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  • 2015-2019  (62)
  • 1980-1984  (12)
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Keywords
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Year
  • 1
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    Copepod species abundance from the Southern Ocean and other regions (1980–2005) – a legacy (2018)
    Copernicus
    Details
    Publication Date: 2018-03-29
    Description: Copepods are often the predominant taxa in marine zooplankton and play an important role in the food web as intermediators between primary producers, the microbial loop and higher trophic levels. Due to their short life cycles and their rapid response to changing environments they are good indicators for ecosystem health and status. Investigating the effects of environmental change on planktonic copepods and thus the pelagic ecosystem requires data on species abundance and distribution. Here, we present 33 data sets with abundance and occurrence of planktonic copepods from 20 expeditions to the Southern Ocean (Weddell Sea, Scotia Sea, Amundsen Sea, Bellingshausen Sea, Antarctic Peninsula), one expedition to the Magellan region, one latitudinal transect in the Eastern Atlantic Ocean, one expedition to the Great Meteor Bank and one expedition to the northern Red Sea and Gulf of Aqaba. In this data compilation a total of 349 stations between 1985 and 2005 were archived. These data sets are now freely available at PANGAEA via the persistent identifier doi:10.1594/PANGAEA.884619. During most expeditions depth-stratified samples were taken with a Hydrobios multinet with 5 or 9 nets. On few occasions a Nansen or Bongo net was deployed. The deepest sample reached down to 2880 meter. As metadata sampling date and date/time, latitude, longitude, bottom depth, sampling depth interval, volume of filtered water and information of the net type and mesh size were recorded. Abundance and distribution data for 284 calanoid copepod species and 28 taxa of other copepod orders are provided. The taxonomic concept was consistent throughout the data sets. The density of calanoid copepod species was separately counted for females, males and copepodites. For selected species also the individual copepodite stages were counted.
    Electronic ISSN: 1866-3591
    Topics: Geosciences
    Published by Copernicus
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  • 2
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    Copepod species abundance from the Southern Ocean and other regions (1980–2005) – a legacy (2018)
    Copernicus
    Details
    Publication Date: 2018-08-16
    Description: This data collection originates from the efforts of Sigrid Schnack-Schiel (1946–2016), a zooplankton ecologist with great expertise in life cycle strategies of Antarctic calanoid copepods, who also investigated zooplankton communities in tropical and subtropical marine environments. Here, we present 33 data sets with abundances of planktonic copepods from 20 expeditions to the Southern Ocean (Weddell Sea, Scotia Sea, Amundsen Sea, Bellingshausen Sea, Antarctic Peninsula), one expedition to the Magellan region, one latitudinal transect in the eastern Atlantic Ocean, one expedition to the Great Meteor Bank, and one expedition to the northern Red Sea and Gulf of Aqaba as part of her scientific legacy. A total of 349 stations from 1980 to 2005 were archived. During most expeditions depth-stratified samples were taken with a Hydrobios multinet with five or nine nets, thus allowing inter-comparability between the different expeditions. A Nansen or a Bongo net was deployed only during four cruises. Maximum sampling depth varied greatly among stations due to different bottom depths. However, during 11 cruises to the Southern Ocean the maximum sampling depth was restricted to 1000 m, even at locations with greater bottom depths. In the eastern Atlantic Ocean (PS63) sampling depth was restricted to the upper 300 m. All data are now freely available at PANGAEA via the persistent identifier https://doi.org/10.1594/PANGAEA.884619.Abundance and distribution data for 284 calanoid copepod species and 28 taxa of other copepod orders are provided. For selected species the abundance distribution at all stations was explored, revealing for example that species within a genus may have contrasting distribution patterns (Ctenocalanus, Stephos). In combination with the corresponding metadata (sampling data and time, latitude, longitude, bottom depth, sampling depth interval) the analysis of the data sets may add to a better understanding how the environment (currents, temperature, depths, season) interacts with copepod abundance, distribution and diversity. For each calanoid copepod species, females, males and copepodites were counted separately, providing a unique resource for biodiversity and modelling studies. For selected species the five copepodite stages were also counted separately, thus also allowing the data to be used to study life cycle strategies of abundant or key species.
