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Project details [100.00% relevance%]
and chemoautotrophic prokaryotic key players to a high CO2 world Acronym: BIOACID II Title: TP3: … and chemoautotrophic prokaryotic key players to a high CO2 world Duration: 01.09.2012 - 31.08.2015 … Cooperation: Geomar (Prof. U. Sommer, Prof. A. Engel) Notes: Responses and adaptations of … and chemoautotrophic prokaryotic key players to a high CO2 world Heterotrophic and … and chemoautotrophic prokaryotic key players to a high CO2 world Acronym: BIOACID II Title: TP3: … and chemoautotrophic prokaryotic key players to a high CO2 world Duration: 01.09.2012 - 31.08.2015 … Cooperation: Geomar (Prof. U. Sommer, Prof. A. Engel) Notes: Responses and adaptations of … and chemoautotrophic prokaryotic key players to a high CO2 world Heterotrophic and
Lloyd Reese - Publications [99.92% relevance%]
S. Defontaine, F. Kösters, R. Lafite, L. Reese, A. Sottolichio, T. van Kessel, J. Vanlede, D. S. … van Maren, R. Walther and A. Zorndt (2026). Relating estuarine turbidity … role of the shoal – salt mixing mechanisms in a partially mixed tidal estuary with channel-shoal … , L. Kandler, S. Grundmann and M. Brede (2026). A Wave Tank Study on Turbulent Transport of a … Spatially Resolved Salt Intrusion Mechanisms in a Tidal Estuary and the Impact of Channel … spatial structure of diahaline exchange flow in a mesotidal estuary: A study of extreme runoff … S. Defontaine, F. Kösters, R. Lafite, L. Reese, A. Sottolichio, T. van Kessel, J. Vanlede, D. S. … van Maren, R. Walther and A. Zorndt (2026). Relating estuarine turbidity … role of the shoal – salt mixing mechanisms in a partially mixed tidal estuary with channel-shoal … , L. Kandler, S. Grundmann and M. Brede (2026). A Wave Tank Study on Turbulent Transport of a … Spatially Resolved Salt Intrusion Mechanisms in a Tidal Estuary and the
Short Profile [99.85% relevance%]
RV "Elisabeth Mann Borgese" [99.69% relevance%]
for civilian marine research. The ship has a total of 97 m² of laboratory space and a large … working deck. Twelve scientists and a crew of eleven can be accommodated. Launching
Short Profile [99.69% relevance%]
Short Profile [99.64% relevance%]
Martin Kolbe [99.58% relevance%]
Martin Kolbe [99.58% relevance%]
Philina Borowski [99.54% relevance%]
: 332 E-Mail: philnullina.borowski@iow.de I am a PhD student in the HABBAL-2 project where I work
KLAUSI: project details [99.49% relevance%]
to identify seabed areas where eelgrass has a high probability of persisting. By integrating … SEAGUARD hopes to turn seagrass re-planting from a niche dive effort into a scalable climate- and