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  • International Polar Year (2007-2008); IPY; Priority Programme 1158 Antarctic Research with Comparable Investigations in Arctic Sea Ice Areas; SPP1158  (2)
  • Acrocirrus sp.; Aegina citrea; Alluroteuthis antarcticus; Ammotrypanella arctica; Ampharetidae; Anobothrus gracilis; Anobothrus patagonicus; Antennuloniscus cf. ornati; ANT-XXIV/2; Appendicularia; Aricidea antarctica; Atolla wyvillei; Austroniscus sp.; Axinulus sp.; Axiokebuita minuta; Balaenoptera bonaerensis; Bathylagus antarcticus; Belalora striatula; Beroe cucumis; Beroe forskalli; Betamorpha cf. africana; Betamorpha fusiformis; Boreomysis bispinosa; Botrynema brucei; Calanoides acutus; Calanus propinquus; Calanus simillimus; Callianira antarctica; Calycopsis borchgrevinki; Catharacta maccormicki; cf. Eurycope sp.; cf. Ilyarachna antarctica; cf. Leptanthura cf. polaris; cf. Munneurycope antarctica; cf. Munneurycope sp.; cf. Paradoneis abranchiata; cf. Pherusa sp.; cf. Polycirrus sp.; cf. Sosane sp.; Chauliodoniscus sp.; Chuniphyes moserae; Cirratulidae; Clausocalanus laticeps; Clione antarctica; Clio piatkowskii; Clio pyramidata; Conorbela antarctica; Conorbela sp.; Crossota brunnea; Cryptonoscium sp.; Ctenocalanus spp.; Cunina duplicata; Cuspicaria sp.; Cuspidaria infelix; Cuvierina columnella forma atlantica; Cyclothone microdon; Cyllopus lucasi; Cyphocaris faurei; Cyphocaris richardi; Dacrydium albidum; Dacrydium sp.; Daption capense; Depth, bottom/max; Depth, top/min; Device type; Dimophyes arctica; Diphyes antarctica; Disconnectes sp.; Dorvilleidae; Electrona antarctica; Ennucula eltanini; Eteone sp.; Euchaetomera sp.; Euchirella rostromagna; Eucopia grimaldii; Eudoxoides sp.; Eukrohnia bathyantarctica; Eukrohnia bathypelagica; Eukrohnia hamata; Eunicidae; Euphausia superba; Euphysa sp.; Eurycope cf. glabra; Eusirus laticarpus; Eusirus microps; Exiliniscus sp.; Fabricia sp.; Flabelligella sp.; Fulmarus glacialoides; Gaidius tenuispinus; Genaxinus debilis; Gilia reticulata; Glycera kerguelensis; Halicreas minimum; Haloptilus oxycephalus; Haplomunna sp.; Haploniscus cf. cucullus; Heterorabdus austrinus; Hydrurga leptonyx; Hymenodora gracilis; Hyperia macrocephala; Hyperia medusarum; Hyperiella antarctica; Hyperiella dilatata; Hyperoche capucinus; Hyperoche medusarum; Ihlea racovitzai; Ilyarachna sp.; Ischnomesidae; Ischnomesus sp.; Jasmineira crumenifera; Jasmineira sp.; Kellia simulans; Kelliella sirenkoi; Kondakovia longimana; Lanceola clausi; Lanceola loveni; Lanceola serrata; Leitoscoloplos sp.; Leodamas sp.; Limacina helicina; Lissotesta strebeli; Lobodon carcinophagus; Lothia coppingeri; Lumbrineris magalhaensis; Lysianassidae; Macronectes giganteus; Macrostylis sp.; Macrouridae; Maldanidae; Marrus antarcticus; Marseniopsis sp.; Maud Rise; Metamysidopsis swifti; Metridia gerlachei; Microcalanus sp.; Micropodarke sp.; Mictosoma sp.; Mirabilicoxa sp.; Mode of life; MULT; Multiple investigations; Munna sp.; Myriochele heeri; Natatolana cf. intermedia; Nematocarcinus sp.; Neojaera sp.; Notolepis coatsi; Notomastus (Clistomastus) lineatus; Oceanites oceanicus; Oikopleura sp.; Oithona similis; Oligobregma collare; Oligobregma quadrispinosa; Ommatophoca rossi; Oncaea spp.; Onoba subantarctica wilkesiana; Ophelina ammotrypanella; Ophelina breviata; Ophelina cylindricaudata; Ophelina nematoides; Ophelina sp.; Ophiodromus aff. comatus; Ophryotrocha sp.; Oplophoridae; Orbiniidae; Ostracoda; Pagodroma nivea; Pandea rubra; Pantachogon