Swalethorp, Rasmus; Kjellerup, Sanne; Nielsen, Torkel Gissel (2013): Mesozooplankton biomass data from Disko Bay, West Greenland, 2008 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.815103
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Abstract:
The study site was located in the Disko Bay off Qeqertarsuaq, western Greenland. Due to land-connected sea ice coverage during winter, 2 sampling sites were combined. At the first site in winter (21 February to 23 March 2008), sampling was conducted through a hole in the ice at ca. 65 to 160 m depth approximately 0.5 nautical mile (n mile) south of Qeqertarsuaq (69° 14' N, 53° 29' W). In spring and summer (9 April to 18 July), sampling was done at a monitoring station 1 n mile south from Qeqertarsuaq (69° 14' N, 53° 23' W) at 300 m depth. Sampling was carried out between 10:00 and 17:00 h. During sampling from the ice, mesozooplankton was collected using a modified WP-2 net (45 µm) equipped with a closing mechanism (Hydrobios). Samples were collected in 3 depth strata (0-50, 50-100, and 100-150 m). During ship-based sampling, mesozooplankton was collected with a multinet (50 µm) equipped with a flow meter (Multinet, Hydrobios type midi), and 2 additional depth strata (150-200m and 200-250 m) were included. In addition to the seasonal study one diurnal investigation with sampling every 6 h was conducted from 29 April at 12:00 h to 30 April 30 at 12:00 h. Samples were immediately preserved in buffered formalin (5% final concentration) for later analyses. Biomass values of the different copepod species were calculated based on measurements of prosome length, and length/weight relationships. Two regressions for Calanus spp. were established for biomass calculations: one applicable prior to and during the phytoplankton bloom until 4 May, and another from 9 May onwards.
Related to:
Dünweber, Michael; Swalethorp, Rasmus; Kjellerup, Sanne; Nielsen, Torkel Gissel; Arendt, Kristine Engel; Hjorth, Morten; Tönnesson, Kajsa; Møller, Eva Friis (2010): Succession and fate of the spring diatom bloom in Disko Bay, western Greenland. Marine Ecology Progress Series, 419, 11-29, https://doi.org/10.3354/meps08813
Swalethorp, Rasmus; Kjellerup, Sanne; Dünweber, Michael; Nielsen, Torkel Gissel; Møller, Eva Friis; Rysgaard, Søren; Hansen, Benni Winding (2011): Grazing, egg production, and biochemical evidence of differences in the life strategies of Calanus finmarchicus, C. glacialis and C. hyperboreus in Disko Bay, western Greenland. Marine Ecology Progress Series, 429, 125-144, https://doi.org/10.3354/meps09065
Project(s):
Basin Scale Analysis, Synthesis and Integration (EURO-BASIN)
Funding:
Seventh Framework Programme (FP7), grant/award no. 264933: Basin Scale Analysis, Synthesis and Integration
Coverage:
Median Latitude: 69.235549 * Median Longitude: -53.412171 * South-bound Latitude: 69.233583 * West-bound Longitude: -53.461350 * North-bound Latitude: 69.242100 * East-bound Longitude: -53.397417
Date/Time Start: 2008-02-21T12:00:00 * Date/Time End: 2008-07-18T12:00:00
Minimum DEPTH, water: 25 m * Maximum DEPTH, water: 25 m
Event(s):
Diskobay_2008_5-1 (Station 5) * Latitude: 69.233583 * Longitude: -53.397417 * Date/Time: 2008-04-09T12:00:00 * Location: Greenland * Method/Device: Multiple opening/closing net (MSN) * Comment: mesh size net = 50 µm; net area = 0.25 square meter; filtered water volume: 0-50m = 20 cubic meter; 50-100m = 21 cubic meter; 100-150m = 26 cubic meter; 150-200m = 24 cubic meter; 200-250m = 26 cubic meter
Diskobay_2008_5-2 (Station 5) * Latitude: 69.233583 * Longitude: -53.397417 * Date/Time: 2008-04-16T12:00:00 * Location: Greenland * Method/Device: Multiple opening/closing net (MSN) * Comment: mesh size net = 50 µm; net area = 0.25 square meter; filtered water volume: 0-50m = 25 cubic meter; 50-100m = 22 cubic meter; 100-150m = 20 cubic meter; 150-200m = 17 cubic meter; 200-250m = 15 cubic meter
Diskobay_2008_5-3 (Station 5) * Latitude: 69.233583 * Longitude: -53.397417 * Date/Time: 2008-04-20T12:00:00 * Location: Greenland * Method/Device: Multiple opening/closing net (MSN) * Comment: mesh size net = 50 µm; net area = 0.25 square meter; filtered water volume: 0-50m = 38 cubic meter; 50-100m = 34 cubic meter; 100-150m = 33 cubic meter; 150-200m = 30 cubic meter; 200-250m = 23 cubic meter
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Event label | Event | ||||
| 2 | Sample code/label | Sample label | ||||
| 3 | Date/Time of event | Date/Time | ||||
| 4 | Latitude of event | Latitude | ||||
| 5 | Longitude of event | Longitude | ||||
| 6 | DEPTH, water | Depth water | m | Geocode | ||
| 7 | Depth, top/min | Depth top | m | |||
| 8 | Depth, bottom/max | Depth bot | m | |||
| 9 | Acartia longiremis, c5, biomass as carbon | A. longiremis c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 10 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Acartia longiremis, c5, biomass as carbon |
| 11 | Acartia longiremis, female, biomass as carbon | A. longiremis f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 12 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Acartia longiremis, female, biomass as carbon |
| 13 | Acartia longiremis, male, biomass as carbon | A. longiremis m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 14 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Acartia longiremis, male, biomass as carbon |
| 15 | Acartia spp., c4, biomass as carbon | Acartia spp. c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 16 | Acartia spp., c5, biomass as carbon | Acartia spp. c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 17 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Acartia spp., c5, biomass as carbon |