    Print ISSN: 1866-3508
    Electronic ISSN: 1866-3516
    Topics: Geosciences
    Published by Copernicus
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  • 3
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    Gonad maturity stages of selected calanoid copepods in the Southern Ocean (2018)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2023-03-16
    Description: During several expeditions to the Southern Ocean from 1982 to 2005 the gonad maturity of selected calanoid copepods was determined to elucidate the life-cycle strategies of the different species. Five different developmental stages of ovaries (unripe, semi-ripe, ripe, semi-spent, spent) were separated according to Runge (1985) and Corkett and McLaren (1979). The stage „semi-spent“ was only investigated in few species and expeditions. In this stages the spent oviduct still contains a few eggs in some unwarranted rows.
    Type: Dataset
    Format: application/zip, 10 datasets
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  • 4
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    Seasonal distribution of mesozooplankton in the upper 100 m of the northern Gulf of Aqaba in 2002 and 2003 (2018)
    PANGAEA
    In:  Alfred Wegener Institute for Polar and Marine Research, Bremerhaven (1986-2013)
    Details
    Publication Date: 2023-07-10
    Description: The abundance and composition of the mesozooplankton were studied in the upper 100 m of the northern Gulf of Aqaba over a period of 22 months between February 2002 and December 2003. The samples were collected monthly with a Nansen net of 200 μm mesh size. The abundance of total mesozooplankton ranged between 245 and 3065 ind. m⁻³. Highest densities in 2002 were recorded in spring (March/April) and in autumn (October/November), while several peaks occurred in 2003 with maximum abundance in early summer (June/July). Copepods dominated the mesozooplankton community during the whole sampling period (~79%), followed by mollusc larvae (8%), appendicularians (2.5%) and chaetognaths (2.4%). Within the copepods, calanoids were predominant throughout the sampling period (41–83%). Cyclopoid copepods accounted for 17 to 59%, while harpacticoids occurred only in very low numbers (〈1%). Within the calanoid copepods, Clausocalanidae, Paracalanidae and Acartiidae were abundant, accounting for 84 to 98% of the calanoids.
    Keywords: Acartia spp.; Acartia spp., female; Acrocalanus spp.; Acrocalanus spp., female; Aidanosagitta regularis; Amphipoda; Appendicularia; Bivalvia, veliger; Branchiostoma; Bryozoa, larvae; Calanidae, copepodites; Calanopia elliptica; Calanopia elliptica, female; Calocalanus spp.; Candacia spp.; Candacia spp., female; Centropages spp.; Centropages spp., female; Cephalopoda, juvenile; Chaetognatha; Cirripedia, nauplii; Clausocalanidae, c1-c3; Clausocalanus farrani, female; Clausocalanus furcatus, female; Clausocalanus minor, female; Clausocalanus spp., c4; Clausocalanus spp., c5; Clausocalanus spp., male; Cnidaria, medusae; Comment; Copepoda; Copepoda, nauplii; Copilia spp.; Corycaeidae; Counting; Ctenocalanus vanus, c4; Ctenocalanus vanus, c5; Ctenocalanus vanus, female; Ctenocalanus vanus, male; Cumacea; DATE/TIME; Decapoda, larvae; Delibus sp.; Delibus sp., female; Depth, bottom/max; Depth, top/min; DEPTH, water; Echinodermata, juvenile; Echinodermata, larvae; Euchaeta spp.; Euchaeta spp., female; Euphausiidae; Flaccisagitta enflata; Gastropoda, larvae; Haloptilus spp.; Harpacticoida; Isopoda; Lucicutia spp.; Lucicutia spp., female; Macandrewella chelipes; Macandrewella chelipes, female; Mecynocera clausi; Mecynocera clausi, female; Mesocalanus tenuicornis, female; Mesocalanus tenuicornis, male; Mesozooplankton; Mesozooplankton, other groups; Mysida; N_Gulf_of_Aqaba; Nannocalanus minor, female; Nannocalanus minor, male; Nansen closing net, 200 µm meshsize; Nemertea, pilidium; NN200; Northern Gulf of Aqaba (Aqaba/Jordan, Red Sea); Oithonidae; Oncaeidae; Ostracoda; Paracalanus spp., c4; Paracalanus spp., c5; Paracalanus spp., female; Paracalanus spp., male; Phoronida actinotroch, larvae; Pisces, eggs; Pisces, larvae; Plathelminthes; Pleuromamma indica; Pleuromamma indica, female; Polychaeta, holoplankton; Polychaeta, larvae; Pontellidae; Pontellidae, female; Pontellina plumata; Pontellina plumata, female; Pseudevadne tergestina; Rhincalanus nasutus; Rhincalanus nasutus, female; Rotifera; Sapphirina spp.; Scolecitrichidae; Scolecitrichidae, female; Serratosagitta pacifica; Siphonophorae; Temoropia mayumbaensis; Temoropia mayumbaensis, female; Thaliacea; Undinula vulgaris, female; Undinula vulgaris, male