scotti; Paraeuchaeta antarctica; Paralabidocera antarctica; Paramphinome australis; Paramphinome sp.; Paramunna sp.; Parasyllidea; Pelagobia longicirrata; Periphylla periphylla; Phelloderma sp.; Philobrya sp.; Pholoe sp.; Phyllodoce sp.; Pisces, larvae; Polarstern; Polygordiidae; Polymastia invaginata; Polymastia sp.; Polyodontidae; Primno macropa; Prionospio sp.; Protopelagonemertes hubrechti; PS71/MR; PS71 ANDEEP-SYSTCO SCACE; Pseudoscalibregma bransfieldium; Psychrotheutis glacialis; Pygoscelis adeliae; Pyrostephos vanhoeffeni; Radiella antarctica; Rhincalanus gigas; Rhynchonereella bongraini; Sagitta gazellae; Sagitta marri; Sagitta maxima; Sample amount; Scaphander sp.; Scaphocalanus farrani; Scaphopoda; Scina antarctica; Scolecitricella ovata; Siriella sp.; Sphaerosyllis joinvillensis; Spionidae; Spongiobranchaea australis; Stephos longipes; Sterna paradisaea; Stylomesus sp.; Syllidae; Tentorium semisuberites; Terebellides sp.; Thalassoica antarctica; Thylakogaster sp.; Thysanoessa macrura; Toledonia striata; Tomopteridae; Tomopteris carpenteri; Tomopteris sp.; Travisiopsis levinseni; Typhloscolex muelleri; Vanadis antarctica; Vesicomya sirenkoi; Vibilia armata; Vogtia serrata; Vogtia spinosa; Yoldiella antarctica; Yoldiella ecaudata; Yoldiella oblonga; Yoldiella sabrina; Yoldiella sp.  (1)
  • 2010-2014  (3)
Document type
Keywords
Publisher
Years
  • 2010-2014  (3)
Year
  • 1
    facet.materialart.
    Unknown
    Fatty acid content of POM, sediment, foraminifer and peracarid samples obtained during POLARSTERN cruise ANT-XXIV/2 (PS71) (2011)
    PANGAEA
    In:  Supplement to: Würzberg, Laura; Peters, Janna; Brandt, Angelika (2011): Fatty acid patterns of Southern Ocean shelf and deep sea peracarid crustaceans and a possible food source, foraminiferans. Deep Sea Research Part II: Topical Studies in Oceanography, 58(19-20), 2027-2035, https://doi.org/10.1016/j.dsr2.2011.05.013
    Details
    Publication Date: 2023-12-13
    Description: In order to investigate the diversity of diet composition in macrobenthic peracarid crustaceans from the Antarctic shelf and deep sea, the fatty acid (FA) composition of different species belonging to the orders Isopoda, Amphipoda, Cumacea and Tanaidacea was analysed. Multivariate analyses of the FA composition confirmed general differences between the orders, but also distinct differences within these orders. To gain information on the origin of the FAs found, the potential food sources sediment, POM and foraminiferans were included in the study. Most of the analysed amphipod species displayed high 18:1(n-9)-18:1(n-7) ratios, widely used as an indicator for a carnivorous component in the diet. Cumaceans were characterised by increased phytoplankton FA markers such as 20:5(n-3) (up to 29% of total FAs), suggesting a diet based on phytodetritus. High values of the FA 20:4(n-6) were found in some munnopsid isopods (up to 21% of total FAs) and some tanaidacean species (up to 19% of total FAs). 20:4(n-6) also occurred in high proportions in some foraminiferan samples (up to 21% of total fatty acids), but not in sediment and POM, possibly indicating the ingestion of foraminiferans by some peracarid crustaceans.
    Keywords: International Polar Year (2007-2008); IPY; Priority Programme 1158 Antarctic Research with Comparable Investigations in Arctic Sea Ice Areas; SPP1158
    Type: Dataset
    Format: application/zip, 4 datasets
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 2
    facet.materialart.
