**Piontkovski, Sergey; Kolesnikov, A N (2008):** Mesozooplankton biomass during Akademik Kovalevsky cruise AK7/3, Part I. *Institute of Biology of the Southern Seas, National Academy of Sciences of Ukraine, Sevastopol*, *PANGAEA*, https://doi.org/10.1594/PANGAEA.690465,
*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

**Always quote above citation when using data!** You can download the citation in several formats below.

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:*20.127382

** Median Longitude:*-83.971606

** South-bound Latitude:*17.866700

** West-bound Longitude:*-86.616700

** North-bound Latitude:*21.816700

** East-bound Longitude:*-77.966700

*Date/Time Start:*1964-12-04T14:45:00

** Date/Time End:*1964-12-17T10:30:00

*Minimum DEPTH, water:*5.0 m

** Maximum DEPTH, water:*751.0 m

Event(s):

**AKov_7/3-track**

** Latitude Start:*17.866700

** Longitude Start:*-77.966700

** Latitude End:*21.550000

** Longitude End:*-86.616700

** Date/Time Start:*1964-12-04T14:45:00

** Date/Time End:*1964-12-17T10:30:00

** Elevation Start:*-30.0 m

** Elevation End:*-40.0 m

** Location:*Caribbean Sea

** Campaign:*AAK7/3

** Basis:*Akademik A Kovalyevskiy

** 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 0.145 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, 200-500m) 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 | Method | 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 | Kolesnikov, A N | ||

6 | Sample code/label | Sample label | Kolesnikov, A N | |||

7 | Depth, top/min | Depth top | m | Kolesnikov, A N | ||

8 | Depth, bottom/max | Depth bot | m | Kolesnikov, A N | ||

9 | Volume | Vol | m^{3} | Kolesnikov, A N | ||

10 | Acari, biomass as carbon | Acari C | µg/l | Kolesnikov, A N | ||

11 | Acartia danae, female, biomass as carbon | A. danae f C | µg/l | Kolesnikov, A N | ||

12 | Acartia spinata, male, biomass as carbon | A. spinata m C | µg/l | Kolesnikov, A N | ||

13 | Acartia spp., copepodites, biomass as carbon | Acartia spp. c C | µg/l | Kolesnikov, A N | ||

14 | Acrocalanus gracilis, biomass as carbon | A. gracilis C | µg/l | Kolesnikov, A N | ||

15 | Acrocalanus gracilis, female, biomass as carbon | A. gracilis f C | µg/l | Kolesnikov, A N | ||

16 | Acrocalanus gracilis, male, biomass as carbon | A. gracilis m C | µg/l | Kolesnikov, A N | ||

17 | Acrocalanus longicornis, biomass as carbon | A. longicornis C | µg/l | Kolesnikov, A N | ||

18 | Acrocalanus longicornis, female, biomass as carbon | A. longicornis f C | µg/l | Kolesnikov, A N | ||

19 | Aetideus giesbrechti, copepodites, biomass as carbon | A. giesbrechti c C | µg/l | Kolesnikov, A N | ||

20 | Aetideus giesbrechti, female, biomass as carbon | A. giesbrechti f C | µg/l | Kolesnikov, A N | ||

21 | Amallothrix falcifer, female, biomass as carbon | A. falcifer f C | µg/l | Kolesnikov, A N | ||

22 | Amallothrix spp., copepodites, biomass as carbon | Amallothrix spp. c C | µg/l | Kolesnikov, A N | ||

23 | Amphipoda, biomass as carbon | Amphipoda C | µg/l | Kolesnikov, A N | ||

24 | Appendicularia, biomass as carbon | Appendic C | µg/l | Kolesnikov, A N | ||

25 | Branchiopoda, copepodites, biomass as carbon | Branchiopoda c C | µg/l | Kolesnikov, A N | ||

26 | Branchiostoma spp., biomass as carbon | Branchiostoma spp. C | µg/l | Kolesnikov, A N | ||

27 | Bryozoa, larvae, biomass as carbon | Bryozoa larv C | µg/l | Kolesnikov, A N | ||

28 | Calanoida, copepodites, biomass as carbon | Calanoida c C | µg/l | Kolesnikov, A N | ||