    Type: Dataset
    Format: text/tab-separated-values, 5229 data points
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  • 5
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    Abundance of planktonic Calanoida (Copepoda, Crustacea) in the Southern Ocean during a cruise with the RRS JOHN BISCOE (JB03) (2017)
    PANGAEA
    Details
    Publication Date: 2024-03-01
    Keywords: Aetideopsis antarctica, copepodites; Aetideopsis antarctica, female; Aetideopsis minor, copepodites; Aetideopsis minor, female; Aetideopsis rostrata, copepodites; Aetideopsis rostrata, female; Aetideopsis spp., copepodites; Aetideus australis, copepodites; Amallothrix dentipes, copepodites; Amallothrix dentipes, female; Amallothrix dentipes, male; Augaptilus glacialis, copepodites; Augaptilus glacialis, female; AWI_BPP; Bentho-Pelagic Processes @ AWI; Calanoida indeterminata, copepodites; Calanoida indeterminata, female; Calanoida indeterminata, male; Calanoides acutus, copepodites; Calanoides acutus, female; Calanoides acutus, male; Calanus propinquus, copepodites; Calanus propinquus, female; Calanus propinquus, male; Calanus simillimus, copepodites; Calanus simillimus, female; Candacia sp., copepodites; Cenognatha antarctica, copepodites; Cenognatha antarctica, female; Cephalophanes frigidus, copepodites; Chiridius polaris, female; Chiridius polaris, male; Clausocalanus laticeps, female; Clausocalanus laticeps, male; Clausocalanus sp., copepodites; Clausocalanus sp., female; Clausocalanus sp., male; Comment; Cornucalanus robustus, copepodites; Counting, copepoda; Ctenocalanus citer, copepodites; Ctenocalanus citer, female; Ctenocalanus citer, male; Date/Time of event; Depth, bottom/max; Depth, top/min; DEPTH, water; Disco sp., copepodites; Disco sp., female; Disco sp., male; Drepanopus forcipatus, male; Elevation of event; Euaugaptilus antarcticus, copepodites; Euaugaptilus nodifrons, copepodites; Eucalanus hyalinus, copepodites; Euchirella rostromagna, copepodites; Euchirella rostromagna, female; Event label; Farrania frigida, copepodites; Farrania frigida, female; Farrania frigida, male; Foxtonia barbatula, female; Gaetanus brevispinus, copepodites; Gaetanus brevispinus, female; Gaetanus kruppii, copepodites; Gaetanus tenuispinus, copepodites; Gaetanus tenuispinus, female; Gaetanus tenuispinus, male; Haloptilus fons, copepodites; Haloptilus longicirrus, female; Haloptilus ocellatus, copepodites; Haloptilus ocellatus, female; Haloptilus ocellatus, male; Haloptilus oxycephalus, copepodites; Haloptilus oxycephalus, female; Haloptilus oxycephalus, male; Harpacticoida; Heterorhabdus austrinus, copepodites; Heterorhabdus austrinus, female; Heterorhabdus austrinus, male; Heterostylites major, copepodites; Heterostylites major, female; JB03; JB03/1006; JB03/1007; JB03/1008; JB03/1009; JB03/1017; JB03/1018; JB03/1025; JB03/1026; JB03/1032; JB03/1040; JB03/1042; JB03/1043; JB03/1044; JB03/1045; JB03/1057; JB03/1063; JB03/1082; JB03/1088; JB03/1108; JB03/1114; JB03/1135; JB03/1136; JB03/1145; JB03/1146; JB03/1156; JB03/1157; JB03/1173; JB03/1179; JB03/1200; JB03/1211; JB03/1212; JB03/1224; JB03/1225; JB03/1226; JB03/1238; JB03/1242; JB03/1246; JB03/1247; JB03/1248; JB03/1256; JB03/1271; JB03/1272; JB03/1278; JB03/1279; JB03/1280; JB03/1294; JB03/1295; JB03/1296; JB03/1311; JB03/1312; JB03/1313; JB03/1314; JB03/1315; JB03/1322; JB03/835; JB03/836; JB03/846; JB03/847; JB03/853; JB03/855; JB03/862; JB03/863; JB03/864; JB03/866; JB03/876; JB03/877; JB03/886; JB03/887; JB03/888; JB03/893; JB03/894; JB03/895; JB03/902; JB03/903; JB03/904; JB03/905; JB03/911; JB03/912; JB03/915; JB03/916; JB03/925; JB03/926; JB03/927; JB03/933; JB03/934; JB03/957; JB03/958; JB03/959; JB03/971; JB03/972; JB03/973; JB03/983; JB03/984; JB03/985; JB03/993; JB03/994; John