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  • 1
    Publication Date: 2024-05-23
    Description: This paper positions possibilities for human geographies of the sea. The growing volume of work under this banner has been largely qualitative in its approach, reflecting, in turn, the questions posed by oceanic scholars. These questions necessitate corresponding methods. Whilst this is not necessarily a problem, and the current corpus of work has offered many significant contributions, in making sense of the human dimensions of maritime worlds, other questions—and methods—may generate knowledge that is useful within this remit of work. This paper considers the place of quantitative approaches in posing lines of enquiry about shipping, one of the prominent areas of concern under the banner of ‘human geographies of the seas’. There is longstanding work in transport geographies concerned with shipping, logistics, freight movement and global connections, which embraces quantitative methods which could be bridged to ask fresh questions about oceanic spatial phenomena past and present. This paper reviews the state of the art of human geographies of the sea and transport geographies and navigates how the former field may be stimulated by some of the interests of the latter and a broader range of questions about society-sea-space relations. The paper focuses on Automatic Identification Systems (or AIS) as a potentially useful tool for connecting debates, and deepening spatial understandings of the seas and shipping beyond current scholarship. To advance the argument the example of shipping layups is used to illustrate or rather, position, the point.
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , peerRev
    Location Call Number Expected Availability
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  • 2
    Publication Date: 2024-05-23
    Description: This paper positions possibilities for human geographies of the sea. The growing volume of work under this banner has been largely qualitative in its approach, reflecting, in turn, the questions posed by oceanic scholars. These questions necessitate corresponding methods. Whilst this is not necessarily a problem, and the current corpus of work has offered many significant contributions, in making sense of the human dimensions of maritime worlds, other questions—and methods—may generate knowledge that is useful within this remit of work. This paper considers the place of quantitative approaches in posing lines of enquiry about shipping, one of the prominent areas of concern under the banner of ‘human geographies of the seas’. There is longstanding work in transport geographies concerned with shipping, logistics, freight movement and global connections, which embraces quantitative methods which could be bridged to ask fresh questions about oceanic spatial phenomena past and present. This paper reviews the state of the art of human geographies of the sea and transport geographies and navigates how the former field may be stimulated by some of the interests of the latter and a broader range of questions about society-sea-space relations. The paper focuses on Automatic Identification Systems (or AIS) as a potentially useful tool for connecting debates, and deepening spatial understandings of the seas and shipping beyond current scholarship. To advance the argument the example of shipping layups is used to illustrate or rather, position, the point.
    Repository Name: EPIC Alfred Wegener Institut
    Type: Article , peerRev
    Location Call Number Expected Availability
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  • 3
    facet.materialart.
    Unknown
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Publication Date: 2024-05-23