29 | Calanopia americana, biomass as carbon | C. americana C | µg/l | Kolesnikov, A N | ||

30 | Calanopia americana, female, biomass as carbon | C. americana f C | µg/l | Kolesnikov, A N | ||

31 | Calanopia americana, male, biomass as carbon | C. americana m C | µg/l | Kolesnikov, A N | ||

32 | Calocalanus gracilis, biomass as carbon | C. gracilis C | µg/l | Kolesnikov, A N | ||

33 | Calocalanus gracilis, copepodites, biomass as carbon | C. gracilis c C | µg/l | Kolesnikov, A N | ||

34 | Calocalanus gracilis, female, biomass as carbon | C. gracilis f C | µg/l | Kolesnikov, A N | ||

35 | Calocalanus ovalis, female, biomass as carbon | C. ovalis f C | µg/l | Kolesnikov, A N | ||

36 | Calocalanus pavo, female, biomass as carbon | C. pavo f C | µg/l | Kolesnikov, A N | ||

37 | Calocalanus pavoninus, female, biomass as carbon | C. pavoninus f C | µg/l | Kolesnikov, A N | ||

38 | Calocalanus styliremis, biomass as carbon | C. styliremis C | µg/l | Kolesnikov, A N | ||

39 | Calocalanus styliremis, copepodites, biomass as carbon | C. styliremis c C | µg/l | Kolesnikov, A N | ||

40 | Calocalanus styliremis, female, biomass as carbon | C. styliremis f C | µg/l | Kolesnikov, A N | ||

41 | Candacia pachydactyla, biomass as carbon | C. pachydactyla C | µg/l | Kolesnikov, A N | ||

42 | Candacia pachydactyla, copepodites, biomass as carbon | C. pachydactyla c C | µg/l | Kolesnikov, A N | ||

43 | Candacia pachydactyla, female, biomass as carbon | C. pachydactyla f C | µg/l | Kolesnikov, A N | ||

44 | Candaciidae, copepodites, biomass as carbon | Candaciidae c C | µg/l | Kolesnikov, A N | ||

45 | Canthocalanus pauper, copepodites, biomass as carbon | C. pauper c C | µg/l | Kolesnikov, A N | ||

46 | Canthocalanus pauper, female, biomass as carbon | C. pauper f C | µg/l | Kolesnikov, A N | ||

47 | Centropages furcatus, copepodites, biomass as carbon | C. furcatus c C | µg/l | Kolesnikov, A N | ||

48 | Centropages furcatus, male, biomass as carbon | C. furcatus m C | µg/l | Kolesnikov, A N | ||

49 | Centropages violaceus, copepodites, biomass as carbon | C. violaceus c C | µg/l | Kolesnikov, A N | ||

50 | Centropages violaceus, female, biomass as carbon | C. violaceus f C | µg/l | Kolesnikov, A N | ||

51 | Centropages violaceus, male, biomass as carbon | C. violaceus m C | µg/l | Kolesnikov, A N | ||

52 | Chaetognatha, biomass as carbon | Chaetognatha C | µg/l | Kolesnikov, A N | ||

53 | Chiridius gracilis, copepodites, biomass as carbon | C. gracilis c C | µg/l | Kolesnikov, A N | ||

54 | Cirripedia, biomass as carbon | Cirripedia C | µg/l | Kolesnikov, A N | ||

55 | Clausocalanus arcuicornis, copepodites, biomass as carbon | C. arcuicornis c C | µg/l | Kolesnikov, A N | ||

56 | Clausocalanus arcuicornis, female, biomass as carbon | C. arcuicornis f C | µg/l | Kolesnikov, A N | ||

57 | Clausocalanus arcuicornis, male, biomass as carbon | C. arcuicornis m C | µg/l | Kolesnikov, A N | ||

58 | Clausocalanus furcatus, biomass as carbon | C. furcatus C | µg/l | Kolesnikov, A N | ||

59 | Clausocalanus furcatus, copepodites, biomass as carbon | C. furcatus c C | µg/l | Kolesnikov, A N | ||

60 | Clausocalanus furcatus, female, biomass as carbon | C. furcatus f C | µg/l | Kolesnikov, A N | ||