| 18 | Acartia spp., copepodites, biomass as carbon | Acartia spp. c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 19 | Acartia spp., nauplii, biomass as carbon | Acartia spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 20 | Calanus finmarchicus, c3, biomass as carbon | C. finmarchicus c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 21 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus finmarchicus, c3, biomass as carbon |
| 22 | Calanus finmarchicus, c4, biomass as carbon | C. finmarchicus c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 23 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus finmarchicus, c4, biomass as carbon |
| 24 | Calanus finmarchicus, c5, biomass as carbon | C. finmarchicus C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 25 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus finmarchicus, c5, biomass as carbon |
| 26 | Calanus finmarchicus, female, biomass as carbon | C. finmarchicus f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 27 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus finmarchicus, female, biomass as carbon |
| 28 | Calanus finmarchicus, male, biomass as carbon | C. finmarchicus m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 29 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus finmarchicus, male, biomass as carbon |
| 30 | Calanus glacialis, c3, biomass as carbon | C. glacialis c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 31 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus glacialis, c3, biomass as carbon |
| 32 | Calanus glacialis, c4, biomass as carbon | C. glacialis c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 33 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus glacialis, c4, biomass as carbon |
| 34 | Calanus glacialis, c5, biomass as carbon | C. glacialis c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 35 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus glacialis, c5, biomass as carbon |
| 36 | Calanus glacialis, female, biomass as carbon | C. glacialis f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 37 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus glacialis, female, biomass as carbon |
| 38 | Calanus glacialis, male, biomass as carbon | C. glacialis m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 39 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus glacialis, male, biomass as carbon |
| 40 | Calanus hyperboreus, c1, biomass as carbon | C. hyperboreus c1 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 41 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, c1, biomass as carbon |
| 42 | Calanus hyperboreus, c2, biomass as carbon | C. hyperboreus c2 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 43 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, c2, biomass as carbon |
| 44 | Calanus hyperboreus, c3, biomass as carbon | C. hyperboreus c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 45 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, c3, biomass as carbon |
| 46 | Calanus hyperboreus, c4, biomass as carbon | C. hyperboreus c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 47 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, c4, biomass as carbon |
| 48 | Calanus hyperboreus, c5, biomass as carbon | C. hyperboreus c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 49 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, c5, biomass as carbon |
| 50 | Calanus hyperboreus, female, biomass as carbon | C. hyperboreus f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 51 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, female, biomass as carbon |
| 52 | Calanus hyperboreus, male, biomass as carbon | C. hyperboreus m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 53 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus hyperboreus, male, biomass as carbon |
| 54 | Calanus spp., c1, biomass as carbon | Calanus spp. c1 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 55 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus spp., c1, biomass as carbon |
| 56 | Calanus spp., c2, biomass as carbon | Calanus spp. c2 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 57 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus spp., c2, biomass as carbon |
| 58 | Calanus spp., c3, biomass as carbon | Calanus spp. c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 59 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus spp., c3, biomass as carbon |
| 60 | Calanus spp., c4, biomass as carbon | Calanus spp. c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 61 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus spp., c4, biomass as carbon |
| 62 | Calanus spp., nauplii, biomass as carbon | Calanus spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 63 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Calanus spp., nauplii, biomass as carbon |
| 64 | Metridia longa, c1, biomass as carbon | M. longa c1 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 65 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, c1, biomass as carbon |
| 66 | Metridia longa, c2, biomass as carbon | M. longa c2 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 67 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, c2, biomass as carbon |
| 68 | Metridia longa, c3, biomass as carbon | M. longa c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 69 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, c3, biomass as carbon |
| 70 | Metridia longa, c4, biomass as carbon | M. longa c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 71 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, c4, biomass as carbon |
| 72 | Metridia longa, c5, biomass as carbon | M. longa c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 73 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, c5, biomass as carbon |
| 74 | Metridia longa, female, biomass as carbon | M. longa f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 75 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, female, biomass as carbon |
