f Cµg/lMoryakova, V K
77Calocalanus neptunus, female, biomass as carbonC. neptunus f Cµg/lMoryakova, V K
78Calocalanus ovalis, copepodites, biomass as carbonC. ovalis c Cµg/lMoryakova, V K
79Calocalanus ovalis, female, biomass as carbonC. ovalis f Cµg/lMoryakova, V K
80Calocalanus parelongatus, female, biomass as carbonC. parelongatus f Cµg/lMoryakova, V K
81Calocalanus pavo, copepodites, biomass as carbonC. pavo c Cµg/lMoryakova, V K
82Calocalanus pavo, female, biomass as carbonC. pavo f Cµg/lMoryakova, V K
83Calocalanus pavoninus, copepodites, biomass as carbonC. pavoninus c Cµg/lMoryakova, V K
84Calocalanus pavoninus, female, biomass as carbonC. pavoninus f Cµg/lMoryakova, V K
85Calocalanus plumatus, female, biomass as carbonC. plumatus f Cµg/lMoryakova, V K
86Calocalanus plumulosus, female, biomass as carbonC. plumulosus f Cµg/lMoryakova, V K
87Calocalanus spp., copepodites, biomass as carbonCalocalanus spp. c Cµg/lMoryakova, V K
88Calocalanus spp., c3, biomass as carbonCalocalanus spp. c3 Cµg/lMoryakova, V K
89Calocalanus spp., c5, biomass as carbonCalocalanus spp. c5 Cµg/lMoryakova, V K
90Calocalanus spp., female, biomass as carbonCalocalanus spp. f Cµg/lMoryakova, V K
91Calocalanus styliremis, c5, biomass as carbonC. styliremis c5 Cµg/lMoryakova, V K
92Calocalanus styliremis, female, biomass as carbonC. styliremis f Cµg/lMoryakova, V K
93Candacia armata, male, biomass as carbonC. armata m Cµg/lMoryakova, V K
94Candacia curta, female, biomass as carbonC. curta f Cµg/lMoryakova, V K
95Candacia curta, male, biomass as carbonC. curta m Cµg/lMoryakova, V K
96Candacia ethiopica, female, biomass as carbonC. ethiopica f Cµg/lMoryakova, V K
97Candacia longimana, male, biomass as carbonC. longimana m Cµg/lMoryakova, V K
98Candacia pachydactyla, c4, biomass as carbonC. pachydactyla c4 Cµg/lMoryakova, V K
99Candacia pachydactyla, c5, biomass as carbonC. pachydactyla c5 Cµg/lMoryakova, V K
100Candacia pachydactyla, female, biomass as carbonC. pachydactyla f Cµg/lMoryakova, V K
101Candacia pachydactyla, male, biomass as carbonC. pachydactyla m Cµg/lMoryakova, V K
102Candacia tenuimana, female, biomass as carbonC. tenuimana f Cµg/lMoryakova, V K
103Candaciidae, copepodites, biomass as carbonCandaciidae c Cµg/lMoryakova, V K
104Candaciidae, c3, biomass as carbonCandaciidae c3 Cµg/lMoryakova, V K
105Candaciidae, c4, biomass as carbonCandaciidae c4 Cµg/lMoryakova, V K
106Candaciidae, c5, biomass as carbonCandaciidae c5 Cµg/lMoryakova, V K
107Candaciidae, female, biomass as carbonCandaciidae f Cµg/lMoryakova, V K
108Candaciidae, male, biomass as carbonCandaciidae m Cµg/lMoryakova, V K
109Centropages violaceus, c3, biomass as carbonC. violaceus c3 Cµg/lMoryakova, V K
110Centropages violaceus, c4, biomass as carbonC. violaceus c4 Cµg/lMoryakova, V K
111Centropages violaceus, c5, biomass as carbonC. violaceus c5 Cµg/lMoryakova, V K
112Centropages violaceus, female, biomass as carbonC. violaceus f Cµg/lMoryakova, V K
113Centropages violaceus, male, biomass as carbonC. violaceus m Cµg/lMoryakova, V K
114Chaetognatha, biomass as carbonChaetognatha Cµg/lMoryakova, V K
115Chiridius poppei, c4, biomass as carbonC. poppei c4 Cµg/lMoryakova, V K
116Chiridius poppei, c5, biomass as carbonC. poppei c5 Cµg/lMoryakova, V K
117Chiridius poppei, female, biomass as carbonC. poppei f Cµg/lMoryakova, V K
