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  • 1990-1994  (9)
  • 1993  (9)
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  • 1990-1994  (9)
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  • 1
    facet.materialart.
    Unknown
    In:  EPIC3Zeitschrift der Deutschen Geologischen Gesellschaft, 144(2), pp. 330-351
    Publication Date: 2018-08-10
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , peerRev
    Format: application/pdf
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  • 2
    Publication Date: 2019-07-16
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , isiRev
    Format: application/pdf
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  • 3
    Publication Date: 2019-07-16
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , peerRev
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  • 4
    Publication Date: 2019-07-16
    Description: Surface sediment samples taken with a multiple corer from the Polar Front region along two profiles in the eastern South Atlantic sector between 35° and 57°S have been investigated for their benthic foraminiferal content. Live fauna was differentiated from the death assemblage. Based on the dead assemblages, potential fossil assemblages (dead fauna reduced by non-resistant agglutinants) were calculated for comparison with upper Neogene core material.The distribution of the potential fossil assemblages defined by Q-mode principal component analysis mirrors the Recent hydrographic, as well as the trophic situation in the eastern South Atlantic (ocean circulation and productivity).Two Southern Component Bottom Water Faunas reflect the northward flow of Antarctic Bottom Water (AABW) and Lower Circum-Polar Deep Water (LCDW): an assemblage dominated by the arenaceous Multifidella nodulosa below the Calcite Compensation Depth (CCD), and a Nuttallides umbonifer dominated assemblage above the CCD. In the region of highest bio-silicious primary productivity, south of the Polar Front and north of the winter sea-ice limit, these faunas are overprinted by a Southern High-productivity Fauna, dominated by infaunal species such as Pullenia bulloides, Melonis pompilioides and M. zaandamae.North Atlantic Deep Water (NADW) meets the Circum-Polar Deep Water (CDW) at intermediate depth, as reflected in the distribution of the Northern Component Deep Water Fauna, dominated by Epistominella exigua. The high-productivity assemblage overprinting this fauna, the Northern High-productivity Fauna, is dominated by the shallow endobenthic Bulimina aculeata.A Strong Bottom-current Fauna, dominated by Angulogerina angulosa, characterizes areas between 400 and 900 m water depth with sandy sediment, independent from water mass characteristics and food supply.
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , isiRev
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  • 5
    facet.materialart.
    Unknown
    In:  EPIC3Geologische Rundschau, 82(2), pp. 263-275
    Publication Date: 2019-07-16
    Description: The Late Quaternary sediment sequence of the continental margin in the eastern Weddell Sea is well suited for palaeoenvironmental reconstructions. Twocores rom the upper slope, which contain the sedimentary record of the last 300 ky, have been sedimentologically investigated. Age models are based onlithostratigraphy and are correlated with the stable isotope record. As a result of a detailed analysis of the clay mineral composition, grain size distributionsand structures, this sedimentary record provides the first marine evidence that the Antarctic ice sheet extended to the shelf edge during the last glacial.The variations in volume and size of the ice sheet were also simulated in numerical models. Changes in accumulation rate and ice temperature are of someimportance, but the model revealed that fluctuations are primarily driven by changes in eustatic sea-level and that the ice edge extended to the shelf edgeduring the last glacial maximum. This causal relationship implies that the maximum ice extension strongly depends on the magnitude and duration of thesea-level depression during a glacial period. The results of sedimentological investigations and of the numerical models show that the Antarctic ice sheetfollows glacial events in the northern hemisphere by teleconnections of sea level.
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , peerRev
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  • 6
    facet.materialart.
    Unknown
    In:  EPIC317. Internationale Polartagung, Obergurgl.
