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Browning, Thomas [Verfasser:in]; Achterberg, Eric P. [Verfasser:in]; Bogner, Boie [Verfasser:in]; von Keitz, Tabea Elena [Verfasser:in]; Hu, Zhendong [Verfasser:in]; Melzer, Hannah [Verfasser:in]; Warlo, Niklas [Verfasser:in]; Kopetzky, F. R. [Verfasser:in]; Nicolas, Angèle [Verfasser:in]; Guo, Jinqiang [Verfasser:in]; Blanke, Jana [Verfasser:in]; Liu, Haoran [Verfasser:in]; Kraft, Lena Zoe [Verfasser:in]; Wen, Zuozhu [Verfasser:in]; Chen, Ze [Verfasser:in]; Qiu, Li [Verfasser:in]; Eisnecker, Paula [Verfasser:in]; Garaba, S. P. [Verfasser:in]; Voß, D. [Verfasser:in]; Robinson, Tiera-Brandy [Verfasser:in]; Norbisrath, M. [Verfasser:in]; Eckmann, Charlotte A. [Verfasser:in]; Spezzano, Rachele [Verfasser:in]; Dash, Pratyasha [Verfasser:in]; [...]

CLOCKS: Northern Cascadia: Extent of locked zone, prism deformation, slip-to-toe, and the edge of subduction, and CASCADIA CO2: Seismic multi-parameter study at a possible site for CO2 storage in basalt in the Cascadia Basin utilizing shear wave events (secondary user), Cruise No. SO294, 13.09. 2022 - 27.10. 2022, Vancouver (Canada) - Port Hueneme (USA), ReSEAt

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  • Medientyp: Bericht; E-Book
  • Titel: CLOCKS: Northern Cascadia: Extent of locked zone, prism deformation, slip-to-toe, and the edge of subduction, and CASCADIA CO2: Seismic multi-parameter study at a possible site for CO2 storage in basalt in the Cascadia Basin utilizing shear wave events (secondary user), Cruise No. SO294, 13.09. 2022 - 27.10. 2022, Vancouver (Canada) - Port Hueneme (USA), ReSEAt
  • Beteiligte: Browning, Thomas [Verfasser:in]; Achterberg, Eric P. [Verfasser:in]; Bogner, Boie [Verfasser:in]; von Keitz, Tabea Elena [Verfasser:in]; Hu, Zhendong [Verfasser:in]; Melzer, Hannah [Verfasser:in]; Warlo, Niklas [Verfasser:in]; Kopetzky, F. R. [Verfasser:in]; Nicolas, Angèle [Verfasser:in]; Guo, Jinqiang [Verfasser:in]; Blanke, Jana [Verfasser:in]; Liu, Haoran [Verfasser:in]; Kraft, Lena Zoe [Verfasser:in]; Wen, Zuozhu [Verfasser:in]; Chen, Ze [Verfasser:in]; Qiu, Li [Verfasser:in]; Eisnecker, Paula [Verfasser:in]; Garaba, S. P. [Verfasser:in]; Voß, D. [Verfasser:in]; Robinson, Tiera-Brandy [Verfasser:in]; Norbisrath, M. [Verfasser:in]; Eckmann, Charlotte A. [Verfasser:in]; Spezzano, Rachele [Verfasser:in]; Dash, Pratyasha [Verfasser:in]; [...]
  • Erschienen: OceanRep (GEOMAR Helmholtz Centre für Ocean Research Kiel), 2023
  • Umfang: text
  • Sprache: Englisch
  • DOI: https://doi.org/10.48433/cr_m187
  • Entstehung:
  • Anmerkungen: Diese Datenquelle enthält auch Bestandsnachweise, die nicht zu einem Volltext führen.
  • Beschreibung: The research cruise M187 with the RV METEOR sailed January 25 th to March 4 th 2023 from Walvis Bay to Walvis Bay (Namibia), with a focus on investigating the biogeochemical gradients that exist between the Benguela Upwelling zone and the South Atlantic Subtropical Gyre. In order to achieve this, the two specific foci of the research cruise were to (i) track upwelling filaments as they advect offshore and interact with the subtropical gyre, and (ii) perform a high-resolution transect from upwelling sites to the subtropical gyre. On the research cruise, two filaments were successfully mapped from cold water upwelling sites near or over the Namibian shelf through to warmer waters offshore. This was followed by a transect of twelve stations outwards into the subtropical gyre, reaching a maximum westward position of 5 °W. Sampling stations were conducted to a maximum depth of 1000 m and involved an array of deployments to investigate the biogeochemistry of the water column. Further nutrient addition bioassay experiments were conducted throughout the research cruise to assess the nutrients (co-)limiting to phytoplankton growth. Collectively our research will shed light on key mechanisms establishing the major oceanic biogeochemical gradients between upwelling and subtropical gyre regions, so that they can be included in models used to predict the impacts of climate change.
  • Zugangsstatus: Freier Zugang