Biscoe; Landrumius antarcticus, female; Latitude of event; Longitude of event; Lucicutia curta, female; Lucicutia curta, male; Lucicutia macrocera, female; Lucicutia macrocera, male; Lucicutia ovalis, female; Lucicutia ovalis, male; Lucicutia parva, female; Lucicutia spp., copepodites; Lucicutia wolfendeni, female; Metridia curticauda, copepodites; Metridia curticauda, female; Metridia curticauda, male; Metridia gerlachei, c5; Metridia gerlachei, female; Metridia gerlachei, male; Metridia lucens, c5; Metridia lucens, female; Metridia lucens, male; Metridia princeps, copepodites; Metridia princeps, female; Metridia spp., c1-c4; Microcalanus spp., copepodites; Microcalanus spp., female; Microcalanus spp., male; Mimocalanus cultrifer, copepodites; Mimocalanus cultrifer, female; Mimocalanus cultrifer, male; Mimocalanus nudus, copepodites; Mimocalanus sp., copepodites; Mixtocalanus alter, copepodites; Mormonillidae; Nansen closing net, 200 µm meshsize; NN200; Oithonidae; Oncaeidae; Onchocalanus magnus, female; Onchocalanus trigoniceps, male; Onchocalanus wolfendeni, copepodites; Onchocalanus wolfendeni, female; Paraeuchaeta antarctica, female; Paraeuchaeta antarctica, male; Paraeuchaeta biloba, female; Paraeuchaeta rasa, female; Paraeuchaeta similis, female; Paraeuchaeta spp., copepodites; Paraheterorhabdus compactus, copepodites; Paraheterorhabdus compactus, male; Paraheterorhabdus farrani, copepodites; Paraheterorhabdus farrani, female; Paraheterorhabdus farrani, male; Paralabidocera antarctica, female; Pleuromamma antarctica, female; Pleuromamma antarctica, male; Pseudaugaptilus longiremis, copepodites; Pseudoamallothrix cenotelis, copepodites; Pseudoamallothrix cenotelis, female; Pseudoamallothrix cenotelis, male; Pseudoamallothrix emarginata, copepodites; Pseudochirella spp., copepodites; Racovitzanus antarcticus, copepodites; Racovitzanus antarcticus, female; Racovitzanus antarcticus, male; Rhincalanus gigas, copepodites; Rhincalanus gigas, female; Rhincalanus gigas, male; Scaphocalanus antarcticus, copepodites; Scaphocalanus antarcticus, female; Scaphocalanus antarcticus, male; Scaphocalanus farrani, female; Scaphocalanus farrani, male; Scaphocalanus major, female; Scaphocalanus sp., female; Scaphocalanus sp., male; Scaphocalanus spp., copepodites; Scaphocalanus subbrevicornis, female; Scaphocalanus vervoorti, female; Scaphocalanus vervoorti, male; Scolecithricella minor, copepodites; Scolecithricella minor, female; Scolecithricella minor, male; Spinocalanus abyssalis, copepodites; Spinocalanus abyssalis, female; Spinocalanus antarcticus, copepodites; Spinocalanus antarcticus, female; Spinocalanus antarcticus, male; Spinocalanus horridus, copepodites; Spinocalanus horridus, female; Spinocalanus longicornis, copepodites; Spinocalanus longicornis, female; Spinocalanus longicornis, male; Spinocalanus sp., female; Spinocalanus sp., male; Spinocalanus spp., copepodites; Spinocalanus terranovae, copepodites; Spinocalanus terranovae, female; Spinocalanus terranovae, male; Stephos longipes, copepodites; Stephos longipes, female; Stephos longipes, male; Subeucalanus longiceps, copepodites; Temorites brevis, copepodites; Temorites brevis, female; Temorites brevis, male; Temoropia sp., copepodites; Temoropia sp., female; Temoropia sp., male; Teneriforma meteorae, copepodites; Teneriforma meteorae, female; Tharybis magna, copepodites; Tharybis magna, female; Tharybis magna, male; Volume
    Type: Dataset
    Format: text/tab-separated-values, 17856 data points
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  • 6
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    Phytoplankton pigments measured from seawater samples from the Spermonde Archipelago in southwest Sulawesi, Indonesia (2017)
    PANGAEA
    Details
    Publication Date: 2024-02-14