    Publication Date: 2018-08-10
    Description: Die während der pleistozänen Klimazyklen gebildeten Sedimentfazies am antarktischen Kontinentalhang werden aus Probenmaterial der POLARSTERN-Expeditionen rekonstruiert. Die zeitliche Einstufung der Sedimente erfolgt durch lithologische Korrelation der Kerne untereinander in Kombination mit der globalen Sauerstoffisotopenchronologie. Erstmals wurden an einem umfangreichen Datensatz aus einem ausgewählten Gebiet des östlichen Weddellmeeres gestapelte Parameter berechnet. Die relativen Variationen der Parameterstapel erlauben die Ableitung eines generellen Modells zur glazialmarinen Sedimentation und Faziesgenese unter den spezifischen Paläoumweltbedingungen des Quartär. Das Modell trifft, den paläozeanographischen Einfluß betreffend, zumindest für den atlantischen Teil des Südpolarmeeres zu; die paläoglaziologischen Prozesse gelten überregional, da sie weitgehend von globalen Faktoren wie Klimaveränderungen und Meeresspiegelschwankungen gesteuert werden.Die glazialmarinen Sedimentationsprozesse werden durch ein komplexes Wechselspiel von ozeanographischen und glaziologischen Prozessen kontrolliert, die ihrerseits weitgehend durch das globale Klima und auch lokale Einflüsse (Insolation) gesteuert werden. Die Bildung der Sedimentfazies wird vorwiegend durch Eistransport bestimmt und spiegelt somit Massenbilanz und Verhalten des kontinentalen Eisschildes wider. Weitere faziesrelevante Prozesse sind biologische Produktion, Strömungstransport und gravitativer Hangtransport. Die Sedimentationsraten nehmen mit der Entfernung vom Kontinent und innerhalb eines Klimazyklus vom Interglazial zum Glazial ab. Die Sedimentationsraten sind in dem relativ kurzen Zeitraum zwischen glazialer Termination und Klimaoptimum um ein mehrfaches höher als im Glazial.Aus den untersuchten Ablagerungen können fünf Sedimentfazies mit spezifischen Bildungsbedingungen isoliert werden. In ihrer zeitlichen und räumlichen Verbreitung unterliegen sie den Veränderungen von Meereisverteilung, Meeresspiegel, den Bewegungen der Schelfeiskante, sowie dem Einfluß des Nordatlantischen Tiefenwassers auf die Wassermassen des Südpolarmeeres. Die Meereisdecke beeinflußt über die Lichtlimitierung die Primärproduktion im Oberflächenwasser. Dies führt zu einem Wechsel in der Erhaltung karbonatischer und kieseliger Mikrofossilien; im Interglazial wird Opal erhalten und Karbonat gelöst, während der Übergangszeiten und im Glazial bleibt Karbonat erhalten und Opal wird gelöst.Strömung und Bodenwasserbildung werden durch die Existenz von Küstenpolynyen und von der durch den Meeresspiegel kontrollierten Gesamtfläche der Schelfeisgebiete gesteuert. Der durch Meeresspiegelabsenkung und Ausweitung des Eisschildes initiierte gravitative Hangtransport liefert vorwiegend im Glazial episodisch größere Sedimentmengen zum Hang und, kanalisiert durch Canyons, in die Tiefsee. Während der glazialen Maxima können unter einer vollständig geschlossenen Eisdecke Konturite abgelagert werden.
    Repository Name: EPIC Alfred Wegener Institut
    Type: Conference , notRev
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  • 7
    facet.materialart.
    Unknown
    In:  EPIC3Anderson, D.M. (ed) PAGES Workshop Reports Series, Global Paleoenvironmental Data. A report from the workshop sponsored by Past Global Changes (PAGES) August, 1993, 95, pp. 75-78
    Publication Date: 2019-07-16
    Repository Name: EPIC Alfred Wegener Institut
    Type: Conference , notRev
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  • 8
    Publication Date: 2023-11-09