    Unknown
    Gut filling, gut content and fatty acid composition of demersal fish species sampled during POLARSTERN cruise ANT-XXIV/2 (2011)
    PANGAEA
    In:  Supplement to: Würzberg, Laura; Peters, Janna; Flores, Hauke; Brandt, Angelika (2011): Demersal fishes from the Antarctic shelf and deep sea: A diet study based on fatty acid patterns and gut content analyses. Deep Sea Research Part II: Topical Studies in Oceanography, 58(19-20), 2036-2042, https://doi.org/10.1016/j.dsr2.2011.05.012
    Details
    Publication Date: 2023-12-13
    Description: The gut contents and fatty acid composition of 49 fish belonging to five Antarctic demersal families (Nototheniidae, Macrouridae, Channichtyidae, Bathydraconidae and Artedidraconidae) sampled at two stations at the Southern Ocean shelf and deep sea (600 and 2150 m) were analysed in order to identify their main food resource by linking trophic biomarkers with the dietary items found in the fish guts. Main food items of most fish analysed were amphipod crustaceans (e.g. in 63% of Trematomus bernachii guts) and polychaetes (e.g. in 80% of Bathydraco sp. guts), but other food items including fish, other crustaceans and gastropods were also ingested. The most prominent fatty acids found were 20:5(n-3), 16:0, 22:6(n-3) and 18:1(n-9). The results of gut content and fatty acid analyses indicate that all fish except the Channichthyidae share similar food resources irrespective of their depth distribution, i.e. benthic amphipods and polychaetes. A difference of the dietary spectrum can be observed with ontogenetic phases rather than between species, as high values of typical calanoid copepod marker fatty acids as 22:1(n-11) indicate that younger (smaller) specimens include more zooplankton in their diet.
    Keywords: International Polar Year (2007-2008); IPY; Priority Programme 1158 Antarctic Research with Comparable Investigations in Arctic Sea Ice Areas; SPP1158
    Type: Dataset
    Format: application/zip, 3 datasets
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 3
    facet.materialart.
    Unknown
    (Supplement) List of species sampled over Maud Rise in summer 2007/2008 (2011)
    PANGAEA
    Details
    Publication Date: 2024-03-23
    Keywords: Acrocirrus sp.; Aegina citrea; Alluroteuthis antarcticus; Ammotrypanella arctica; Ampharetidae; Anobothrus gracilis; Anobothrus patagonicus; Antennuloniscus cf. ornati; ANT-XXIV/2; Appendicularia; Aricidea antarctica; Atolla wyvillei; Austroniscus sp.; Axinulus sp.; Axiokebuita minuta; Balaenoptera bonaerensis; Bathylagus antarcticus; Belalora striatula; Beroe cucumis; Beroe forskalli; Betamorpha cf. africana; Betamorpha fusiformis; Boreomysis bispinosa; Botrynema brucei; Calanoides acutus; Calanus propinquus; Calanus simillimus; Callianira antarctica; Calycopsis borchgrevinki; Catharacta maccormicki; cf. Eurycope sp.; cf. Ilyarachna antarctica; cf. Leptanthura cf. polaris; cf. Munneurycope antarctica; cf. Munneurycope sp.; cf. Paradoneis abranchiata; cf. Pherusa sp.; cf. Polycirrus sp.; cf. Sosane sp.; Chauliodoniscus sp.; Chuniphyes moserae; Cirratulidae; Clausocalanus laticeps; Clione antarctica; Clio piatkowskii; Clio pyramidata; Conorbela antarctica; Conorbela sp.; Crossota brunnea; Cryptonoscium sp.; Ctenocalanus spp.; Cunina duplicata; Cuspicaria sp.; Cuspidaria infelix; Cuvierina columnella forma atlantica; Cyclothone microdon; Cyllopus lucasi; Cyphocaris faurei; Cyphocaris richardi; Dacrydium albidum; Dacrydium sp.; Daption