    Keywords: 06AQANTXIII_4/100-1; 06AQANTXIII_4/10-1; 06AQANTXIII_4/101-1; 06AQANTXIII_4/102-2; 06AQANTXIII_4/103-1; 06AQANTXIII_4/11-1; 06AQANTXIII_4/12-1; 06AQANTXIII_4/13-1; 06AQANTXIII_4/13-3; 06AQANTXIII_4/14-1; 06AQANTXIII_4/14-3; 06AQANTXIII_4/15-2; 06AQANTXIII_4/15-4; 06AQANTXIII_4/16-1; 06AQANTXIII_4/17-1; 06AQANTXIII_4/18-1; 06AQANTXIII_4/19-1; 06AQANTXIII_4/19-3; 06AQANTXIII_4/20-1; 06AQANTXIII_4/21-1; 06AQANTXIII_4/22-1; 06AQANTXIII_4/22-3; 06AQANTXIII_4/23-1; 06AQANTXIII_4/24-1; 06AQANTXIII_4/25-1; 06AQANTXIII_4/25-3; 06AQANTXIII_4/26-1; 06AQANTXIII_4/27-1; 06AQANTXIII_4/28-1; 06AQANTXIII_4/28-3; 06AQANTXIII_4/29-1; 06AQANTXIII_4/30-1; 06AQANTXIII_4/3-1; 06AQANTXIII_4/31-1; 06AQANTXIII_4/31-4; 06AQANTXIII_4/32-1; 06AQANTXIII_4/33-1; 06AQANTXIII_4/34-1; 06AQANTXIII_4/34-3; 06AQANTXIII_4/34-4; 06AQANTXIII_4/35-1; 06AQANTXIII_4/35-4; 06AQANTXIII_4/36-1; 06AQANTXIII_4/37-1; 06AQANTXIII_4/38-1; 06AQANTXIII_4/38-4; 06AQANTXIII_4/39-1; 06AQANTXIII_4/40-1; 06AQANTXIII_4/4-1; 06AQANTXIII_4/41-1; 06AQANTXIII_4/42-1; 06AQANTXIII_4/43-1; 06AQANTXIII_4/44-1; 06AQANTXIII_4/44-3; 06AQANTXIII_4/45-1; 06AQANTXIII_4/46-1; 06AQANTXIII_4/47-1; 06AQANTXIII_4/48-1; 06AQANTXIII_4/48-3; 06AQANTXIII_4/49-1; 06AQANTXIII_4/50-1; 06AQANTXIII_4/5-1; 06AQANTXIII_4/51-1; 06AQANTXIII_4/52-1; 06AQANTXIII_4/52-3; 06AQANTXIII_4/5-3; 06AQANTXIII_4/53-1; 06AQANTXIII_4/54-1; 06AQANTXIII_4/54-3; 06AQANTXIII_4/55-1; 06AQANTXIII_4/56-2; 06AQANTXIII_4/56-4; 06AQANTXIII_4/57-1; 06AQANTXIII_4/57-4; 06AQANTXIII_4/58-1; 06AQANTXIII_4/59-1; 06AQANTXIII_4/60-1; 06AQANTXIII_4/60-4; 06AQANTXIII_4/6-1; 06AQANTXIII_4/61-1; 06AQANTXIII_4/62-1; 06AQANTXIII_4/62-3; 06AQANTXIII_4/63-1; 06AQANTXIII_4/65-2; 06AQANTXIII_4/66-1; 06AQANTXIII_4/66-3; 06AQANTXIII_4/67-1; 06AQANTXIII_4/68-1; 06AQANTXIII_4/69-1; 06AQANTXIII_4/70-1; 06AQANTXIII_4/7-1; 06AQANTXIII_4/71-1; 06AQANTXIII_4/71-5; 06AQANTXIII_4/7-2; 06AQANTXIII_4/72-1; 06AQANTXIII_4/73-1; 06AQANTXIII_4/74-2; 06AQANTXIII_4/75-1; 06AQANTXIII_4/75-4; 06AQANTXIII_4/76-1; 06AQANTXIII_4/77-1; 06AQANTXIII_4/78-1; 06AQANTXIII_4/79-1; 06AQANTXIII_4/79-3; 06AQANTXIII_4/80-1; 06AQANTXIII_4/8-1; 06AQANTXIII_4/81-1; 06AQANTXIII_4/82-1; 06AQANTXIII_4/83-1; 06AQANTXIII_4/83-2; 06AQANTXIII_4/84-1; 06AQANTXIII_4/85-1; 06AQANTXIII_4/86-1; 06AQANTXIII_4/86-3; 06AQANTXIII_4/87-1; 06AQANTXIII_4/88-1; 06AQANTXIII_4/89-1; 06AQANTXIII_4/90-1; 06AQANTXIII_4/90-4; 06AQANTXIII_4/9-1; 06AQANTXIII_4/91-1; 06AQANTXIII_4/92-1; 06AQANTXIII_4/93-1; 06AQANTXIII_4/94-1; 06AQANTXIII_4/94-3; 06AQANTXIII_4/95-1; 06AQANTXIII_4/96-1; 06AQANTXIII_4/97-1; 06AQANTXIII_4/98-1; 06AQANTXIII_4/99-1; 06AQANTXIII_4/99-4; ANT-XIII/4; Bottle number; Carbon, total; CTD; CTD/Rosette; CTD-RO; Date/Time of event; DEPTH, water; Elevation of event; Event label; Freon-11 (trichorofluoromethane); Freon-113; Freon-12 (dichlorodifluoromethane); Helium; Helium, standard deviation; Latitude of event; Longitude of event; Neon; Neon, standard deviation; Nitrate; Oxygen; Phosphate; Polarstern; Pressure, water; PS40/003-1; PS40/004-1; PS40/005-1; PS40/005-3; PS40/006-1; PS40/007-1; PS40/007-2; PS40/008-1; PS40/009-1; PS40/010-1; PS40/011-1; PS40/012-1; PS40/013-1; PS40/013-3; PS40/014-1; PS40/014-3; PS40/015-2; PS40/015-4; PS40/016-1; PS40/017-1; PS40/018-1; PS40/019-1; PS40/019-3; PS40/020-1; PS40/021-1; PS40/022-1; PS40/022-3; PS40/023-1; PS40/024-1; PS40/025-1; PS40/025-3; PS40/026-1; PS40/027-1; PS40/028-1; PS40/028-3; PS40/029-1; PS40/030-1; PS40/031-1; PS40/031-4; PS40/032-1; PS40/033-1; PS40/034-1; PS40/034-3; PS40/034-4; PS40/035-1; PS40/035-4; PS40/036-1; PS40/037-1; PS40/038-1; PS40/038-4; PS40/039-1; PS40/040-1; PS40/041-1; PS40/042-1; PS40/043-1; PS40/044-1; PS40/044-3; PS40/045-1; PS40/046-1; PS40/047-1; PS40/048-1; PS40/048-3; PS40/049-1; PS40/050-1; PS40/051-1; PS40/052-1; PS40/052-3; PS40/053-1; PS40/054-1; PS40/054-3; PS40/055-1; PS40/056-2; PS40/056-4; PS40/057-1; PS40/057-4; PS40/058-1; PS40/059-1; PS40/060-1; PS40/060-4; PS40/061-1; PS40/062-1; PS40/062-3; PS40/063-1; PS40/065-2; PS40/066-1; PS40/066-3; PS40/067-1; PS40/068-1; PS40/069-1; PS40/070-1; PS40/071-1; PS40/071-5; PS40/072-1; PS40/073-1; PS40/074-2; PS40/075-1; PS40/075-4; PS40/076-1; PS40/077-1; PS40/078-1; PS40/079-1; PS40/079-3; PS40/080-1; PS40/081-1; PS40/082-1; PS40/083-1; PS40/083-2; PS40/084-1; PS40/085-1; PS40/086-1; PS40/086-3; PS40/087-1; PS40/088-1; PS40/089-1; PS40/090-1; PS40/090-4; PS40/091-1; PS40/092-1; PS40/093-1; PS40/094-1; PS40/094-3; PS40/095-1; PS40/096-1; PS40/097-1; PS40/098-1; PS40/099-1; PS40/099-4; PS40/100-1; PS40/101-1; PS40/102-2; PS40/103-1; PS40 06AQANTXIII_4; Salinity; Salinometer, inductive; Silicate; South Atlantic; Temperature, water; Temperature, water, potential; Tetrachloromethane; WOCE; World Ocean Circulation Experiment; δ Helium-3; δ Helium-3, standard deviation
    Type: Dataset
    Format: text/tab-separated-values, 40971 data points
    Location Call Number Expected Availability
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  • 4
    facet.materialart.
