Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Swalethorp, Rasmus; Kjellerup, Sanne; Nielsen, Torkel Gissel (2013): Mesozooplankton biomass data from the Kapisigdlit an inner fjord branch of the Godthaabsfjord system, West Greenland, 2010. PANGAEA, https://doi.org/10.1594/PANGAEA.810677

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

RIS CitationBibTeX CitationShow MapGoogle Earth

Abstract:
Sampling was conducted from March 24 to August 5 2010, in the fjord branch Kapisigdlit located in the inner part of the Godthåbsfjord system, West Greenland. The vessel "Lille Masik" was used during all cruises except on June 17-18 where sampling was done from RV Dana (National Institute for Aquatic Resources, Denmark). A total of 15 cruises (of 1-2 days duration) 7-10 days apart was carried out along a transect composed of 6 stations (St.), spanning the length of the 26 km long fjord branch. St. 1 was located at the mouth of the fjord branch and St. 6 was located at the end of the fjord branch, in the middle of a shallower inner creek . St. 1-4 was covering deeper parts of the fjord, and St. 5 was located on the slope leading up to the shallow inner creek. Mesozooplankton was sampled by vertical net tows using a Hydrobios Multinet (type Mini) equipped with a flow meter and 50 µm mesh nets or a WP-2 net 50 µm mesh size equipped with a non-filtering cod-end. Sampling was conducted at various times of day at the different stations. The nets were hauled with a speed of 0.2-0.3 m s**-1 from 100, 75 and 50 m depth to the surface at St. 2 + 4, 5 and 6, respectively. The content was immediately preserved in buffered formalin (4% final concentration). All samples were analyzed in the Plankton sorting and identification center in Szczecin (www.nmfri.gdynia.pl). Samples containing high numbers of zooplankton were split into subsamples. All copepods and other zooplankton were identified down to lowest possible taxonomic level (approx. 400 per sample), length measured and counted. Copepods were sorted into development stages (nauplii stage 1 - copepodite stage 6) using morphological features and sizes, and up to 10 individuals of each stage was length measured.
Related to:
Koski, Marja Kaarina; Swalethorp, Rasmus; Kjellerup, Sanne; Nielsen, Torkel Gissel (2013): The mystery of Microsetella: combination of sac- and broadcast-spawning in an Arctic fjord. Journal of Plankton Research, 36(1), 259-264, https://doi.org/10.1093/plankt/fbt117
Riisgaard, Karen; Swalethorp, Rasmus; Kjellerup, Sanne; Juul-Pedersen, Thomas; Nielsen, Torkel Gissel (2014): Trophic role and top-down control of a subarctic protozooplankton community. Marine Ecology Progress Series, 500, 67-82, https://doi.org/10.3354/meps10706
Zamora-Terol, Sara; Kjellerup, Sanne; Swalethorp, Rasmus; Saiz, Enric; Nielsen, Torkel Gissel (2014): Population dynamics and production of the small copepod Oithona spp. in a subarctic fjord of West Greenland. Polar Biology, 37(7), 953-965, https://doi.org/10.1007/s00300-014-1493-y
Coverage:
Median Latitude: 64.424884 * Median Longitude: -50.376591 * South-bound Latitude: 64.411700 * West-bound Longitude: -50.658000 * North-bound Latitude: 64.440300 * East-bound Longitude: -50.248500
Date/Time Start: 2010-03-24T03:11:00 * Date/Time End: 2010-08-06T00:10:00
Minimum DEPTH, water: 5.0 m * Maximum DEPTH, water: 225.0 m
Event(s):
Kapisigdlit_2010-10_11 (Station-2) * Latitude: 64.435000 * Longitude: -50.647800 * Date/Time: 2010-06-29T13:40:00 * Location: Greenland * Method/Device: WP-2 towed closing plankton net (WP2) * Comment: mesh size = 51µm; net area = 0.28 square meter; filtered water volumes: 0-100m = 28 cubic meter
Kapisigdlit_2010-10_14 (Station-4) * Latitude: 64.412500 * Longitude: -50.350200 * Date/Time: 2010-06-29T18:40:00 * Location: Greenland * Method/Device: Multiple opening/closing net (MSN) * Comment: mesh size = 50µm; net area = 0.12 square meter; filtered water volumes: 0-50m = 6 cubic meter; 50-100m = 6 cubic meter; 100-150m = 6 cubic meter; 150-200m = 6 cubic meter; 200-235m = 4.2 cubic meter
Kapisigdlit_2010-10_2 (Station-6) * Latitude: 64.437900 * Longitude: -50.253400 * Date/Time: 2010-06-29T07:40:00 * Location: Greenland * Method/Device: WP-2 towed closing plankton net (WP2) * Comment: mesh size = 51µm; net area = 0.28 square meter; filtered water volumes: 0-50m = 14 cubic meter
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1Event labelEvent
2Date/Time of eventDate/Time
3Latitude of eventLatitude
4Longitude of eventLongitude
5DEPTH, waterDepth watermGeocode
6Depth, top/minDepth topm
7Depth, bottom/maxDepth botm
8Acartia longiremis, c1, biomass as carbonA. longiremis c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
9Acartia longiremis, c4, biomass as carbonA. longiremis c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
10Acartia longiremis, c5, biomass as carbonA. longiremis c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
11Acartia longiremis, female, biomass as carbonA. longiremis f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
12Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Acartia longiremis, female, biomass as carbon
13Acartia longiremis, male, biomass as carbonA. longiremis m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
14Acartia spp., c1, biomass as carbonAcartia spp. c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
15Acartia spp., c2, biomass as carbonAcartia spp. c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
16Acartia spp., c3, biomass as carbonAcartia spp. c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
17Acartia spp., c4, biomass as carbonAcartia spp. c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
18Acartia spp., c5, biomass as carbonAcartia spp. c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
19Acartia spp., female, biomass as carbonAcartia spp. f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
20Acartia spp., n1, biomass as carbonAcartia spp. n1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
21Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Acartia spp., n1, biomass as carbon