61 | Clausocalanus paululus, copepodites, biomass as carbon | C. paululus c C | µg/l | Kolesnikov, A N | ||

62 | Clausocalanus paululus, female, biomass as carbon | C. paululus f C | µg/l | Kolesnikov, A N | ||

63 | Clausocalanus spp., female, biomass as carbon | Clausocalanus spp. f C | µg/l | Kolesnikov, A N | ||

64 | Clytemnestra rostrata, copepodites, biomass as carbon | C. rostrata c C | µg/l | Kolesnikov, A N | ||

65 | Clytemnestra scutellata, biomass as carbon | C. scutellata C | µg/l | Kolesnikov, A N | ||

66 | Clytemnestra scutellata, female, biomass as carbon | C. scutellata f C | µg/l | Kolesnikov, A N | ||

67 | Conaea rapax, biomass as carbon | C. rapax C | µg/l | Kolesnikov, A N | ||

68 | Conaea rapax, female, biomass as carbon | C. rapax f C | µg/l | Kolesnikov, A N | ||

69 | Copilia mirabilis, copepodites, biomass as carbon | C. mirabilis c C | µg/l | Kolesnikov, A N | ||

70 | Copilia mirabilis, female, biomass as carbon | C. mirabilis f C | µg/l | Kolesnikov, A N | ||

71 | Copilia quadrata, female, biomass as carbon | C. quadrata f C | µg/l | Kolesnikov, A N | ||

72 | Copilia quadrata, male, biomass as carbon | C. quadrata m C | µg/l | Kolesnikov, A N | ||

73 | Corycaeidae, copepodites, biomass as carbon | Corycaeidae c C | µg/l | Kolesnikov, A N | ||

74 | Corycaeus amazonicus, biomass as carbon | C. amazonicus C | µg/l | Kolesnikov, A N | ||

75 | Corycaeus amazonicus, female, biomass as carbon | C. amazonicus f C | µg/l | Kolesnikov, A N | ||

76 | Corycaeus amazonicus, male, biomass as carbon | C. amazonicus m C | µg/l | Kolesnikov, A N | ||

77 | Corycaeus flaccus, female, biomass as carbon | C. flaccus f C | µg/l | Kolesnikov, A N | ||

78 | Corycaeus furcifer, male, biomass as carbon | C. furcifer m C | µg/l | Kolesnikov, A N | ||

79 | Corycaeus giesbrechti, biomass as carbon | C. giesbrechti C | µg/l | Kolesnikov, A N | ||

80 | Corycaeus giesbrechti, male, biomass as carbon | C. giesbrechti m C | µg/l | Kolesnikov, A N | ||

81 | Corycaeus latus, biomass as carbon | C. latus C | µg/l | Kolesnikov, A N | ||

82 | Corycaeus latus, copepodites, biomass as carbon | C. latus c C | µg/l | Kolesnikov, A N | ||

83 | Corycaeus latus, female, biomass as carbon | C. latus f C | µg/l | Kolesnikov, A N | ||

84 | Corycaeus latus, male, biomass as carbon | C. latus m C | µg/l | Kolesnikov, A N | ||

85 | Corycaeus limbatus, biomass as carbon | C. limbatus C | µg/l | Kolesnikov, A N | ||

86 | Corycaeus limbatus, male, biomass as carbon | C. limbatus m C | µg/l | Kolesnikov, A N | ||

87 | Corycaeus minimus, biomass as carbon | C. minimus C | µg/l | Kolesnikov, A N | ||

88 | Corycaeus minimus, male, biomass as carbon | C. minimus m C | µg/l | Kolesnikov, A N | ||

89 | Corycaeus speciosus, biomass as carbon | C. speciosus C | µg/l | Kolesnikov, A N | ||

90 | Corycaeus speciosus, copepodites, biomass as carbon | C. speciosus c C | µg/l | Kolesnikov, A N | ||

91 | Corycaeus speciosus, female, biomass as carbon | C. speciosus f C | µg/l | Kolesnikov, A N | ||

92 | Corycaeus speciosus, male, biomass as carbon | C. speciosus m C | µg/l | Kolesnikov, A N | ||

93 | Corycaeus spp., copepodites, biomass as carbon | Corycaeus spp. c C | µg/l | Kolesnikov, A N | ||