    Unknown
    PANGAEA
    In:  Supplement to: Obrochta, Stephen P; Yokoyama, Yusuke; Yoshimoto, Mitsuhiro; Yamamoto, Shinya; Miyairi, Yosuke; Nagano, Gen; Nakamura, Atsunori; Tsunematusu, Kae; Lamair, Laura; Hubert-Ferrari, Aurélia; Lougheed, Bryan C; Yasuda, Atsushi; Hokanishi, Natsumi; Heyvaer, Vanessa; De Batist, Marc; Fujiwara, Osamu; The QuakeRecNankai Team (2018): Mt. Fuji Holocene eruption history reconstructed from proximal lake sediments and high-density radiocarbon dating. Quaternary Science Reviews, 200, 395-405, https://doi.org/10.1016/j.quascirev.2018.09.001
    Publication Date: 2024-05-23
    Description: An 8,000-year lacustrine sediment record from Lake Motosu (Fuji Five Lakes) records several eruptions, including potentially unreported events, of the active Mt. Fuji volcano, which receives approximately 47 million annual visitors. A high-fidelity age model is constructed from tephra ages and high-density radiocarbon dating of terrestrial macrofossil and bulk organic matter. Variability in lake reservoir age is constrained by modern lake water radiocarbon measurement and reverse calibration of tephra calendar ages. We present more accurate ages for known eruptions, detect a wider distribution of ejecta for the most recent summit eruption, and potentially identify previously undetected flank eruptions. There are closely spaced scoria-fall layers that may be difficult to differentiate as separate events in land-based surveys. These results demonstrate the utility of lacustrine sediments as powerful tools for understanding characteristics of volcanic eruptions.
    Type: Dataset
    Format: application/zip, 7 datasets
    Location Call Number Expected Availability
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  • 5
    Publication Date: 2024-05-23
    Description: The data set includes sedimentological data (grain size distribution, facies compositions & radiocarbon ages) and satellite imagery data (shoreline analysis) of the reef island Langkai, SW Sulawesi, Indonesia. The data was collected in order to reconstruct the Holocene and modern (sediment) dynamics over the past ca 6,000 years. Sediment samples were obtained from sediment cores taken by percussion drilling and hand-held (Auger) coring in May 2016 and July 2021. Laboratory analysis of the sediments and shoreline analysis were carried out between 2021 and 2023. The grain size distribution was determined by dry-sieving of the bulk sample into fractions following Wentworth (1922). The subsequent analysis of grain size statistics was done in GRADISTAT v9.1 (Blott & Pye, 2001). The skeletal components of the grain size fractions 〉2 mm, 2-1 mm, 1-0.5 mm and 0.5-0.25 mm were analyzed under a digital microscope by point counting. A total of n=100 skeletal components were identified from each fraction. These results were then used to calculate the relative proportions in each sample. A total of 20 radiocarbon ages from AMS dating were calibrated using OxCal online v4.4 (Bronk Ramsey, 2009), with the MARINE20 curve (Heaton et al., 2020) and a regional reservoir correction of deltaR= 0+-0 as suggested by Southon et al. (2002). The shoreline analysis is based on satellite image data (1999-2023; acquired from multiple sources, see data set for detailed description) and was analyzed with the Digital Shoreline Analysis Tool (Thieler et al., 2009) in ArcGIS.
    Keywords: Carbonate Sedimentology; Facies; Grain Size; Holocene; radiocarbon age; Southeast Asia; Spermonde Archipelago
    Type: Dataset
    Format: application/zip, 7 datasets
    Location Call Number Expected Availability
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  • 6
    Publication Date: 2024-05-23
    Keywords: 06BESO73_1; 06BESO73_1/11; 06BESO73_1/13; 06BESO73_1/15; 06BESO73_1/16; 06BESO73_1/17; 06BESO73_1/18; 06BESO73_1/19; 06BESO73_1/20; 06BESO73_1/3; 06BESO73_1/30; 06BESO73_1/5; 06BESO73_1/7; 06BESO73_1/9; Bottle number; CTD; CTD/Rosette; CTD-RO; Date/Time of event; DEPTH, water; Elevation of event; Event label; Helium; Helium, standard deviation; Latitude of event; Longitude of event; Pressure, water; SO73; SO73_11; SO73_13; SO73_15; SO73_16; SO73_17; SO73_18; SO73_19; SO73_20; SO73_3; SO73_30; SO73_5; SO73_7; SO73_9; Sonne; Tritium; Tritium, standard deviation; WOCE; World Ocean Circulation Experiment; δ Helium-3; δ Helium-3, standard deviation
    Type: Dataset
    Format: text/tab-separated-values, 1184 data points
    Location Call Number Expected Availability
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  • 7
    facet.materialart.