    Keywords: Adercotryma glomeratum; Agulhas Basin; Ammobaculites agglutinans; Ammobaculites agglutinans filiformis; Ammodiscus incertus; Ammolagena clavata; Ammomarginulina ensis; Ammomarginulina foliacea; Ammomarginulina recurva; Ammoscalaria pseudospiralis; Angulogerina angulosa; ANT-IX/4; ANT-VI/3; ANT-VIII/3; Aschemonella ramiformis; Astrammina spp.; Astrononion antarcticus; Astrononion echolsi; Astrorhiza angulosa; Atlantic Indik Ridge; Atlantic Ridge; AWI_Paleo; Bolivina sp.; Bulimina aculeata; Cape Basin; Cassidulina laevigata; Cibicidoides cf. wuellerstorfi; Cibicidoides kullenbergi; Cibicidoides spp.; Cibicidoides wuellerstorfi; Cornuspira involvens; Counting 〉125 µm fraction; Cribrostomoides jeffreysii; Cribrostomoides rotulatum; Cribrostomoides scitulum; Cribrostomoides subglobosum; Cribrostomoides weddellensis; Cribrostomoides wiesneri; Cyclammina cancellata; Cystammina galeata; Cystammina pauciloculata; DEPTH, sediment/rock; Discammina compressa; Discovery Seamount; Eggerella bradyi; Eggerella propinqua; Ehrenbergina glabra; Ehrenbergina trigona; Elevation of event; Epistominella exigua; Eponides weddellensis; Event label; Fissurina spp.; Foraminifera, benthic indeterminata; Fursenkoina earlandi; Giant box corer; GKG; Globocassidulina rossensis; Globocassidulina subglobosa; Gyroidina lamarckiana; Gyroidina neosoldanii; Gyroidina polia; Gyroidina spp.; Haplophragmoides bradyi; Haplophragmoides sphaeriloculus; Hippocrepina spp.; Hoeglundina elegans; Hormosina globulifera; Hyperammina laevigata; Indian-Antarctic Ridge; Ioanella tumidula; Karreriella bradyi; Lagena spp.; Latitude of event; Longitude of event; Melonis pompilioides; Melonis sphaeroides; Melonis zaandamae; Meteor Rise; Miliolinella spp.; MUC; MultiCorer; Multifidella nodulosa; Nodellum membranaceum; Nonionella iridea; Nuttallides umbonifera; Ophthalmidium pusillum; Oridorsalis umbonatus; Paleoenvironmental Reconstructions from Marine Sediments @ AWI; Parafissurina spp.; Pelosina spp.; Pelosinella sp.; Polarstern; Portatrochammina sp.; PS12; PS12/545; PS12/551; PS12/553; PS12/555; PS12/557; PS16; PS16/262; PS16/267; PS16/271; PS16/278; PS16/281; PS16/284; PS16/294; PS16/303; PS16/306; PS16/311; PS16/316; PS16/321; PS16/323; PS16/329; PS16/334; PS16/337; PS16/342; PS16/345; PS16/351; PS16/354; PS16/362; PS16/366; PS16/372; PS1649-1; PS1651-2; PS1652-1; PS1653-2; PS1654-1; PS1750-7; PS1751-2; PS1752-5; PS1754-2; PS1755-1; PS1756-6; PS1759-1; PS1764-2; PS1765-1; PS1768-1; PS1771-4; PS1772-6; PS1773-2; PS1774-1; PS1775-5; PS1776-6; PS1777-7; PS1778-1; PS1779-3; PS1780-1; PS1782-6; PS1783-1; PS1786-2; PS18; PS18/229; PS18/232; PS18/236; PS18/237; PS18/238; PS18/239; PS18/241; PS18/242; PS18/243; PS18/244; PS18/249; PS18/250; PS18/251; PS18/252; PS18/253; PS18/254; PS18/255; PS18/256; PS18/257; PS18/260; PS18/261; PS18/262; PS18/263; PS18/264; PS18/266; PS18/267; PS2073-1; PS2076-1; PS2080-1; PS2081-1; PS2082-3; PS2083-1; PS2084-2; PS2085-1; PS2086-3; PS2087-1; PS2091-1; PS2092-1; PS2093-1; PS2094-1; PS2095-1; PS2096-1; PS2097-1; PS2098-1; PS2099-1; PS2102-1; PS2103-2; PS2104-1; PS2105-2; PS2106-1; PS2108-1; PS2109-3; Psammosiphonella spp.; Psammosphaera fusca; Pullenia bulloides; Pullenia simplex; Pullenia subcarinata; Pyrgo murrhina; Pyrgo williamsoni; Quinqueloculina spp.; Recurvoides contortus; Reophax bilocularis; Reophax dentaliniformis; Reophax distans; Reophax fusiformis; Reophax guttifer; Reophax nodulosus; Reophax ovicula; Reophax pilulifer; Reophax scorpiurus; Repmanina charoides; Rhabdammina agglutissima; Rhizammina algaeformis; Robertinoides bradyi; Saccammina sphaerica; Saccorhiza ramosa; Shona Ridge; Siphotextularia sp.; Sorosphaera consociata; South Sandwich Basin; South Sandwich Islands; South Sandwich Trough; Sphaeroidina bulloides; Spirolocammina tenuis; Subreophax aduncus; Textularia wiesneri; Thurammina papillata; Triloculina trihedra; Trochammina globigeriniformis; Trochammina globulosa; Trochammina nana; Trochammina nitida; Trochammina spp.; Trochammina squamata; Uvigerina peregrina; Van Heesen Ridge; Vanhoeffenella gaussi
    Type: Dataset
    Format: text/tab-separated-values, 5994 data points
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  • 9
    Publication Date: 2023-11-09
