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Assmy, Philipp; Henjes, Joachim; Klaas, Christine; Smetacek, Victor (2007): Diatom biomass as carbon measured on water bottle samples at station PS58/108-1. PANGAEA, https://doi.org/10.1594/PANGAEA.323695, In supplement to: Assmy, P et al. (2007): Mechanisms determining species dominance in a phytoplankton bloom induced by the iron fertilization experiment EisenEx in the Southern Ocean. Deep Sea Research Part I: Oceanographic Research Papers, 54(3), 340-362, https://doi.org/10.1016/j.dsr.2006.12.005

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Coverage:
Latitude: -47.668167 * Longitude: 20.647333
Date/Time Start: 2000-11-29T15:33:00 * Date/Time End: 2000-11-29T15:33:00
Minimum DEPTH, water: 10 m * Maximum DEPTH, water: 150 m
Event(s):
PS58/108-1 (CTD149) * Latitude: -47.668167 * Longitude: 20.647333 * Date/Time: 2000-11-29T15:33:00 * Elevation: -4150.0 m * Location: South Atlantic * Campaign: ANT-XVIII/2 (PS58 EISENEX) * Basis: Polarstern * Method/Device: CTD/Rosette (CTD-RO) * Comment: max gear depth: 500 m; out patch 5; in/out patch: Out; day: T21
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1DEPTH, waterDepth watermGeocode
2Pseudo-nitzschia lineola, biomass as carbonP-n lineola Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<90 µm
3Pseudo-nitzschia lineola, biomass as carbonP-n lineola Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)90-100 µm
4Pseudo-nitzschia lineola, biomass as carbonP-n lineola Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
5Pseudo-nitzschia turgidula, biomass as carbonP-n turgidula Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<40 µm
6Pseudo-nitzschia turgidula, biomass as carbonP-n turgidula Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)40-50 µm
7Pseudo-nitzschia turgidula, biomass as carbonP-n turgidula Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>50 µm
8Pseudo-nitzschia turgiduloides, biomass as carbonP-n turgiduloides Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<80 µm
9Pseudo-nitzschia turgiduloides, biomass as carbonP-n turgiduloides Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)80-100 µm
10Pseudo-nitzschia turgiduloides, biomass as carbonP-n turgiduloides Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
11Pseudo-nitzschia heimii, biomass as carbonP-n heimii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<80 µm
12Pseudo-nitzschia heimii, biomass as carbonP-n heimii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)80-100 µm
13Pseudo-nitzschia heimii, biomass as carbonP-n heimii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
14Fragilariopsis kerguelensis, biomass as carbonF. kerguelensis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<30 µm
15Fragilariopsis kerguelensis, biomass as carbonF. kerguelensis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)30-50 µm
16Fragilariopsis kerguelensis, biomass as carbonF. kerguelensis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>50 µm
17Rhizosolenia chunii, biomass as carbonR. chunii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<70 µm
18Rhizosolenia chunii, biomass as carbonR. chunii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)70-90 µm
19Rhizosolenia chunii, biomass as carbonR. chunii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>90 µm
20Rhizosolenia hebetata forma semispina, biomass as carbonR. hebetata f semispina Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
21Rhizosolenia curvata, biomass as carbonR. curvata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
22Proboscia alata, biomass as carbonP. alata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<300 µm
23Proboscia alata, biomass as carbonP. alata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)300-500 µm
24Proboscia alata, biomass as carbonP. alata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>500 µm
25Corethron pennatum, biomass as carbonC. pennatum Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<80 µm
26Corethron pennatum, biomass as carbonC. pennatum Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)80-100 µm
27Corethron pennatum, biomass as carbonC. pennatum Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
28Corethron inerme, biomass as carbonC. inerme Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<80 µm
29Corethron inerme, biomass as carbonC. inerme Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)80-100 µm
30Corethron inerme, biomass as carbonC. inerme Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
31Guinardia delicatula, biomass as carbonG. delicatula Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<30 µm
32Guinardia delicatula, biomass as carbonG. delicatula Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)30-50 µm
33Guinardia delicatula, biomass as carbonG. delicatula Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>50 µm
34Guinardia cylindrus, biomass as carbonG. cylindrus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<70 µm
35Guinardia cylindrus, biomass as carbonG. cylindrus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)70-90 µm
36Guinardia cylindrus, biomass as carbonG. cylindrus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>90 µm
37Thalassiothrix antarctica, biomass as carbonT. antarctica Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
38Dactyliosolen antarcticus, biomass as carbonD. antarcticus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<150 µm
39Dactyliosolen antarcticus, biomass as carbonD. antarcticus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)150-300 µm
40Dactyliosolen antarcticus, biomass as carbonD. antarcticus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>300 µm
41Membraneis imposter, biomass as carbonM. imposter Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<80 µm
42Membraneis imposter, biomass as carbonM. imposter Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)80-100 µm
43Membraneis imposter, biomass as carbonM. imposter Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
44Haslea sp., biomass as carbonHaslea sp. Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
45Pleurosigma atlanticus, biomass as carbonP. atlanticus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
46Leptocylindrus mediterraneus, biomass as carbonL. mediterraneus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<70 µm
47Leptocylindrus mediterraneus, biomass as carbonL. mediterraneus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)70-100 µm