    Keywords: 19-Butanoyloxyfucoxanthin; 19-Hexanoyloxyfucoxanthin; Alloxanthin; Chlorophyll a; Chlorophyll b; DATE/TIME; DEPTH, sediment/rock; Divinyl chlorophyll a; Divinyl chlorophyll b; Fucoxanthin; High Performance Liquid Chromatography (HPLC); LATITUDE; LONGITUDE; Peridinin; Sample ID; Zeaxanthin
    Type: Dataset
    Format: text/tab-separated-values, 682 data points
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  • 7
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    Abundance of planktonic Calanoida (Copepoda, Crustacea) in the Magellan region during VICTOR HENSEN cruise VH1094 (2017)
    PANGAEA
    Details
    Publication Date: 2024-03-01
    Keywords: Acartia tonsa, copepodites; Acartia tonsa, female; Acartia tonsa, male; Aetideus arcuatus, copepodites; Aetideus arcuatus, female; Aetideus australis, copepodites; Aetideus australis, female; Aetideus australis, male; Augaptilus glacialis, copepodites; Augaptilus glacialis, female; Augaptilus glacialis, male; AWI_BPP; Bentho-Pelagic Processes @ AWI; Calanidae, c1-c3; Calanoida indeterminata, copepodites; Calanoida indeterminata, female; Calanoida indeterminata, male; Calanoides patagoniensis, copepodites; Calanoides patagoniensis, female; Calanoides patagoniensis, male; Calanus australis, c4-c5; Calanus australis, female; Calanus australis, male; Calanus simillimus, c4-c5; Calanus simillimus, female; Calanus simillimus, male; Calocalanus pavoninus, copepodites; Calocalanus pavoninus, female; Calocalanus pavoninus, male; Candacia cheirura, copepodites; Candacia cheirura, female; Candacia cheirura, male; Centropages brachiatus, copepodites; Centropages brachiatus, female; Centropages brachiatus, male; Centropages bradyi, copepodites; Centropages bradyi, female; Chiridius gracilis, copepodites; Chiridius gracilis, female; Chiridius gracilis, male; Clausocalanus brevipes, copepodites; Clausocalanus brevipes, female; Clausocalanus brevipes, male; Clausocalanus ingens, copepodites; Clausocalanus ingens, female; Clausocalanus ingens, male; Clausocalanus laticeps, copepodites; Clausocalanus laticeps, female; Clausocalanus laticeps, male; Comment; Copepoda, nauplii; Counting, copepoda; Ctenocalanus citer, copepodites; Ctenocalanus citer, female; Ctenocalanus citer, male; Date/Time of event; Depth, bottom/max; Depth, top/min; DEPTH, water; Drepanopus forcipatus, copepodites; Drepanopus forcipatus, female; Drepanopus forcipatus, male; Elevation of event; Euchirella rostromagna, female; Event label; Haloptilus acutifrons, copepodites; Haloptilus acutifrons, female; Haloptilus acutifrons, male; Harpacticoida; Heterorhabdus spinifrons, copepodites; Heterorhabdus spinifrons, female; Heterorhabdus spinifrons, male; Latitude of event; Longitude of event; Lucicutia clausi, copepodites; Lucicutia clausi, female; Lucicutia clausi, male; Magellan 94; Metridia lucens, copepodites; Metridia lucens, female; Metridia lucens, male; Microcalanus spp., copepodites; Microcalanus spp., female; Microcalanus spp., male; MSN; Multiple opening/closing net; Neocalanus tonsus, c4-c5; Neocalanus tonsus, female; Oithona atlantica; Oithona similis; Oncaeidae; Paracalanus sp., copepodites; Paracalanus sp., female; Paracalanus sp., male; Paraeuchaeta antarctica, copepodites; Paraeuchaeta antarctica, female; Pleuromamma antarctica, copepodites; Pleuromamma antarctica, female; Pleuromamma antarctica, male; Racovitzanus antarcticus, female; Rhincalanus nasutus, copepodites; Rhincalanus nasutus, female; Rhincalanus nasutus, male; Scaphocalanus farrani, copepodites; Scaphocalanus farrani, female; Scaphocalanus farrani, male; Scolecithricella dentata, copepodites; Scolecithricella dentata, female; Scolecithricella dentata, male; Scolecithricella minor, copepodites; Scolecithricella minor, female; Scolecithricella minor, male; South Atlantic Ocean; South Pacific Ocean; Spinocalanus brevicaudatus, copepodites; Spinocalanus brevicaudatus, female; Spinocalanus brevicaudatus, male; Subeucalanus longiceps, copepodites; Subeucalanus longiceps, female; Subeucalanus longiceps, male; Tharybis sp., copepodites; Tharybis sp., female; VH1094; VH1094_1185; VH1094_1196; VH1094_1202; VH1094_1211; VH1094_1212; VH1094_1222; VH1094_1238; VH1094_1244; VH1094_1254; VH1094_1258; VH1094_1265; VH1094_1271; VH1094_1280-1; VH1094_1280-2; VH1094_1288; VH1094_1297; VH1094_1309; VH1094_1313; Victor Hensen; Volume
