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Results 831 - 840 of 2448 for marine
KLAUSI: project details [100.00% relevance%]
KomSO: Storage capacity for organic carbon in marine sediments of the German Baltic Sea Duration: 15. … quantify the natural carbon storage capacity of marine sediments, a large number of different … the natural carbon storage function of marine sediments. On the basis of these investigations … and modelling of the carbon storage capacity of marine sediments in the German Baltic Sea, a guideline … quantification of the carbon storage capacity of marine sediments. Publikationen Wallmann, K. J. G., M.
KLAUSI: project details [99.97% relevance%]
KomSO: Storage capacity for organic carbon in marine sediments of the German Baltic Sea Duration: 15. … quantify the natural carbon storage capacity of marine sediments, a large number of different … the natural carbon storage function of marine sediments. On the basis of these investigations … and modelling of the carbon storage capacity of marine sediments in the German Baltic Sea, a guideline … quantification of the carbon storage capacity of marine sediments. Publikationen Wallmann, K. J. G., M.
KLAUSI: project details [99.92% relevance%]
PaintSed: Paint Particles in Marine Sediment: Interactions with Microbiota and … are an important and growing pollution in marine systems. Despite being included under the remit … et al. demonstrated paint particles in Baltic marine sediment have a fundamentally distinct biofilm … alters microbial communities in surrounding marine sediment. Sci. Total Environ. 926: 171863, doi: … PaintSed: Paint Particles in Marine Sediment: Interactions with Microbiota and … are an important and growing pollution in marine systems. Despite being included under the remit … et al. demonstrated paint particles in Baltic marine sediment have a fundamentally distinct biofilm … alters microbial communities in surrounding marine sediment. Sci. Total Environ. 926: 171863, doi:
How does light change in the sea? European research initiative investigates changing underwater light conditions [99.76% relevance%]
for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. Two projects are taking up work … for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. … … for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. Two projects are taking up work … for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. …
How does light change in the sea? European research initiative investigates changing underwater light conditions [99.76% relevance%]
for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. Two projects are taking up work … for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. … … for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. Two projects are taking up work … for the international “Joint Action on Changing Marine Lightscapes” launched by JPI Oceans started in … conditions in the ocean and how this impacts marine ecosystems. …
Laura Fuchs [99.70% relevance%]
: laurnulla.fuchs@io-warnemuende.de Expertise Marine ecology Population genomics Molecular biology
Project details [99.65% relevance%]
manager: Dr. Falk Pollehne Funding: IOW Focus: Marine communities and matter cycles Department: n/a … , Universität Oldenburg; Max-Planck-Institut für Marine Mikrobiologie Bremen Notes: Das Ziel des
Project details [99.61% relevance%]
L. Zettler Funding: Fehmarnbelt AS Focus: Marine communities and matter cycles Department:
Contact [99.48% relevance%]
Microbial Ecology Biogeochemistry of Hypoxic Marine Systems Trophic Interactions in Microbial Food
Contact [99.47% relevance%]
Microbial Ecology Biogeochemistry of Hypoxic Marine Systems Trophic Interactions in Microbial Food