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Results 1671 - 1680 of 1724 for marine
KLAUSI: project details [100.00% relevance%]
in-situ detection and measurements of CH4 in the marine environments (Task 2 and 3; GET, LAAS-OSE, IOW
Sarah Piehl - Publications [99.30% relevance%]
). Emission, transport and retention of floating marine macro-litter (plastics): The Role of Baltic
Markus Reinert [99.29% relevance%]
Plumes are strong, turbulent ocean currents. At marine-terminating glaciers like the 79° North Glacier
Projects [98.90% relevance%]
reconstructions from Chilean lake, fjord, and marine sediments and paleoclimate modelling with
Abstracts [98.86% relevance%]
about water quality in relation to the Marine Strategy Framework Directive, and about the … cruises and also in the implementation of the Marine Strategy Framework Directive. In the near future … parameters have a direct impact on the marine mercury chemistry. Phytoplankton activity leads … Sea and Baltic Sea ecosystem The majorities of marine ecosystem models target only parts of the … to consistently simulate the major controls of marine ecosystems and to distinguish between ‘bottom-up … heterogeneity, food and shelter for associated marine flora and fauna. From a biogeochemical … S1) satellites allow daily observations of meteo-marine parameters, tracking of storm propagation, study … support of public authorities dealing with the Marine Strategy Framework Directive The European Marine … of a Good Environmental Status (GES) of the marine environment until 2020. In the current reporting … Situ data is used to determine the status of the marine environment. Although close to the real
Gallery of Baltic Microalgae [97.85% relevance%]
. This ability makes them the base level of he marine food web. By turning over gaseous compounds like … monitoring projects of the IOW in different marine regions. This image collection is still under
https://www.io-warnemuende.de/gallery-of-baltic-microalgae.html
Publication List 1994 [97.79% relevance%]
(1994). Cooperation efforts with respect to marine scientific research in the Baltic Sea. In: The … 41: 142-147 Matthäus, W. (1994). Changes in the marine environment of the Baltic deep water since the
KLAUSI: project details [97.73% relevance%]
and intelligent monitoring of big areals of the marine environment. The underwater vehicles will be
Publications [97.40% relevance%]
Pomeranian Bight. In: Proceedings of the Baltic Marine Science Conference : Roenne, Denmark, 22-26 Oct
https://www.io-warnemuende.de/bio-ag-microbial-processes-publications.html
Reports [95.58% relevance%]
, Report No. 1, vol. 1-2, Japan Agency for Marine Earth Science and Technology (JAMSTEC), ISBN 978