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Results 11 - 20 of 32 for FINNMAID
Sören Iwe [100.00% relevance%]
N2O, CO) on a voluntary observation ship (VOS, “Finnmaid”). Through this the N2 and Ar concentration … of the N2 fixation obtained along the Finnmaid route to entire basins is a more challenging
KLAUSI: project details [96.26% relevance%]
N2O, CO) on a voluntary observation ship (VOS, “Finnmaid”). Through this the N2 and Ar concentration … of the N2 fixation obtained along the Finnmaid route to entire basins is a more challenging
Sopran [90.84% relevance%]
measurements are performed on the cargo ship FINNMAID and on the research platform FINO2. The mean
Denitrifix [87.95% relevance%]
system that is deployed on a cargo ship (Project FINNMAID). Abb. 1: Nitrogen cycle
Is the Baltic Sea acidifying? IOW researcher adapt optical pH measurement method for brackish waters [77.38% relevance%]
scientist Jens Müller - here on board the ferry Finnmaid. (Photo: IOW / J. Müller) Great advancement for
KLAUSI: project details [77.19% relevance%]
atmospheric CO2 and CH4 measurements on the VOS Finnmaid, running between Helsinki and Lübeck. The … VOS lines providing enough space on deck. VOS Finnmaid is easily accessible for partner IOW in Lübeck
Trace Gas Biogeochemistry [71.79% relevance%]
through the use of our instrumentation on VOS Finnmaid (Research Foci 2 and 3). - Through technical
Start page WG [71.37% relevance%]
through the use of our instrumentation on VOS Finnmaid (Research Foci 2 and 3). - Through technical
https://www.io-warnemuende.de/che-ag-trace-gases/articles/start-page-wg.html
Versauert die Ostsee? IOW-Forscher adaptiert erstmals optische pH-Messmethode für Brackwasser [67.35% relevance%]
auf See erprobt - hier an Bord des Fährschiffes Finnmaid. (Foto: IOW / J. Müller) Großer Fortschritt für
Research infrastructure [64.06% relevance%]
voluntary operating ship” (VOS), the cargo ferry FINNMAID, which commutes between Lübeck and Helsinki. The