94 | Corycaeus subulatus, biomass as carbon | C. subulatus C | µg/l | Kolesnikov, A N | ||

95 | Corycaeus typicus, biomass as carbon | C. typicus C | µg/l | Kolesnikov, A N | ||

96 | Corycaeus typicus, female, biomass as carbon | C. typicus f C | µg/l | Kolesnikov, A N | ||

97 | Corycaeus typicus, male, biomass as carbon | C. typicus m C | µg/l | Kolesnikov, A N | ||

98 | Ctenocalanus vanus, female, biomass as carbon | C. vanus f C | µg/l | Kolesnikov, A N | ||

99 | Decapoda, biomass as carbon | Decapoda C | µg/l | Kolesnikov, A N | ||

100 | Delius nudus, biomass as carbon | D. nudus C | µg/l | Kolesnikov, A N | ||

101 | Delius nudus, female, biomass as carbon | D. nudus f C | µg/l | Kolesnikov, A N | ||

102 | Doliolidae, biomass as carbon | Doliolidae C | µg/l | Kolesnikov, A N | ||

103 | Echinodermata, larvae, biomass as carbon | Echinod larv C | µg/l | Kolesnikov, A N | ||

104 | Eucalanidae, copepodites, biomass as carbon | Eucalanidae c C | µg/l | Kolesnikov, A N | ||

105 | Euchaeta marina, biomass as carbon | E. marina C | µg/l | Kolesnikov, A N | ||

106 | Euchaeta marina, copepodites, biomass as carbon | E. marina c C | µg/l | Kolesnikov, A N | ||

107 | Euchaeta marina, female, biomass as carbon | E. marina f C | µg/l | Kolesnikov, A N | ||

108 | Euchaeta marina, male, biomass as carbon | E. marina m C | µg/l | Kolesnikov, A N | ||

109 | Euchaeta media, copepodites, biomass as carbon | E. media c C | µg/l | Kolesnikov, A N | ||

110 | Euchaeta media, female, biomass as carbon | E. media f C | µg/l | Kolesnikov, A N | ||

111 | Euchirella brevis, female, biomass as carbon | E. brevis f C | µg/l | Kolesnikov, A N | ||

112 | Euchirella messinensis, female, biomass as carbon | E. messinensis f C | µg/l | Kolesnikov, A N | ||

113 | Euphausiacea, biomass as carbon | Euphausiacea C | µg/l | Kolesnikov, A N | ||

114 | Euterpina acutifrons, female, biomass as carbon | E. acutifrons f C | µg/l | Kolesnikov, A N | ||

115 | Farranula concinna, female, biomass as carbon | F. concinna f C | µg/l | Kolesnikov, A N | ||

116 | Farranula gracilis, biomass as carbon | F. gracilis C | µg/l | Kolesnikov, A N | ||

117 | Farranula gracilis, female, biomass as carbon | F. gracilis f C | µg/l | Kolesnikov, A N | ||

118 | Farranula gracilis, male, biomass as carbon | F. gracilis m C | µg/l | Kolesnikov, A N | ||

119 | Farranula rostrata, biomass as carbon | F. rostrata C | µg/l | Kolesnikov, A N | ||

120 | Gaetanus miles, female, biomass as carbon | G. miles f C | µg/l | Kolesnikov, A N | ||

121 | Gaetanus minor, female, biomass as carbon | G. minor f C | µg/l | Kolesnikov, A N | ||

122 | Haloptilus longicornis, biomass as carbon | H. longicornis C | µg/l | Kolesnikov, A N | ||

123 | Haloptilus longicornis, copepodites, biomass as carbon | H. longicornis c C | µg/l | Kolesnikov, A N | ||

124 | Haloptilus longicornis, female, biomass as carbon | H. longicornis f C | µg/l | Kolesnikov, A N | ||

125 | Haloptilus spp., copepodites, biomass as carbon | Haloptilus spp. c C | µg/l | Kolesnikov, A N | ||

126 | Harpacticoida, copepodites, biomass as carbon | Harpacticoida c C | µg/l | Kolesnikov, A N | ||