    Type: Dataset
    Format: text/tab-separated-values, 11663 data points
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  • 8
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    Abundance and distribution of planktonic Copepoda in the Southern Ocean and other regions from 1980 to 2005 (2018)
    PANGAEA
    In:  Supplement to: Cornils, Astrid; Sieger, Rainer; Mizdalski, Elke; Schumacher, Stefanie; Grobe, Hannes; Schnack-Schiel, Sigrid B (2018): Copepod species abundance from the Southern Ocean and other regions (1980 - 2005) - a legacy. Earth System Science Data, 10, 1457-1471, https://doi.org/10.5194/essd-10-1457-2018
    Details
    Publication Date: 2024-04-18
    Description: This data collection originates from the efforts of Sigrid Schnack-Schiel (1946–2016), a zooplankton ecologist with great expertise in life cycle strategies of Antarctic calanoid copepods, who also investigated zooplankton communities in tropical and subtropical marine environments. Here, we present 33 data sets with abundances of planktonic copepods from 20 expeditions to the Southern Ocean (Weddell Sea, Scotia Sea, Amundsen Sea, Bellingshausen Sea, Antarctic Peninsula), one expedition to the Magellan region, one latitudinal transect in the eastern Atlantic Ocean, one expedition to the Great Meteor Bank, and one expedition to the northern Red Sea and Gulf of Aqaba as part of her scientific legacy. A total of 349 stations from 1980 to 2005 were archived. During most expeditions depth-stratified samples were taken with a Hydrobios multinet with five or nine nets, thus allowing inter-comparability between the different expeditions. A Nansen or a Bongo net was deployed only during four cruises. Maximum sampling depth varied greatly among stations due to different bottom depths. However, during 11 cruises to the Southern Ocean the maximum sampling depth was restricted to 1000m, even at locations with greater bottom depths. In the eastern Atlantic Ocean (PS63) sampling depth was restricted to the upper 300m.
    Keywords: AWI_BPP; Bentho-Pelagic Processes @ AWI
    Type: Dataset
    Format: application/zip, 33 datasets
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  • 9
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    Station list and links to master tracks in different resolutions of POLARSTERN cruise ANT-XXIV/1, Bremerhaven - Cape Town, 2007-10-26 - 2007-11-26 (2015)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-06-25
    Keywords: ANT-XXIV/1; Atlantic Ocean; Calculated; Course; CT; DATE/TIME; LATITUDE; LONGITUDE; Polarstern; PS71; PS71/1-track; Speed; Underway cruise track measurements
    Type: Dataset
    Format: text/tab-separated-values, 9194 data points
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  • 10
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    Abundance of phyto- and microzooplankton in the upper 100 m during METEOR cruise M44/2 (Gulf of Aqaba and northern Red Sea) (2018)
    PANGAEA
    In:  Alfred Wegener Institute for Polar and Marine Research, Bremerhaven (1986-2013)
    Details
    Publication Date: 2024-06-25
    Keywords: 153; 154; 157; 165; 167; Ciliates, other; Coccolithophoridae; Date/Time of event; DEPTH, water; Diatoms, centrales; Diatoms, pennales; Dinoflagellates; Elevation of event; Event label; Flagellates; Gulf of Aqaba; Latitude of event; Longitude of event; M44/2; M44/2_52; M44/2_53; M44/2_60; M44/2_70; M44/2_72; Meteor (1986); Microplankton, other; MULT; Multiple investigations; Optional event label; Red Sea; Silicoflagellates; Species determination by inverse microscope (Utermöhl, 1931, Archiv Hydrobio 22); Tintinnid ciliates
    Type: Dataset
    Format: text/tab-separated-values, 189 data points
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