48Leptocylindrus mediterraneus, biomass as carbonL. mediterraneus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
49Pseudo-nitzschia prolongatoides, biomass as carbonP-n prolongatoides Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
50Fragilariopsis obliquecostata, biomass as carbonF. obliquecostata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<60 µm
51Fragilariopsis obliquecostata, biomass as carbonF. obliquecostata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)60-80 µm
52Fragilariopsis obliquecostata, biomass as carbonF. obliquecostata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>80 µm
53Fragilariopsis rhombica, biomass as carbonF. rhombica Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
54Chaetoceros dichaeta, biomass as carbonC. dichaeta Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
55Chaetoceros atlanticus, biomass as carbonC. atlanticus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
56Chaetoceros curvisetus, biomass as carbonC. curvisetus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
57Chaetoceros convolutus, biomass as carbonC. convolutus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
58Chaetoceros aequatoriale, biomass as carbonC. aequatoriale Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
59Chaetoceros bulbosus, biomass as carbonC. bulbosus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
60Chaetoceros peruvianus, biomass as carbonC. peruvianus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
61Chaetoceros spp., biomass as carbonChaetoceros spp. Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
62Cylindrotheca closterium, biomass as carbon, fractionatedC. closterium C fracµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)size: > 60 µm
63Nitzschia bicapitata, biomass as carbonN. bicapitata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
64Nitzschia sp., biomass as carbonNitzschia sp. Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
65Thalassionema nitzschioides var. lanceolata, biomass as carbonT. nitzschioides var. lanceolata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<80 µm
66Thalassionema nitzschioides var. lanceolata, biomass as carbonT. nitzschioides var. lanceolata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)80-100 µm
67Thalassionema nitzschioides var. lanceolata, biomass as carbonT. nitzschioides var. lanceolata Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>100 µm
68Thalassiosira lentiginosa, biomass as carbonT. lentiginosa Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<30 µm
69Thalassiosira lentiginosa, biomass as carbonT. lentiginosa Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)30-50 µm
70Thalassiosira lentiginosa, biomass as carbonT. lentiginosa Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>50 µm
71Thalassiosira oliverana, biomass as carbonT. oliverana Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<30 µm
72Thalassiosira oliverana, biomass as carbonT. oliverana Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)30-50 µm
73Thalassiosira oliverana, biomass as carbonT. oliverana Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>50 µm
74Thalassiosira gracilis, biomass as carbonT. gracilis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<15 µm
75Thalassiosira gracilis, biomass as carbonT. gracilis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)15-20 µm
76Thalassiosira gracilis, biomass as carbonT. gracilis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>20 µm
77Thalassiosira oestrupii, biomass as carbonT. oestrupii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<15 µm
78Thalassiosira oestrupii, biomass as carbonT. oestrupii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)15-20 µm
79Thalassiosira oestrupii, biomass as carbonT. oestrupii Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>20 µm
80Thalassiosira tumida, biomass as carbonT. tumida Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<60 µm
81Thalassiosira tumida, biomass as carbonT. tumida Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)60-90 µm
82Thalassiosira tumida, biomass as carbonT. tumida Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>90 µm
83Diatoms, centrales, biomass as carbonDiatom cen Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)of disc-like shape 30-60 µm
84Diatoms, centrales, biomass as carbonDiatom cen Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)of disc-like shape >60 µm
85Asteromphalus hookeri, biomass as carbonA. hookeri Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<50 µm
86Asteromphalus hookeri, biomass as carbonA. hookeri Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)50-70 µm
87Asteromphalus hookeri, biomass as carbonA. hookeri Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>70 µm
88Asteromphalus hyalinus, biomass as carbonA. hyalinus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<15 µm
89Asteromphalus hyalinus, biomass as carbonA. hyalinus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)15-20 µm
90Asteromphalus hyalinus, biomass as carbonA. hyalinus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>20 µm
91Azpeitia tabularis, biomass as carbonA. tabularis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<20 µm
92Azpeitia tabularis, biomass as carbonA. tabularis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)20-30 µm
93Azpeitia tabularis, biomass as carbonA. tabularis Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>30 µm
94Eucampia antarctica, biomass as carbonE. antarctica Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)
95Navicula sp., biomass as carbonNavicula sp. Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)<30 µm
96Navicula sp., biomass as carbonNavicula sp. Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)30-40 µm
97Navicula sp., biomass as carbonNavicula sp. Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>40 µm
98Actinocyclus curvatulus, biomass as carbonA. curvatulus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)30-40 µm
99Actinocyclus curvatulus, biomass as carbonA. curvatulus Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)>40 µm
100Dictyocha speculum, biomass as carbonD. speculum Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)empty
101Dictyocha speculum, biomass as carbonD. speculum Cµg/lAssmy, PhilippCalculated from biovolume (Edler, 1979, The Baltic Marine Biologist Pub 5)full
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700 data points

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