127 | Harpacticoida, female, biomass as carbon | Harpacticoida f C | µg/l | Kolesnikov, A N | ||

128 | Heterorhabdus papilliger, biomass as carbon | H. papilliger C | µg/l | Kolesnikov, A N | ||

129 | Heterorhabdus papilliger, female, biomass as carbon | H. papilliger f C | µg/l | Kolesnikov, A N | ||

130 | Heterorhabdus papilliger, male, biomass as carbon | H. papilliger m C | µg/l | Kolesnikov, A N | ||

131 | Hydroidea, biomass as carbon | Hydroidea C | µg/l | Kolesnikov, A N | ||

132 | Isopoda, biomass as carbon | Isopoda C | µg/l | Kolesnikov, A N | ||

133 | Longipedia helgolandica, female, biomass as carbon | L. helgolandica f C | µg/l | Kolesnikov, A N | ||

134 | Lophothrix latipes, copepodites, biomass as carbon | L. latipes c C | µg/l | Kolesnikov, A N | ||

135 | Lubbockia squillimana, biomass as carbon | L. squillimana C | µg/l | Kolesnikov, A N | ||

136 | Lubbockia squillimana, female, biomass as carbon | L. squillimana f C | µg/l | Kolesnikov, A N | ||

137 | Lubbockia squillimana, male, biomass as carbon | L. squillimana m C | µg/l | Kolesnikov, A N | ||

138 | Lucicutia clausi, female, biomass as carbon | L. clausi f C | µg/l | Kolesnikov, A N | ||

139 | Lucicutia clausi, male, biomass as carbon | L. clausi m C | µg/l | Kolesnikov, A N | ||

140 | Lucicutia flavicornis, biomass as carbon | L. flavicornis C | µg/l | Kolesnikov, A N | ||

141 | Lucicutia flavicornis, female, biomass as carbon | L. flavicornis f C | µg/l | Kolesnikov, A N | ||

142 | Lucicutia flavicornis, male, biomass as carbon | L. flavicornis m C | µg/l | Kolesnikov, A N | ||

143 | Lucicutia gemina, female, biomass as carbon | L. gemina f C | µg/l | Kolesnikov, A N | ||

144 | Lucicutia gemina, male, biomass as carbon | L. gemina m C | µg/l | Kolesnikov, A N | ||

145 | Lucicutia ovalis, male, biomass as carbon | L. ovalis m C | µg/l | Kolesnikov, A N | ||

146 | Macrosetella gracilis, biomass as carbon | M. gracilis C | µg/l | Kolesnikov, A N | ||

147 | Macrosetella gracilis, female, biomass as carbon | M. gracilis f C | µg/l | Kolesnikov, A N | ||

148 | Mecynocera clausi, biomass as carbon | M. clausi C | µg/l | Kolesnikov, A N | ||

149 | Mecynocera clausi, female, biomass as carbon | M. clausi f C | µg/l | Kolesnikov, A N | ||

150 | Mecynocera clausi, male, biomass as carbon | M. clausi m C | µg/l | Kolesnikov, A N | ||

151 | Mesocalanus tenuicornis, biomass as carbon | M. tenuicornis C | µg/l | Kolesnikov, A N | ||

152 | Mesocalanus tenuicornis, copepodites, biomass as carbon | M. tenuicornis c C | µg/l | Kolesnikov, A N | ||

153 | Mesocalanus tenuicornis, female, biomass as carbon | M. tenuicornis f C | µg/l | Kolesnikov, A N | ||

154 | Microsetella norvegica, female, biomass as carbon | M. norvegica f C | µg/l | Kolesnikov, A N | ||

155 | Microsetella rosea, female, biomass as carbon | M. rosea f C | µg/l | Kolesnikov, A N | ||

156 | Miracia efferata, biomass as carbon | M. efferata C | µg/l | Kolesnikov, A N | ||

157 | Miracia efferata, copepodites, biomass as carbon | M. efferata c C | µg/l | Kolesnikov, A N | ||

158 | Miracia efferata, female, biomass as carbon | M. efferata f C | µg/l | Kolesnikov, A N | ||

159 | Miracia efferata, male, biomass as carbon | M. efferata m C | µg/l | Kolesnikov, A N |

Size:

1179 data points