118Chiridius spp., c5, biomass as carbonChiridius spp. c5 Cµg/lMoryakova, V K
119Chirundina streetsii, female, biomass as carbonC. streetsii f Cµg/lMoryakova, V K
120Cirripedia, biomass as carbonCirripedia Cµg/lMoryakova, V K
121Clausocalanus arcuicornis, c5, biomass as carbonC. arcuicornis c5 Cµg/lMoryakova, V K
122Clausocalanus arcuicornis, female, biomass as carbonC. arcuicornis f Cµg/lMoryakova, V K
123Clausocalanus furcatus, c4, biomass as carbonC. furcatus c4 Cµg/lMoryakova, V K
124Clausocalanus furcatus, c5, biomass as carbonC. furcatus c5 Cµg/lMoryakova, V K
125Clausocalanus furcatus, female, biomass as carbonC. furcatus f Cµg/lMoryakova, V K
126Clausocalanus furcatus, male, biomass as carbonC. furcatus m Cµg/lMoryakova, V K
127Clausocalanus lividus, female, biomass as carbonC. lividus f Cµg/lMoryakova, V K
128Clausocalanus mastigophorus, female, biomass as carbonC. mastigophorus f Cµg/lMoryakova, V K
129Clausocalanus parapergens, female, biomass as carbonC. parapergens f Cµg/lMoryakova, V K
130Clausocalanus paululus, copepodites, biomass as carbonC. paululus c Cµg/lMoryakova, V K
131Clausocalanus paululus, c4, biomass as carbonC. paululus c4 Cµg/lMoryakova, V K
132Clausocalanus paululus, c5, biomass as carbonC. paululus c5 Cµg/lMoryakova, V K
133Clausocalanus paululus, female, biomass as carbonC. paululus f Cµg/lMoryakova, V K
134Clausocalanus paululus, male, biomass as carbonC. paululus m Cµg/lMoryakova, V K
135Clausocalanus spp., copepodites, biomass as carbonClausocalanus spp. c Cµg/lMoryakova, V K
136Clausocalanus spp., c4, biomass as carbonClausocalanus spp. c4 Cµg/lMoryakova, V K
137Clausocalanus spp., c5, biomass as carbonClausocalanus spp. c5 Cµg/lMoryakova, V K
138Clausocalanus spp., male, biomass as carbonClausocalanus spp. m Cµg/lMoryakova, V K
139Clytemnestra rostrata, copepodites, biomass as carbonC. rostrata c Cµg/lMoryakova, V K
140Clytemnestra rostrata, female, biomass as carbonC. rostrata f Cµg/lMoryakova, V K
141Clytemnestra spp., copepodites, biomass as carbonClytemnestra spp. c Cµg/lMoryakova, V K
142Conaea rapax, copepodites, biomass as carbonC. rapax c Cµg/lMoryakova, V K
143Conaea rapax, female, biomass as carbonC. rapax f Cµg/lMoryakova, V K
144Conaea rapax, male, biomass as carbonC. rapax m Cµg/lMoryakova, V K
145Conaea spp., copepodites, biomass as carbonConaea spp. c Cµg/lMoryakova, V K
146Copepoda, nauplii, biomass as carbonCopepoda naup Cµg/lMoryakova, V K
147Copilia mediterranea, copepodites, biomass as carbonC. mediterranea c Cµg/lMoryakova, V K
148Copilia mediterranea, female, biomass as carbonC. mediterranea f Cµg/lMoryakova, V K
149Copilia mediterranea, male, biomass as carbonC. mediterranea m Cµg/lMoryakova, V K
150Copilia mirabilis, copepodites, biomass as carbonC. mirabilis c Cµg/lMoryakova, V K
151Copilia mirabilis, female, biomass as carbonC. mirabilis f Cµg/lMoryakova, V K
152Copilia mirabilis, male, biomass as carbonC. mirabilis m Cµg/lMoryakova, V K
153Copilia quadrata, copepodites, biomass as carbonC. quadrata c Cµg/lMoryakova, V K
154Copilia spp., copepodites, biomass as carbonCopilia spp. c Cµg/lMoryakova, V K
155Copilia spp., male, biomass as carbonCopilia spp. m Cµg/lMoryakova, V K
156Copilia vitrea, female, biomass as carbonC. vitrea f Cµg/lMoryakova, V K
157Corycaeus clausi, female, biomass as carbonC. clausi f Cµg/lMoryakova, V K