| 76 | Metridia longa, male, biomass as carbon | M. longa m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 77 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Metridia longa, male, biomass as carbon |
| 78 | Microcalanus pusillus, copepodites, biomass as carbon | M. pusillus c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 79 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus pusillus, copepodites, biomass as carbon |
| 80 | Microcalanus pusillus, female, biomass as carbon | M. pusillus f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 81 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus pusillus, female, biomass as carbon |
| 82 | Microcalanus pusillus, male, biomass as carbon | M. pusillus m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 83 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus pusillus, male, biomass as carbon |
| 84 | Microcalanus pygmaeus, copepodites, biomass as carbon | M. pygmaeus c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 85 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus pygmaeus, copepodites, biomass as carbon |
| 86 | Microcalanus pygmaeus, female, biomass as carbon | M. pygmaeus f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 87 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus pygmaeus, female, biomass as carbon |
| 88 | Microcalanus pygmaeus, male, biomass as carbon | M. pygmaeus m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 89 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus pygmaeus, male, biomass as carbon |
| 90 | Microcalanus spp., copepodites, biomass as carbon | Microcalanus spp. c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 91 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus spp., copepodites, biomass as carbon |
| 92 | Microcalanus spp., nauplii, biomass as carbon | Microcalanus spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 93 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microcalanus spp., nauplii, biomass as carbon |
| 94 | Microsetella norvegica, copepodites, biomass as carbon | M. norvegica c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 95 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microsetella norvegica, copepodites, biomass as carbon |
| 96 | Microsetella norvegica, nauplii, biomass as carbon | M. norvegica naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 97 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Microsetella norvegica, nauplii, biomass as carbon |
| 98 | Oithona atlantica, copepodites, biomass as carbon | O. atlantica c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 99 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona atlantica, copepodites, biomass as carbon |
| 100 | Oithona atlantica, female, biomass as carbon | O. atlantica f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 101 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona atlantica, female, biomass as carbon |
| 102 | Oithona atlantica, male, biomass as carbon | O. atlantica m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 103 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona atlantica, male, biomass as carbon |
| 104 | Oithona similis, copepodites, biomass as carbon | O. similis c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 105 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona similis, copepodites, biomass as carbon |
| 106 | Oithona similis, female, biomass as carbon | O. similis f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 107 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona similis, female, biomass as carbon |
| 108 | Oithona similis, male, biomass as carbon | O. similis m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 109 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona similis, male, biomass as carbon |
| 110 | Oithona spp., copepodites, biomass as carbon | Oithona spp. c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 111 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona spp., copepodites, biomass as carbon |
| 112 | Oithona spp., female, biomass as carbon | Oithona spp. f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 113 | Oithona spp., nauplii, biomass as carbon | Oithona spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 114 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oithona spp., nauplii, biomass as carbon |
| 115 | Oncaea borealis, female, biomass as carbon | O. borealis f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 116 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oncaea borealis, female, biomass as carbon |
| 117 | Oncaea borealis, male, biomass as carbon | O. borealis m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 118 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oncaea borealis, male, biomass as carbon |
| 119 | Oncaea spp., copepodites, biomass as carbon | Oncaea spp. c C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 120 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oncaea spp., copepodites, biomass as carbon |
| 121 | Oncaea spp., female, biomass as carbon | Oncaea spp. f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 122 | Oncaea spp., male, biomass as carbon | Oncaea spp. m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 123 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oncaea spp., male, biomass as carbon |
| 124 | Oncaea spp., nauplii, biomass as carbon | Oncaea spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 125 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Oncaea spp., nauplii, biomass as carbon |
| 126 | Paraeuchaeta glacialis, female, biomass as carbon | P. glacialis f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 127 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta glacialis, female, biomass as carbon |