    Unknown
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Publication Date: 2024-05-23
    Keywords: 06AQANTX_4/536-1; 06AQANTX_4/537-1; 06AQANTX_4/538-1; 06AQANTX_4/539-1; 06AQANTX_4/540-1; 06AQANTX_4/541-1; 06AQANTX_4/542-1; 06AQANTX_4/543-1; 06AQANTX_4/544-1; 06AQANTX_4/545-1; 06AQANTX_4/546-1; 06AQANTX_4/547-1; 06AQANTX_4/548-1; 06AQANTX_4/549-1; 06AQANTX_4/550-1; 06AQANTX_4/551-1; 06AQANTX_4/552-1; 06AQANTX_4/553-1; 06AQANTX_4/554-1; 06AQANTX_4/555-1; 06AQANTX_4/556-1; 06AQANTX_4/557-1; 06AQANTX_4/558-1; 06AQANTX_4/559-1; 06AQANTX_4/560-1; 06AQANTX_4/562-1; 06AQANTX_4/563-1; 06AQANTX_4/564-1; 06AQANTX_4/565-1; 06AQANTX_4/566-1; 06AQANTX_4/567-1; 06AQANTX_4/568-1; 06AQANTX_4/569-1; 06AQANTX_4/570-1; 06AQANTX_4/571-1; 06AQANTX_4/572-1; 06AQANTX_4/573-1; 06AQANTX_4/574-1; 06AQANTX_4/575-1; 06AQANTX_4/576-1; 06AQANTX_4/577-1; 06AQANTX_4/578-1; 06AQANTX_4/579-1; 06AQANTX_4/580-3; 06AQANTX_4/581-1; 06AQANTX_4/582-1; 06AQANTX_4/583-3; 06AQANTX_4/584-1; 06AQANTX_4/585-1; 06AQANTX_4/586-3; 06AQANTX_4/587-1; 06AQANTX_4/588-1; 06AQANTX_4/589-3; 06AQANTX_4/590-1; 06AQANTX_4/591-2; 06AQANTX_4/592-3; 06AQANTX_4/593-3; 06AQANTX_4/594-1; 06AQANTX_4/595-3; 06AQANTX_4/596-1; 06AQANTX_4/597-1; 06AQANTX_4/598-3; 06AQANTX_4/599-1; 06AQANTX_4/600-1; 06AQANTX_4/601-1; 06AQANTX_4/602-2; 06AQANTX_4/603-3; 06AQANTX_4/604-1; 06AQANTX_4/605-1; 06AQANTX_4/606-2; 06AQANTX_4/610-1; 06AQANTX_4/611-1; 06AQANTX_4/612-1; 06AQANTX_4/613-1; 06AQANTX_4/618-3; 06AQANTX_4/619-1; 06AQANTX_4/623-3; 06AQANTX_4/624-1; 06AQANTX_4/625-3; 06AQANTX_4/626-3; 06AQANTX_4/627-1; 06AQANTX_4/628-3; 06AQANTX_4/629-1; 06AQANTX_4/630-3; 06AQANTX_4/631-1; 06AQANTX_4/632-1; 06AQANTX_4/633-1; 06AQANTX_4/634-1; 06AQANTX_4/635-1; 06AQANTX_4/635-3; 06AQANTX_4/636-1; 06AQANTX_4/637-1; 06AQANTX_4/638-1; 06AQANTX_4/639-1; 06AQANTX_4/640-1; 06AQANTX_4/641-1; 06AQANTX_4/642-1; 06AQANTX_4/643-1; 06AQANTX_4/644-1; ANT-X/4; Bottle number; Carbon, total; CTD; CTD/Rosette; CTD-RO; Date/Time of event; DEPTH, water; Elevation of event; Event label; Freon-11 (trichorofluoromethane); Freon-12 (dichlorodifluoromethane); Helium; Helium, standard deviation; Latitude of event; Longitude of event; Neon; Neon, standard deviation; Nitrate; Nitrite; Oxygen; Phosphate; Polarstern; Pressure, water; PS21/536-1; PS21/537-1; PS21/538-1; PS21/539-1; PS21/540-1; PS21/541-1; PS21/542-1; PS21/543-1; PS21/544-1; PS21/545-1; PS21/546-1; PS21/547-1; PS21/548-1; PS21/549-1; PS21/550-1; PS21/551-1; PS21/552-1; PS21/553-1; PS21/554-1; PS21/555-1; PS21/556-1; PS21/557-1; PS21/558-1; PS21/559-1; PS21/560-1; PS21/562-1; PS21/563-1; PS21/564-1; PS21/565-1; PS21/566-1; PS21/567-1; PS21/568-1; PS21/569-1; PS21/570-1; PS21/571-1; PS21/572-1; PS21/573-1; PS21/574-1; PS21/575-1; PS21/576-1; PS21/577-1; PS21/578-1; PS21/579-1; PS21/580-3; PS21/581-1; PS21/582-1; PS21/583-3; PS21/584-1; PS21/585-1; PS21/586-3; PS21/587-1; PS21/588-1; PS21/589-3; PS21/590-1; PS21/591-2; PS21/592-3; PS21/593-3; PS21/594-1; PS21/595-3; PS21/596-1; PS21/597-1; PS21/598-3; PS21/599-1; PS21/600-1; PS21/601-1; PS21/602-2; PS21/603-3; PS21/604-1; PS21/605-1; PS21/606-2; PS21/610-1; PS21/611-1; PS21/612-1; PS21/613-1; PS21/618-3; PS21/619-1; PS21/623-3; PS21/624-1; PS21/625-3; PS21/626-3; PS21/627-1; PS21/628-3; PS21/629-1; PS21/630-3; PS21/631-1; PS21/632-1; PS21/633-1; PS21/634-1; PS21/635-1; PS21/635-3; PS21/636-1; PS21/637-1; PS21/638-1; PS21/639-1; PS21/640-1; PS21/641-1; PS21/642-1; PS21/643-1; PS21/644-1; PS21 06AQANTX_4; Salinity; Salinometer, inductive; Silicate; Temperature, water; Temperature, water, potential; Tritium; Tritium, standard deviation; WOCE; World Ocean Circulation Experiment; δ Helium-3; δ Helium-3, standard deviation