capense; Depth, bottom/max; Depth, top/min; Device type; Dimophyes arctica; Diphyes antarctica; Disconnectes sp.; Dorvilleidae; Electrona antarctica; Ennucula eltanini; Eteone sp.; Euchaetomera sp.; Euchirella rostromagna; Eucopia grimaldii; Eudoxoides sp.; Eukrohnia bathyantarctica; Eukrohnia bathypelagica; Eukrohnia hamata; Eunicidae; Euphausia superba; Euphysa sp.; Eurycope cf. glabra; Eusirus laticarpus; Eusirus microps; Exiliniscus sp.; Fabricia sp.; Flabelligella sp.; Fulmarus glacialoides; Gaidius tenuispinus; Genaxinus debilis; Gilia reticulata; Glycera kerguelensis; Halicreas minimum; Haloptilus oxycephalus; Haplomunna sp.; Haploniscus cf. cucullus; Heterorabdus austrinus; Hydrurga leptonyx; Hymenodora gracilis; Hyperia macrocephala; Hyperia medusarum; Hyperiella antarctica; Hyperiella dilatata; Hyperoche capucinus; Hyperoche medusarum; Ihlea racovitzai; Ilyarachna sp.; Ischnomesidae; Ischnomesus sp.; Jasmineira crumenifera; Jasmineira sp.; Kellia simulans; Kelliella sirenkoi; Kondakovia longimana; Lanceola clausi; Lanceola loveni; Lanceola serrata; Leitoscoloplos sp.; Leodamas sp.; Limacina helicina; Lissotesta strebeli; Lobodon carcinophagus; Lothia coppingeri; Lumbrineris magalhaensis; Lysianassidae; Macronectes giganteus; Macrostylis sp.; Macrouridae; Maldanidae; Marrus antarcticus; Marseniopsis sp.; Maud Rise; Metamysidopsis swifti; Metridia gerlachei; Microcalanus sp.; Micropodarke sp.; Mictosoma sp.; Mirabilicoxa sp.; Mode of life; MULT; Multiple investigations; Munna sp.; Myriochele heeri; Natatolana cf. intermedia; Nematocarcinus sp.; Neojaera sp.; Notolepis coatsi; Notomastus (Clistomastus) lineatus; Oceanites oceanicus; Oikopleura sp.; Oithona similis; Oligobregma collare; Oligobregma quadrispinosa; Ommatophoca rossi; Oncaea spp.; Onoba subantarctica wilkesiana; Ophelina ammotrypanella; Ophelina breviata; Ophelina cylindricaudata; Ophelina nematoides; Ophelina sp.; Ophiodromus aff. comatus; Ophryotrocha sp.; Oplophoridae; Orbiniidae; Ostracoda; Pagodroma nivea; Pandea rubra; Pantachogon scotti; Paraeuchaeta antarctica; Paralabidocera antarctica; Paramphinome australis; Paramphinome sp.; Paramunna sp.; Parasyllidea; Pelagobia longicirrata; Periphylla periphylla; Phelloderma sp.; Philobrya sp.; Pholoe sp.; Phyllodoce sp.; Pisces, larvae; Polarstern; Polygordiidae; Polymastia invaginata; Polymastia sp.; Polyodontidae; Primno macropa; Prionospio sp.; Protopelagonemertes hubrechti; PS71/MR; PS71 ANDEEP-SYSTCO SCACE; Pseudoscalibregma bransfieldium; Psychrotheutis glacialis; Pygoscelis adeliae; Pyrostephos vanhoeffeni; Radiella antarctica; Rhincalanus gigas; Rhynchonereella bongraini; Sagitta gazellae; Sagitta marri; Sagitta maxima; Sample amount; Scaphander sp.; Scaphocalanus farrani; Scaphopoda; Scina antarctica; Scolecitricella ovata; Siriella sp.; Sphaerosyllis joinvillensis; Spionidae; Spongiobranchaea australis; Stephos longipes; Sterna paradisaea; Stylomesus sp.; Syllidae; Tentorium semisuberites; Terebellides sp.; Thalassoica antarctica; Thylakogaster sp.; Thysanoessa macrura; Toledonia striata; Tomopteridae; Tomopteris carpenteri; Tomopteris sp.; Travisiopsis levinseni; Typhloscolex muelleri; Vanadis antarctica; Vesicomya sirenkoi; Vibilia armata; Vogtia serrata; Vogtia spinosa; Yoldiella antarctica; Yoldiella ecaudata; Yoldiella oblonga; Yoldiella sabrina; Yoldiella sp.
    Type: Dataset
    Format: text/tab-separated-values, 2008 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
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