| 128 | Paraeuchaeta norvegica, c4, biomass as carbon | P. norvegica c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 129 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta norvegica, c4, biomass as carbon |
| 130 | Paraeuchaeta norvegica, c5, biomass as carbon | P. norvegica c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 131 | Paraeuchaeta norvegica, female, biomass as carbon | P. norvegica f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 132 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta norvegica, female, biomass as carbon |
| 133 | Paraeuchaeta norvegica, male, biomass as carbon | P. norvegica m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 134 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta norvegica, male, biomass as carbon |
| 135 | Paraeuchaeta spp., c1, biomass as carbon | Paraeuchaeta spp. c1 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 136 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta spp., c1, biomass as carbon |
| 137 | Paraeuchaeta spp., c2, biomass as carbon | Paraeuchaeta spp. c2 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 138 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta spp., c2, biomass as carbon |
| 139 | Paraeuchaeta spp., c3, biomass as carbon | Paraeuchaeta spp. c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 140 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta spp., c3, biomass as carbon |
| 141 | Paraeuchaeta spp., c4, biomass as carbon | Paraeuchaeta spp. c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 142 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta spp., c4, biomass as carbon |
| 143 | Paraeuchaeta spp., c5, biomass as carbon | Paraeuchaeta spp. c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 144 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta spp., c5, biomass as carbon |
| 145 | Paraeuchaeta spp., female, biomass as carbon | Paraeuchaeta spp. f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 146 | Paraeuchaeta spp., male, biomass as carbon | Paraeuchaeta spp. m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 147 | Paraeuchaeta spp., nauplii, biomass as carbon | Paraeuchaeta spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 148 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Paraeuchaeta spp., nauplii, biomass as carbon |
| 149 | Pseudocalanus acuspes, c3, biomass as carbon | P. acuspes c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 150 | Pseudocalanus acuspes, female, biomass as carbon | P. acuspes f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 151 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus acuspes, female, biomass as carbon |
| 152 | Pseudocalanus acuspes, male, biomass as carbon | P. acuspes m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 153 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus acuspes, male, biomass as carbon |
| 154 | Pseudocalanus minutus, c1, biomass as carbon | P. minutus c1 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 155 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus minutus, c1, biomass as carbon |
| 156 | Pseudocalanus minutus, c3, biomass as carbon | P. minutus c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 157 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus minutus, c3, biomass as carbon |
| 158 | Pseudocalanus minutus, c4, biomass as carbon | P. minutus c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | |
| 159 | Pseudocalanus minutus, c5, biomass as carbon | P. minutus c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 160 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus minutus, c5, biomass as carbon |
| 161 | Pseudocalanus minutus, female, biomass as carbon | P. minutus f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 162 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus minutus, female, biomass as carbon |
| 163 | Pseudocalanus minutus, male, biomass as carbon | P. minutus m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 164 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus minutus, male, biomass as carbon |
| 165 | Pseudocalanus spp., c1, biomass as carbon | Pseudocalanus spp. c1 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 166 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., c1, biomass as carbon |
| 167 | Pseudocalanus spp., c2, biomass as carbon | Pseudocalanus spp. c2 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 168 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., c2, biomass as carbon |
| 169 | Pseudocalanus spp., c3, biomass as carbon | Pseudocalanus spp. c3 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 170 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., c3, biomass as carbon |
| 171 | Pseudocalanus spp., c4, biomass as carbon | Pseudocalanus spp. c4 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 172 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., c4, biomass as carbon |
| 173 | Pseudocalanus spp., c5, biomass as carbon | Pseudocalanus spp. c5 C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 174 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., c5, biomass as carbon |
| 175 | Pseudocalanus spp., female, biomass as carbon | Pseudocalanus spp. f C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 176 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., female, biomass as carbon |
| 177 | Pseudocalanus spp., male, biomass as carbon | Pseudocalanus spp. m C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 178 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., male, biomass as carbon |
| 179 | Pseudocalanus spp., nauplii, biomass as carbon | Pseudocalanus spp. naup C | mg/m3 | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Average |
| 180 | Standard deviation | Std dev | ± | Swalethorp, Rasmus | Calculated, using biomass conversion factor from Riisgaard et al. (submitted) | Pseudocalanus spp., nauplii, biomass as carbon |
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