    Type: Dataset
    Format: text/tab-separated-values, 32378 data points
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  • 8
    Publication Date: 2024-05-23
    Keywords: 06MT11_5; 06MT11_5/102-1; 06MT11_5/103-1; 06MT11_5/104-1; 06MT11_5/105-1; 06MT11_5/106-1; 06MT11_5/107-1; 06MT11_5/108-1; 06MT11_5/109-1; 06MT11_5/110-1; 06MT11_5/111-1; 06MT11_5/112-1; 06MT11_5/113-1; 06MT11_5/114-1; 06MT11_5/115-1; 06MT11_5/116-2; 06MT11_5/117-1; 06MT11_5/118-1; 06MT11_5/119-1; 06MT11_5/120-1; 06MT11_5/121-1; 06MT11_5/122-1; 06MT11_5/123-1; 06MT11_5/124-1; 06MT11_5/125-1; 06MT11_5/126-1; 06MT11_5/127-1; 06MT11_5/128-1; 06MT11_5/129-1; 06MT11_5/130-1; 06MT11_5/131-1; 06MT11_5/132-1; 06MT11_5/133-1; 06MT11_5/134-1; 06MT11_5/135-1; 06MT11_5/136-1; 06MT11_5/137-1; 06MT11_5/138-1; 06MT11_5/139-1; 06MT11_5/140-2; 06MT11_5/141-1; 06MT11_5/142-1; 06MT11_5/143-1; 06MT11_5/144-1; 06MT11_5/145-1; 06MT11_5/146-1; 06MT11_5/147-1; 06MT11_5/148-1; 06MT11_5/149-1; 06MT11_5/150-1; 06MT11_5/151-1; 06MT11_5/152-1; 06MT11_5/153-2; 06MT11_5/154-1; 06MT11_5/155-1; 06MT11_5/156-1; 06MT11_5/157-1; 06MT11_5/158-2; 06MT11_5/159-1; 06MT11_5/160-1; 06MT11_5/161-1; 06MT11_5/162-1; 06MT11_5/162-3; 06MT11_5/163-1; 06MT11_5/164-1; 06MT11_5/164-2; 06MT11_5/165-1; 06MT11_5/165-2; 06MT11_5/166-1; 06MT11_5/166-3; 06MT11_5/167-1; 06MT11_5/167-2; 06MT11_5/168-1; 06MT11_5/168-2; 06MT11_5/169-1; 06MT11_5/169-2; 06MT11_5/170-1; 06MT11_5/170-2; 06MT11_5/171-1; 06MT11_5/171-2; 06MT11_5/172-1; 06MT11_5/172-3; 06MT11_5/173-1; 06MT11_5/173-2; 06MT11_5/174-1; 06MT11_5/174-2; 06MT11_5/175-1; 06MT11_5/175-2; 06MT11_5/176-1; 06MT11_5/176-2; 06MT11_5/177-1; 06MT11_5/177-2; 06MT11_5/178-1; 06MT11_5/178-2; 06MT11_5/179-1; Carbon, inorganic, dissolved; Carbon dioxide, partial pressure; CTD; CTD/Rosette; CTD-RO; Date/Time of event; DEPTH, water; Elevation of event; Event label; Freon-11 (trichorofluoromethane); Freon-12 (dichlorodifluoromethane); Helium; Latitude of event; Longitude of event; M11/5; M11/5_102-1; M11/5_103-1; M11/5_104-1; M11/5_105-1; M11/5_106-1; M11/5_107-1; M11/5_108-1; M11/5_109-1; M11/5_110-1; M11/5_111-1; M11/5_112-1; M11/5_113-1; M11/5_114-1; M11/5_115-1; M11/5_116-2; M11/5_117-1; M11/5_118-1; M11/5_119-1; M11/5_120-1; M11/5_121-1; M11/5_122-1; M11/5_123-1; M11/5_124-1; M11/5_125-1; M11/5_126-1; M11/5_127-1; M11/5_128-1; M11/5_129-1; M11/5_130-1; M11/5_131-1; M11/5_132-1; M11/5_133-1; M11/5_134-1; M11/5_135-1; M11/5_136-1; M11/5_137-1; M11/5_138-1; M11/5_139-1; M11/5_140-2; M11/5_141-1; M11/5_142-1; M11/5_143-1; M11/5_144-1; M11/5_145-1; M11/5_146-1; M11/5_147-1; M11/5_148-1; M11/5_149-1; M11/5_150-1; M11/5_151-1; M11/5_152-1; M11/5_153-2; M11/5_154-1; M11/5_155-1; M11/5_156-1; M11/5_157-1; M11/5_158-2; M11/5_159-1; M11/5_160-1; M11/5_161-1; M11/5_162-1; M11/5_162-3; M11/5_163-1; M11/5_164-1; M11/5_164-2; M11/5_165-1; M11/5_165-2; M11/5_166-1; M11/5_166-3; M11/5_167-1; M11/5_167-2; M11/5_168-1; M11/5_168-2; M11/5_169-1; M11/5_169-2; M11/5_170-1; M11/5_170-2; M11/5_171-1; M11/5_171-2; M11/5_172-1; M11/5_172-3; M11/5_173-1; M11/5_173-2; M11/5_174-1; M11/5_174-2; M11/5_175-1; M11/5_175-2; M11/5_176-1; M11/5_176-2; M11/5_177-1; M11/5_177-2; M11/5_178-1; M11/5_178-2; M11/5_179-1; Meteor (1986); Nitrate; Nitrite; Oxygen; Phosphate; Pressure, water; Salinity; Salinometer, inductive; Sample ID; Silicate; Temperature, water; Tritium; WOCE; World Ocean Circulation Experiment; δ Helium-3
    Type: Dataset
    Format: text/tab-separated-values, 26512 data points
    Location Call Number Expected Availability
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  • 9
    Publication Date: 2024-05-23
    Keywords: 06MT18_1; 06MT18_1/558-1; 06MT18_1/559-1; 06MT18_1/560-1; 06MT18_1/561-1; 06MT18_1/562-1; 06MT18_1/563-1; 06MT18_1/564-1; 06MT18_1/565-1; 06MT18_1/567-1; 06MT18_1/568-1; 06MT18_1/569-1; 06MT18_1/570-1; 06MT18_1/571-1; 06MT18_1/573-1; 06MT18_1/574-1; 06MT18_1/575-1; 06MT18_1/576-1; 06MT18_1/577-2; 06MT18_1/578-1; 06MT18_1/579-1; 06MT18_1/580-1; 06MT18_1/581-1; 06MT18_1/582-1; 06MT18_1/583-1; 06MT18_1/584-1; 06MT18_1/585-1; 06MT18_1/586-1; 06MT18_1/587-1; 06MT18_1/588-1; 06MT18_1/589-1; 06MT18_1/590-1; 06MT18_1/591-1; 06MT18_1/596-1; 06MT18_1/597-1; 06MT18_1/598-1; 06MT18_1/599-1; 06MT18_1/600-1; 06MT18_1/601-1; 06MT18_1/602-1; 06MT18_1/603-1; 06MT18_1/604-1; 06MT18_1/605-1; 06MT18_1/607-1; 06MT18_1/608-1; 06MT18_1/609-1; 06MT18_1/610-1; 06MT18_1/611-1; 06MT18_1/612-1; 06MT18_1/613-1; 06MT18_1/615-1; 06MT18_1/616-1; 06MT18_1/617-1; 06MT18_1/618-1; 06MT18_1/618-2; 06MT18_1/619-1; 06MT18_1/620-1; 06MT18_1/621-1; 06MT18_1/622-1; Alkalinity, total; Bottle number; Carbon, inorganic, dissolved; Carbon-14; Carbon-14, standard deviation; CTD; CTD/Rosette; CTD-RO; Date/Time of event; DEPTH, water; Elevation of event; Event label; Freon-11 (trichorofluoromethane); Freon-12 (dichlorodifluoromethane); Helium; Helium, standard deviation; Latitude of event; Longitude of event; M18/1; M18/1_558-1; M18/1_559-1; M18/1_560-1; M18/1_561-1; M18/1_562-1; M18/1_563-1; M18/1_564-1; M18/1_565-1; M18/1_567-1; M18/1_568-1; M18/1_569-1; M18/1_570-1; M18/1_571-1; M18/1_573-1; M18/1_574-1; M18/1_575-1; M18/1_576-1; M18/1_577-2; M18/1_578-1; M18/1_579-1; M18/1_580-1; M18/1_581-1; M18/1_582-1; M18/1_583-1; M18/1_584-1; M18/1_585-1; M18/1_586-1; M18/1_587-1; M18/1_588-1; M18/1_589-1; M18/1_590-1; M18/1_591-1; M18/1_596-1; M18/1_597-1; M18/1_598-1; M18/1_599-1; M18/1_600-1; M18/1_601-1; M18/1_602-1; M18/1_603-1; M18/1_604-1; M18/1_605-1; M18/1_607-1; M18/1_608-1; M18/1_609-1; M18/1_610-1; M18/1_611-1; M18/1_612-1; M18/1_613-1; M18/1_615-1; M18/1_616-1; M18/1_617-1; M18/1_618-1; M18/1_618-2; M18/1_619-1; M18/1_620-1; M18/1_621-1; M18/1_622-1; Meteor (1986); Nitrate; Nitrite; Oxygen; Phosphate; Pressure, water; Reversing thermometer; Salinity; Salinometer, inductive; Sample ID; Silicate; Temperature, water; Temperature, water, potential; Tritium; Tritium, standard deviation; WOCE; World Ocean Circulation Experiment; δ Helium-3; δ Helium-3, standard deviation
    Type: Dataset
    Format: text/tab-separated-values, 19556 data points
    Location Call Number Expected Availability
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  • 10
    facet.materialart.
