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The development of an integrated coastal observing system for the German Bight and Arctic Coastal Seas (COSYNA) is one of the focal issues of German marine research in the next decade. A major challenge of COSYNA is to tightly merge data from a dense observational network and modeling via data assimilation. The integrated system will focus on daily-to-weekly processes providing objective measures...
In order to distinguish between anthropogenic and natural changes in an ecosystem, the environmental parameters and the driving forces need to be monitored in different temporal and spatial scales. The limitation of conventional monitoring methods particularly with regard to temporal and spatial resolution is often a serious hindrance to a better understanding of marine ecosystems and the underlying...
In order to distinguish between anthropogenic and natural changes in an ecosystem, the environmental parameters and the driving forces need to be monitored in different temporal and spatial scales. The limitation of conventional monitoring methods particularly with regard to temporal and spatial resolution is often a serious hindrance to a better understanding of marine ecosystems and the underlying...
Results from the experiences of two years demonstrate the functionality and applicability of autonomous monitoring systems on ships of opportunity (FerryBox). Recent measurements shows that continuous chemical-biological data from the ferry route across the North Sea will provide scientists and monitoring authorities with information on the eutrophication status and enhance the existing knowledge...
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