Probing the open ocean with the research sailing yacht Eugen Seibold for climate geochemistry

The 72-foot sailing yacht Eugen Seibold is a new research platform for contamination-free sampling of the water column and lowermost atmosphere for biological, chemical, and physical properties, and the exchange processes between the two realms. Operations started in 2019 in the Northeast Atlantic,...

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Bibliographic Details
Main Authors: Schiebel, Ralf, Aardema, Hedy, Bieler, Aaron, Calleja, Maria, Cheng, Yafang, Dragoneas, Antonis, Heins, Lena, Hrabe de Angelis, Isabella, Jochum, Klaus Peter, Leibold, Patrick, Martínez-García, Alfredo, Pan, Xihao, Pöhlker, Christopher, Raj, Subha, Slagter, Hans, Vonhof, Hubert, Walter, David, Weber, Bettina, Weber, Jens, Haug, Gerald
Format: Conference Object
Language:unknown
Published: 2023
Subjects:
Online Access:https://oceanrep.geomar.de/id/eprint/60586/
https://aslo.secure-platform.com/2023/solicitations/12/sessiongallery/1014/application/5286
Description
Summary:The 72-foot sailing yacht Eugen Seibold is a new research platform for contamination-free sampling of the water column and lowermost atmosphere for biological, chemical, and physical properties, and the exchange processes between the two realms. Operations started in 2019 in the Northeast Atlantic, and will focus on the tropical East Pacific from 2023 until 2025. Laboratories for air and seawater analyses are equipped with down-sized and automated state-of-the-art technology. Plankton nets and seawater samplers and probes are deployed over the custom-made A-frame at the stern of the boat. Near Real-Time Transfer (NRT) of underway data via satellite connection allows dynamic expedition planning to maximize gain of information. Data and samples are analyzed in collaboration with the international expert research community. Quality controlled data are published with the Data Publisher for Earth & Environmental Science PANGAEA. The entire suite of measurements is available for proxy calibration of planktic paleo-archives at high temporal and spatial resolution in relation to seawater and atmospheric parameters. The ultimate goal of the project is a better understanding of modern and past ocean and climate.