    Unknown
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Publication Date: 2024-05-23
    Keywords: 06AQANTXV_4/100-1; 06AQANTXV_4/10-1; 06AQANTXV_4/101-1; 06AQANTXV_4/102-1; 06AQANTXV_4/103-1; 06AQANTXV_4/104-1; 06AQANTXV_4/105-1; 06AQANTXV_4/106-1; 06AQANTXV_4/107-2; 06AQANTXV_4/107-4; 06AQANTXV_4/108-1; 06AQANTXV_4/109-1; 06AQANTXV_4/1-1; 06AQANTXV_4/110-1; 06AQANTXV_4/111-1; 06AQANTXV_4/112-1; 06AQANTXV_4/113-1; 06AQANTXV_4/114-2; 06AQANTXV_4/114-4; 06AQANTXV_4/115-1; 06AQANTXV_4/11-6; 06AQANTXV_4/116-1; 06AQANTXV_4/117-1; 06AQANTXV_4/118-1; 06AQANTXV_4/119-1; 06AQANTXV_4/120-1; 06AQANTXV_4/12-1; 06AQANTXV_4/121-1; 06AQANTXV_4/122-2; 06AQANTXV_4/123-1; 06AQANTXV_4/124-1; 06AQANTXV_4/125-1; 06AQANTXV_4/126-1; 06AQANTXV_4/127-1; 06AQANTXV_4/128-1; 06AQANTXV_4/129-1; 06AQANTXV_4/130-1; 06AQANTXV_4/13-1; 06AQANTXV_4/131-1; 06AQANTXV_4/132-1; 06AQANTXV_4/133-1; 06AQANTXV_4/134-1; 06AQANTXV_4/135-1; 06AQANTXV_4/136-1; 06AQANTXV_4/14-1; 06AQANTXV_4/15-1; 06AQANTXV_4/15-2; 06AQANTXV_4/16-1; 06AQANTXV_4/17-1; 06AQANTXV_4/18-1; 06AQANTXV_4/19-1; 06AQANTXV_4/20-1; 06AQANTXV_4/20-2; 06AQANTXV_4/21-1; 06AQANTXV_4/22-1; 06AQANTXV_4/23-1; 06AQANTXV_4/24-1; 06AQANTXV_4/25-1; 06AQANTXV_4/26-1; 06AQANTXV_4/27-1; 06AQANTXV_4/28-1; 06AQANTXV_4/29-1; 06AQANTXV_4/30-1; 06AQANTXV_4/30-2; 06AQANTXV_4/31-1; 06AQANTXV_4/3-2; 06AQANTXV_4/32-1; 06AQANTXV_4/33-1; 06AQANTXV_4/34-1; 06AQANTXV_4/35-1; 06AQANTXV_4/36-1; 06AQANTXV_4/37-1; 06AQANTXV_4/38-1; 06AQANTXV_4/39-1; 06AQANTXV_4/40-1; 06AQANTXV_4/41-1; 06AQANTXV_4/42-1; 06AQANTXV_4/4-3; 06AQANTXV_4/43-1; 06AQANTXV_4/44-1; 06AQANTXV_4/45-1; 06AQANTXV_4/46-1; 06AQANTXV_4/47-2; 06AQANTXV_4/48-1; 06AQANTXV_4/49-1; 06AQANTXV_4/50-1; 06AQANTXV_4/5-1; 06AQANTXV_4/51-1; 06AQANTXV_4/52-1; 06AQANTXV_4/53-1; 06AQANTXV_4/54-1; 06AQANTXV_4/55-1; 06AQANTXV_4/57-1; 06AQANTXV_4/58-1; 06AQANTXV_4/59-1; 06AQANTXV_4/60-1; 06AQANTXV_4/6-1; 06AQANTXV_4/61-1; 06AQANTXV_4/62-1; 06AQANTXV_4/63-1; 06AQANTXV_4/65-1; 06AQANTXV_4/66-1; 06AQANTXV_4/67-1; 06AQANTXV_4/68-1; 06AQANTXV_4/68-2; 06AQANTXV_4/69-1; 06AQANTXV_4/70-1; 06AQANTXV_4/71-1; 06AQANTXV_4/72-1; 06AQANTXV_4/7-3; 06AQANTXV_4/73-1; 06AQANTXV_4/74-1; 06AQANTXV_4/75-1; 06AQANTXV_4/76-1; 06AQANTXV_4/77-1; 06AQANTXV_4/78-2; 06AQANTXV_4/78-4; 06AQANTXV_4/79-1; 06AQANTXV_4/80-1; 06AQANTXV_4/8-1; 06AQANTXV_4/81-1; 06AQANTXV_4/82-1; 06AQANTXV_4/83-1; 06AQANTXV_4/84-1; 06AQANTXV_4/85-1; 06AQANTXV_4/86-1; 06AQANTXV_4/87-1; 06AQANTXV_4/88-2; 06AQANTXV_4/88-4; 06AQANTXV_4/89-1; 06AQANTXV_4/90-1; 06AQANTXV_4/9-1; 06AQANTXV_4/91-1; 06AQANTXV_4/92-1; 06AQANTXV_4/93-1; 06AQANTXV_4/94-1; 06AQANTXV_4/96-1; 