22Acartia spp., n2, biomass as carbonAcartia spp. n2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
23Acartia spp., n3, biomass as carbonAcartia spp. n3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
24Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Acartia spp., n3, biomass as carbon
25Acartia spp., n4, biomass as carbonAcartia spp. n4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
26Acartia spp., n5, biomass as carbonAcartia spp. n5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
27Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Acartia spp., n5, biomass as carbon
28Acartia spp., n6, biomass as carbonAcartia spp. n6 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
29Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Acartia spp., n6, biomass as carbon
30Calanus finmarchicus, c1, biomass as carbonC. finmarchicus c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
31Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, c1, biomass as carbon
32Calanus finmarchicus, c2, biomass as carbonC. finmarchicus c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
33Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, c2, biomass as carbon
34Calanus finmarchicus, c3, biomass as carbonC. finmarchicus c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
35Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, c3, biomass as carbon
36Calanus finmarchicus, c4, biomass as carbonC. finmarchicus c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
37Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, c4, biomass as carbon
38Calanus finmarchicus, c5, biomass as carbonC. finmarchicus Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
39Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, c5, biomass as carbon
40Calanus finmarchicus, female, biomass as carbonC. finmarchicus f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
41Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, female, biomass as carbon
42Calanus finmarchicus, male, biomass as carbonC. finmarchicus m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
43Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus finmarchicus, male, biomass as carbon
44Calanus glacialis, c1, biomass as carbonC. glacialis c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
45Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, c1, biomass as carbon
46Calanus glacialis, c2, biomass as carbonC. glacialis c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
47Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, c2, biomass as carbon
48Calanus glacialis, c3, biomass as carbonC. glacialis c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
49Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, c3, biomass as carbon
50Calanus glacialis, c4, biomass as carbonC. glacialis c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
51Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, c4, biomass as carbon
52Calanus glacialis, c5, biomass as carbonC. glacialis c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
53Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, c5, biomass as carbon
54Calanus glacialis, female, biomass as carbonC. glacialis f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
55Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, female, biomass as carbon
56Calanus glacialis, male, biomass as carbonC. glacialis m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
57Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus glacialis, male, biomass as carbon
58Calanus hyperboreus, c1, biomass as carbonC. hyperboreus c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
59Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, c1, biomass as carbon
60Calanus hyperboreus, c2, biomass as carbonC. hyperboreus c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
61Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, c2, biomass as carbon
62Calanus hyperboreus, c3, biomass as carbonC. hyperboreus c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
63Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, c3, biomass as carbon
64Calanus hyperboreus, c4, biomass as carbonC. hyperboreus c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
65Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, c4, biomass as carbon
66Calanus hyperboreus, c5, biomass as carbonC. hyperboreus c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
67Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, c5, biomass as carbon
68Calanus hyperboreus, female, biomass as carbonC. hyperboreus f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
69Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, female, biomass as carbon
70Calanus hyperboreus, male, biomass as carbonC. hyperboreus m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
71Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus hyperboreus, male, biomass as carbon
72Calanus spp., c1, biomass as carbonCalanus spp. c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
73Calanus spp., c2, biomass as carbonCalanus spp. c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
74Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., c2, biomass as carbon
75Calanus spp., c3, biomass as carbonCalanus spp. c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
76Calanus spp., male, biomass as carbonCalanus spp. m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
77Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., male, biomass as carbon
78Calanus spp., n1, biomass as carbonCalanus spp. n1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
79Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., n1, biomass as carbon
80Calanus spp., n2, biomass as carbonCalanus spp. n2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
81Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., n2, biomass as carbon
82Calanus spp., n3, biomass as carbonCalanus spp. n3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
83Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., n3, biomass as carbon
84Calanus spp., n4, biomass as carbonCalanus spp. n4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
85Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., n4, biomass as carbon
86Calanus spp., n5, biomass as carbonCalanus spp. n5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
87Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., n5, biomass as carbon
88Calanus spp., n6, biomass as carbonCalanus spp. n6 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
89Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Calanus spp., n6, biomass as carbon
90Centropages hamatus, c4, biomass as carbonC. hamatus c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
91Centropages hamatus, c5, biomass as carbonC. hamatus c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
92Centropages hamatus, female, biomass as carbonC. hamatus f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
93Centropages hamatus, male, biomass as carbonC. hamatus m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
94Centropages hamatus, n6, biomass as carbonC. hamatus n6 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
95Centropages spp., n1, biomass as carbonCentropages spp. n1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
96Centropages spp., n2, biomass as carbonCentropages spp. n2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
97Centropages spp., n3, biomass as carbonCentropages spp. n3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
98Centropages spp., n5, biomass as carbonCentropages spp. n5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
99Centropages spp., n6, biomass as carbonCentropages spp. n6 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
100Centropages typicus, female, biomass as carbonC. typicus f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
101Cladocera, biomass as carbonCladocera Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
102Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Cladocera, biomass as carbon
103Evadne spp., biomass as carbonEvadne spp. Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
104Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Evadne spp., biomass as carbon
105Metridia spp., c1, biomass as carbonMetridia spp. c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
106Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., c1, biomass as carbon
107Metridia spp., c2, biomass as carbonMetridia spp. c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
108Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., c2, biomass as carbon
109Metridia spp., c3, biomass as carbonMetridia spp. c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
110Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., c3, biomass as carbon
111Metridia spp., c4, biomass as carbonMetridia spp. c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
112Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., c4, biomass as carbon
113Metridia spp., c5, biomass as carbonMetridia spp. c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
114Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., c5, biomass as carbon
115Metridia spp., female, biomass as carbonMetridia spp. f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
116Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., female, biomass as carbon
117Metridia spp., male, biomass as carbonMetridia spp. m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
118Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., male, biomass as carbon
119Metridia spp., n1, biomass as carbonMetridia spp. n1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
120Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., n1, biomass as carbon
121Metridia spp., n2, biomass as carbonMetridia spp. n2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
122Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., n2, biomass as carbon
123Metridia spp., n3, biomass as carbonMetridia spp. n3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
124Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., n3, biomass as carbon
125Metridia spp., n4, biomass as carbonMetridia spp. n4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
126Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., n4, biomass as carbon
127Metridia spp., n5, biomass as carbonMetridia spp. n5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
128Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., n5, biomass as carbon
129Metridia spp., n6, biomass as carbonMetridia spp. n6 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
130Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Metridia spp., n6, biomass as carbon
131Microcalanus spp., c1, biomass as carbonMicrocalanus spp. c1 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)
132Microcalanus spp., c2, biomass as carbonMicrocalanus spp. c2 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
133Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Microcalanus spp., c2, biomass as carbon
134Microcalanus spp., c3, biomass as carbonMicrocalanus spp. c3 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
135Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Microcalanus spp., c3, biomass as carbon
136Microcalanus spp., c4, biomass as carbonMicrocalanus spp. c4 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
137Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Microcalanus spp., c4, biomass as carbon
138Microcalanus spp., c5, biomass as carbonMicrocalanus spp. c5 Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
139Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Microcalanus spp., c5, biomass as carbon
140Microcalanus spp., female, biomass as carbonMicrocalanus spp. f Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
141Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Microcalanus spp., female, biomass as carbon
142Microcalanus spp., male, biomass as carbonMicrocalanus spp. m Cmg/m3Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Average
143Standard deviationStd dev±Swalethorp, RasmusCalculated, using biomass conversion factor from Riisgaard et al. (submitted)Microcalanus spp., male, biomass as carbon
144Microcalanus spp., n1, biomass as carbon