    Keywords: Adercotryma glomeratum; Agulhas Basin; Ammobaculites agglutinans; Ammobaculites agglutinans filiformis; Ammodiscus incertus; Ammolagena clavata; Ammomarginulina foliacea; Angulogerina angulosa; ANT-IX/4; ANT-VI/3; ANT-VIII/3; Astrononion antarcticum; Astrononion echolsi; Atlantic Indik Ridge; Atlantic Ridge; AWI_Paleo; Bolivina spp.; Bulimina aculeata; Bulimina rostrata; Cape Basin; Cassidulina laevigata; Cassidulinoides porrectus; Cibicidoides cf. wuellerstorfi; Cibicidoides kullenbergi; Cibicidoides spp.; Cibicidoides wuellerstorfi; Counting 〉125 µm fraction; Cribrostomoides rotulatum; Cribrostomoides scitulum; Cribrostomoides subglobosum; Cribrostomoides weddellensis; Cribrostomoides wiesneri; Cyclammina cancellata; Cyclammina trullisata; Cystammina galeata; Cystammina pauciloculata; Dentalina spp.; DEPTH, sediment/rock; Discorbinella bertheloti; Discovery Seamount; Eggerella bradyi; Eggerella propinqua; Ehrenbergina glabra; Ehrenbergina trigona; Elevation of event; Epistominella exigua; Epistominella rugosa; Eponides weddellensis; Event label; Fissurina spp.; Foraminifera, benthic indeterminata; Fursenkoina earlandi; Giant box corer; GKG; Globocassidulina rossensis; Globocassidulina subglobosa; Guttulina sp.; Gyroidina altiformis; Gyroidina lamarckiana; Gyroidina polia; Gyroidina spp.; Haplophragmoides bradyi; Haplophragmoides canariensis; Hoeglundina elegans; Hormosina globulifera; Hyperammina spp.; Indian-Antarctic Ridge; Karreriella bradyi; Lagena spp.; Latitude of event; Lenticulina spp.; Longitude of event; Melonis pompilioides; Melonis sphaeroides; Melonis zaandamae; Meteor Rise; Miliammina antarctica; Miliolinella spp.; MUC; MultiCorer; Multifidella nodulosa; Nodellum membranaceum; Nonionella iridea; Nuttallides umbonifera; Oridorsalis umbonatus; Paleoenvironmental Reconstructions from Marine Sediments @ AWI; Parafissurina spp.; Pelosina sp.; Pelosinella sp.; Polarstern; PS12; PS12/545; PS12/551; PS12/553; PS12/555; PS12/557; PS16; PS16/262; PS16/267; PS16/271; PS16/278; PS16/281; PS16/284; PS16/294; PS16/303; PS16/306; PS16/311; PS16/316; PS16/321; PS16/323; PS16/329; PS16/334; PS16/337; PS16/342; PS16/345; PS16/351; PS16/354; PS16/362; PS16/366; PS16/372; PS1649-1; PS1651-2; PS1652-1; PS1653-2; PS1654-1; PS1750-7; PS1751-2; PS1752-5; PS1754-2; PS1755-1; PS1756-6; PS1759-1; PS1764-2; PS1765-1; PS1768-1; PS1771-4; PS1772-6; PS1773-2; PS1774-1; PS1775-5; PS1776-6; PS1777-7; PS1778-1; PS1779-3; PS1780-1; PS1782-6; PS1783-1; PS1786-2; PS18; PS18/229; PS18/231; PS18/232; PS18/236; PS18/237; PS18/238; PS18/239; PS18/241; PS18/242; PS18/243; PS18/244; PS18/249; PS18/250; PS18/251; PS18/252; PS18/253; PS18/254; PS18/255; PS18/256; PS18/257; PS18/260; PS18/261; PS18/262; PS18/263; PS18/264; PS18/266; PS18/267; PS2073-1; PS2075-3; PS2076-1; PS2080-1; PS2081-1; PS2082-3; PS2083-1; PS2084-2; PS2085-1; PS2086-3; PS2087-1; PS2091-1; PS2092-1; PS2093-1; PS2094-1; PS2095-1; PS2096-1; PS2097-1; PS2098-1; PS2099-1; PS2102-1; PS2103-2; PS2104-1; PS2105-2; PS2106-1; PS2108-1; PS2109-3; Psammosiphonella crassatina; Psammosphaera fusca; Pullenia bulloides; Pullenia simplex; Pullenia subcarinata; Pyrgo murrhina; Quinqueloculina spp.; Recurvoides contortus; Reophax bilocularis; Reophax dentaliniformis; Reophax distans; Reophax guttifer; Reophax nodulosus; Reophax ovicula; Reophax pilulifer; Reophax scorpiurus; Repmanina charoides; Rhabdammina sp.; Rhizammina sp.; Saccammina sphaerica; Saccorhiza ramosa; Shona Ridge; Siphotextularia sp.; Sorosphaera consociata; South Sandwich Basin; South Sandwich Islands; South Sandwich Trough; Sphaeroidina bulloides; Spirolocammina tenuis; Subreophax aduncus; Textularia wiesneri; Triloculina trihedra; Trochammina globulosa; Trochammina nana; Trochammina nitida; Trochammina spp.; Trochammina squamata; Uvigerina peregrina; Van Heesen Ridge
    Type: Dataset
    Format: text/tab-separated-values, 5555 data points
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