Website search
Results 2181 - 2190 of 2607 for marine
RA3 Publications [100.00% relevance%]
(2025). AI-enhanced real-time monitoring of marine pollution: part 1-A state-of-the-art and scoping … (2025). AI-Enhanced Real-Time Monitoring of Marine Pollution: Part 2—A Spectral Analysis Approach. … Observations to Global Assessments: Tracing the Marine Carbon Knowledge Value Chain. Ocean and Society … options with storage or sequestration in the marine environment - The 10 Mt CO2 yr-1 removal … level (LCL) and climatic feedback of marine clouds. Oceans 5: 312-351, doi: 10.3390/ … Recovering short DNA fragments from minerals and marine sediments: A comparative study evaluating lysis … Discoveries 1-12 - A primer for accelerating marine invertebrate taxonomy. Biodivers Data J 12: … Integrated Provenance Framework: A Scenario for Marine Data. 2024 IEEE European Symposium on Security … (2025). AI-enhanced real-time monitoring of marine pollution: part 1-A state-of-the-art and scoping … (2025). AI-Enhanced Real-Time Monitoring of Marine Pollution: Part 2—A Spectral Analysis Approach.
KLAUSI: project details [99.82% relevance%]
shall be combined with IOW's expertise in marine turbulence observations and high-resolution
KLAUSI: project details [99.79% relevance%]
Area 3: Emerging Technologies Enabling Advanced Marine Science Partners: Alfred-Wegener-Institut,
State of the Baltic Sea 2020 [99.70% relevance%]
Directive shows that a harmful effect on marine organisms must be expected from concentrations … the studied time period. Complete report in: Marine Science Reports 119 (2021) Naumann, Michael; … Directive shows that a harmful effect on marine organisms must be expected from concentrations … the studied time period. Complete report in: Marine Science Reports 119 (2021) Naumann, Michael;
State of the Baltic Sea 2020 [99.68% relevance%]
Directive shows that a harmful effect on marine organisms must be expected from concentrations … the studied time period. Complete report in: Marine Science Reports 119 (2021) Naumann, Michael; … Directive shows that a harmful effect on marine organisms must be expected from concentrations … the studied time period. Complete report in: Marine Science Reports 119 (2021) Naumann, Michael;
State of the Baltic Sea 2007 [99.62% relevance%]
area. Dr. Günther Nausch Complete report in: Marine Science Reports 72 (2008) Nausch, Günther;
Theoretical oceanography and numerical modelling - Publications [99.57% relevance%]
Neumann (2015). Introduction to the modelling of marine ecosystems. Amsterdam: Elsevier. X, 331 S., 978- … stepping scheme for biogeochemical processes in marine ecosystem models. Ocean model. 85: 32-41, doi:10 … M. v. Weber (2015). Implementation of European marine policy : new water quality targets for German … and regional ecosystem drivers on an exploited marine food web. Global change biol. 19: 3327-3342, doi … . and T. Osborn (2005). A unifying framework for marine ecological model comparison. Deep-sea res. Pt. 2 … and T. Neumann (2015). Environmental impacts - marine biogeochemistry. In: Second Assessment of … . 69 S. (Meereswissenschaftliche Berichte = Marine Science Reports ; 87) http://www.io-warnemuende. … Baltic Sea. Ed. by N. Vlasov. Helsinki: Baltic Marine Environment Protection Commission - Helsinki … Sea. In: Real-time coastal observing systems for marine ecosystem dynamics and harmful algal blooms : … . Su (2008). Physical processes in semi-enclosed marine systems.
Research Area 3 [99.46% relevance%]
Area 3: Emerging Technologies Enabling Advanced Marine Science Technological and methodological … ). Monitoring, reporting, and verification of marine carbon dioxide removal: Exploring scientific … and regional ocean hydrodynamics (GETM) and marine turbulence (GOTM). Going forward, enhanced … Area 3: Emerging Technologies Enabling Advanced Marine Science Technological and methodological … ). Monitoring, reporting, and verification of marine carbon dioxide removal: Exploring scientific … and regional ocean hydrodynamics (GETM) and marine turbulence (GOTM). Going forward, enhanced
Warum sich die überdüngte Ostsee so schwer erholt – Neue IOW-Übersichtsarbeit zeigt zentrale Prozesse und Ursachen [99.42% relevance%]
. Die Arbeit erschien jüngst im Annual Review of Marine Science. Vollständige Pressemitteilung: siehe
KLAUSI: project details [99.31% relevance%]
für Ozeanforschung Kiel Marum - Zentrum für Marine Umweltwissenschaften der Universität Bremen