06AQANTXV_4/97-1; 06AQANTXV_4/98-1; 06AQANTXV_4/99-2; 06AQANTXV_4/99-4; 06AQANTXV_4/99-5; ANT-XV/4; Bottle number; Carbon dioxide; CTD; CTD/Rosette; CTD-RO; Date/Time of event; DEPTH, water; Elevation of event; Event label; Freon-11 (trichorofluoromethane); Freon-113; Freon-12 (dichlorodifluoromethane); Helium; Helium, standard deviation; Latitude of event; Longitude of event; Neon; Neon, standard deviation; Nitrate; Nitrite; Oxygen; Phosphate; Polarstern; Pressure, water; PS49/001-1; PS49/003-2; PS49/004-3; PS49/005-1; PS49/006-1; PS49/007-3; PS49/008-1; PS49/009-1; PS49/010-1; PS49/011-6; PS49/012-1; PS49/013-1; PS49/014-1; PS49/015-1; PS49/015-2; PS49/016-1; PS49/017-1; PS49/018-1; PS49/019-1; PS49/020-1; PS49/020-2; PS49/021-1; PS49/022-1; PS49/023-1; PS49/024-1; PS49/025-1; PS49/026-1; PS49/027-1; PS49/028-1; PS49/029-1; PS49/030-1; PS49/030-2; PS49/031-1; PS49/032-1; PS49/033-1; PS49/034-1; PS49/035-1; PS49/036-1; PS49/037-1; PS49/038-1; PS49/039-1; PS49/040-1; PS49/041-1; PS49/042-1; PS49/043-1; PS49/044-1; PS49/045-1; PS49/046-1; PS49/047-2; PS49/048-1; PS49/049-1; PS49/050-1; PS49/051-1; PS49/052-1; PS49/053-1; PS49/054-1; PS49/055-1; PS49/057-1; PS49/058-1; PS49/059-1; PS49/060-1; PS49/061-1; PS49/062-1; PS49/063-1; PS49/065-1; PS49/066-1; PS49/067-1; PS49/068-1; PS49/068-2; PS49/069-1; PS49/070-1; PS49/071-1; PS49/072-1; PS49/073-1; PS49/074-1; PS49/075-1; PS49/076-1; PS49/077-1; PS49/078-2; PS49/078-4; PS49/079-1; PS49/080-1; PS49/081-1; PS49/082-1; PS49/083-1; PS49/084-1; PS49/085-1; PS49/086-1; PS49/087-1; PS49/088-2; PS49/088-4; PS49/089-1; PS49/090-1; PS49/091-1; PS49/092-1; PS49/093-1; PS49/094-1; PS49/096-1; PS49/097-1; PS49/098-1; PS49/099-2; PS49/099-4; PS49/099-5; PS49/100-1; PS49/101-1; PS49/102-1; PS49/103-1; PS49/104-1; PS49/105-1; PS49/106-1; PS49/107-2; PS49/107-4; PS49/108-1; PS49/109-1; PS49/110-1; PS49/111-1; PS49/112-1; PS49/113-1; PS49/114-2; PS49/114-4; PS49/115-1; PS49/116-1; PS49/117-1; PS49/118-1; PS49/119-1; PS49/120-1; PS49/121-1; PS49/122-2; PS49/123-1; PS49/124-1; PS49/125-1; PS49/126-1; PS49/127-1; PS49/128-1; PS49/129-1; PS49/130-1; PS49/131-1; PS49/132-1; PS49/133-1; PS49/134-1; PS49/135-1; PS49/136-1; PS49 06AQANTXV_4; Salinity; Salinometer, inductive; Silicate; Temperature, water; Temperature, water, potential; Tritium; Tritium, standard deviation; WOCE; World Ocean Circulation Experiment; δ Helium-3; δ Helium-3, standard deviation
    Type: Dataset
    Format: text/tab-separated-values, 39988 data points
    Location Call Number Expected Availability
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