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Viral decay and viral production rates in sediments-HERM1_SOS450-2
This dataset has no description
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Viral decay and viral production rates in sediments-HERM1_SOS1000-2
This dataset has no description
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Viral decay and viral production rates in sediments-HERM1_CLD1000-2
This dataset has no description
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Sediment community responses to marine versus terrigenous organic matter in t...
The Whittard canyon is a branching submarine canyon on the Celtic continental margin, which may act as a conduit for sediment and organic matter (OM) transport from the European... -
Results of an isotope tracer experiment with arctic deep-sea nematodes
A stable isotope (13C)-labeling experiment was performed to quantify the importance of bacterial carbon as a food source for an Arctic deep-sea nematode community. Bacterial... -
Viral decay and production in sediments of the Mediterranean Sea
Here, for the first time, we have carried out synoptic measurements of viral production and decay rates in continental-shelf and deep-sea sediments of the Mediterranean Sea to... -
Isotope tracer experiment: POC
This dataset has no description
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Isotope tracer experiment: nematode isotope ratio
This dataset has no description
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Isotope tracer experiment: nematode abundance
This dataset has no description
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Isotope tracer experiment: meiofauna counts
This dataset has no description
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Bacterial biomass, fatty acids and carbon uptake in mesocosm experiment at th...
This dataset has no description
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Macrofaunal biomass and uptake of labeled organic matter in mesocosm experime...
This dataset has no description
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Depth distributions of macrofauna from mesocosm experiments at eastern and we...
Macrofauna assemblages were retrieved from 0-5 cm sediment depth using a 250 µm sieve mesh. The whole horizon was used for the counting. -
Macrofauna abundances from mesocosm experiments at eastern and western branch...
Macrofauna assemblages were retrieved from 0-5 cm sediment depth using a 250 µm sieve mesh. The whole horizon was used for the counting. -
Nematode abundance in seep sediments of the Eastern Mediterranean Sea
Meiofauna assemblage were retrieved from 0-5 cm sediment depth using a 32 µm sieve mesh and centrifugation. The whole horizon was used for the counting. -
Meiofauna abundance of westerm Mediterranean Sea seep sediments
Meiofauna assemblage were retrieved from 0-5 cm sediment depth using a 20 µm sieve mesh and contrifugation. The whole horizon was used for the counting. -
Meiofauna abundance of central Mediterranean Sea mud volcano sediments
Meiofauna assemblages were retrieved from 0-5 cm sediment depth using a 32 µm sieve mesh. The whole horizon was used for the counting. -
Nematode abundance of the Eastern Mediterranean Sea in cold seep sediments co...
Sediment was collected by either push cores operated by the ROV Quest or by a television guided Multicorer. Nematodes abundance were calculated of the top 5 cm of the sediment... -
Nematode abundance of the Eastern Mediterranean Sea in cold seep sediments co...
Sediment was collected by either push cores operated by the ROV Quest or by a television guided Multicorer. Nematodes abundance were calculated of the top 5 cm of the sediment... -
Nematode abundance in cold seep sediments of the Darwin mud volcano
During the JC-10 cruise (2007), we sampled the Darwin mud volcano (MV) for meiofaunal community and trophic structure in relation of pore-water geochemistry along a 10 m...
