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TRANSCOAST [100.00% relevance%]
that are most transformed and used by man. A fundamental understanding of flat coastal areas
Project details [99.92% relevance%]
on nutrient and organic matter cycling from a few well-selected and well-studied learning … can be carried out more frequently and at a lower cost, since the sites are close to partner
Susanne Feistel [99.91% relevance%]
Höring, F., T. Boxhammer, S. Feistel, J. Felden, A. Heins, K. Hoppe, M. Krüger, H. Mehrtens, M. … Placke, D. Terzijska, G. Wiemer and A. C. Wittmann (2025). Empfehlungen zum … Bläsing, I. Bruder, K. Budde-Sagert, C. H. Cap, A. Eggert, H. M. Escobar, S. Feistel, T. Fennel, H … . Fischer, S. Fischer, R. Francke, A. Fromm, G. Fuellen, L.-A. Garbe, U. Glende, C. … , M. Manzke, J. Michael, J. Otto, M. Placke, A. Raab-Düsterhöft, I. Rusch, S. Scheel, S. Schick … . Stanke, C. Steinbrecher, C. Stolle, S. Teipel, A. Theise, M.-A. Weber, A. Wego, B. Wiegand- … ). Towards an Integrated Provenance Framework: A Scenario for Marine Data. 2024 IEEE European … Wiemer, G., T. Boxhammer, S. Feistel, J. Felden, A. Heins, K. Hoppe, F. Höring, M. Krüger, H. … , P. Martinez-Arbizu, N. Moosdorf, M. Placke, A. Prinz, R. Sadikni, S. Schimmels, M. Schnabel, R … . Sommerfeldt, S. Tamm, V. Unnithan, A. Vass and D. Voss (2022). … , P. Martinez-Arbizu, N. Moosdorf, M. Placke, A. Prinz, R. Sadikni, S. Schimmels, M.
Olaf Dellwig [99.89% relevance%]
Katharina Romoth [99.86% relevance%]
Microbial Plankton and Biogeochemistry [99.72% relevance%]
life in brackish and marine habitats, with a main focus on aquatic fungi. We are interested
https://www.iow.de/bio-working-groups/microbial-plankton-and-biogeochemistry.html
RV SONNE - SO296-2 (2023) [99.71% relevance%]
in the Upwelling Area off Concepción and in a pristine anoxic Fjord, and the postglacial
BMIP: Baltic Sea Model Intercomparison Project [99.69% relevance%]
significance of conditions and processes and are a continuation of the work by Placke et al. (2018 … Sea Model Intercomparison Project (BMIP) – a platform for model development, evaluation, and
How sulphur affects the carbon cycle of subtropical seagrass meadows: New findings from Florida Bay [99.68% relevance%]
now been able to show that seagrass beds have a stronger influence on the carbon and sulphur … now been able to show that seagrass beds have a stronger influence on the carbon and sulphur
How sulphur affects the carbon cycle of subtropical seagrass meadows: New findings from Florida Bay [99.68% relevance%]
now been able to show that seagrass beds have a stronger influence on the carbon and sulphur … now been able to show that seagrass beds have a stronger influence on the carbon and sulphur