158Corycaeus clausi, male, biomass as carbonC. clausi m Cµg/lMoryakova, V K
159Corycaeus flaccus, female, biomass as carbonC. flaccus f Cµg/lMoryakova, V K
160Corycaeus flaccus, male, biomass as carbonC. flaccus m Cµg/lMoryakova, V K
161Corycaeus furcifer, copepodites, biomass as carbonC. furcifer c Cµg/lMoryakova, V K
162Corycaeus furcifer, female, biomass as carbonC. furcifer f Cµg/lMoryakova, V K
163Corycaeus furcifer, male, biomass as carbonC. furcifer m Cµg/lMoryakova, V K
164Corycaeus giesbrechti, female, biomass as carbonC. giesbrechti f Cµg/lMoryakova, V K
165Corycaeus latus, copepodites, biomass as carbonC. latus c Cµg/lMoryakova, V K
166Corycaeus latus, female, biomass as carbonC. latus f Cµg/lMoryakova, V K
167Corycaeus latus, male, biomass as carbonC. latus m Cµg/lMoryakova, V K
168Corycaeus lautus, copepodites, biomass as carbonC. lautus c Cµg/lMoryakova, V K
169Corycaeus lautus, c3, biomass as carbonC. lautus c3 Cµg/lMoryakova, V K
170Corycaeus lautus, c5, biomass as carbonC. lautus c5 Cµg/lMoryakova, V K
171Corycaeus lautus, female, biomass as carbonC. lautus f Cµg/lMoryakova, V K
172Corycaeus lautus, male, biomass as carbonC. lautus m Cµg/lMoryakova, V K
173Corycaeus limbatus, female, biomass as carbonC. limbatus f Cµg/lMoryakova, V K
174Corycaeus limbatus, male, biomass as carbonC. limbatus m Cµg/lMoryakova, V K
175Corycaeus ovalis, female, biomass as carbonC. ovalis f Cµg/lMoryakova, V K
176Corycaeus speciosus, female, biomass as carbonC. speciosus f Cµg/lMoryakova, V K
177Corycaeus speciosus, male, biomass as carbonC. speciosus m Cµg/lMoryakova, V K
178Corycaeus spp., copepodites, biomass as carbonCorycaeus spp. c Cµg/lMoryakova, V K
179Corycaeus spp., c3, biomass as carbonCorycaeus spp. c3 Cµg/lMoryakova, V K
180Corycaeus spp., female, biomass as carbonCorycaeus spp. f Cµg/lMoryakova, V K
181Corycaeus spp., male, biomass as carbonCorycaeus spp. m Cµg/lMoryakova, V K
182Corycaeus typicus, female, biomass as carbonC. typicus f Cµg/lMoryakova, V K
183Corycaeus typicus, male, biomass as carbonC. typicus m Cµg/lMoryakova, V K
184Ctenocalanus vanus, c5, biomass as carbonC. vanus c5 Cµg/lMoryakova, V K
185Ctenocalanus vanus, female, biomass as carbonC. vanus f Cµg/lMoryakova, V K
186Cumacea, biomass as carbonCumacea Cµg/lMoryakova, V K
187Decapoda, biomass as carbonDecapoda Cµg/lMoryakova, V K
188Delius nudus, c5, biomass as carbonD. nudus c5 Cµg/lMoryakova, V K
189Delius nudus, female, biomass as carbonD. nudus f Cµg/lMoryakova, V K
190Doliolidae, biomass as carbonDoliolidae Cµg/lMoryakova, V K
191Echinodermata, larvae, biomass as carbonEchinod larv Cµg/lMoryakova, V K
192Euaugaptilus hecticus, female, biomass as carbonE. hecticus f Cµg/lMoryakova, V K
193Euaugaptilus laticeps, copepodites, biomass as carbonE. laticeps c Cµg/lMoryakova, V K
194Euaugaptilus spp., copepodites, biomass as carbonEuaugaptilus spp. c Cµg/lMoryakova, V K
195Eucalanidae, copepodites, biomass as carbonEucalanidae c Cµg/lMoryakova, V K
196Eucalanidae, male, biomass as carbonEucalanidae m Cµg/lMoryakova, V K
197Eucalanus elongatus, copepodites, biomass as carbonE. elongatus c Cµg/lMoryakova, V K
198Eucalanus elongatus, c5, biomass as carbonE. elongatus c5 Cµg/lMoryakova, V K
199Eucalanus elongatus, female, biomass as carbonE. elongatus f Cµg/lMoryakova, V K
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