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Exoenzyme activities associated with sinking diatom aggregates incubated in r...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Effects of increasing hydrostatic pressure on sinking diatom aggregates
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Particulate amino acid and carbohydrates and particulate organic carbon and n...
We collected in situ marine snow aggregates with a Marine Snow Catcher (MSC). The MSC allows studying the composition of suspended and fast-sinking organic matter from intact in... -
Particulate amino acid and carbohydrates and particulate organic carbon and n...
We collected in situ marine snow aggregates with a Marine Snow Catcher (MSC). The MSC allows studying the composition of suspended and fast-sinking organic matter from intact in... -
Size bins for aggregates exposed to varying concentrations of microfibres
Microfibre abundance in aggregates were defined by counting microfibres observed in images of aggregates and then extrapolated per mm of the aggregate imaged. Microfiber... -
Microfibre abundance in aggregates exposed to varying concentrations of micro...
Aggregate size or ECD is measured in mm. The video recordings were used to determine size-specific sinking velocities of the individually formed aggregates based on the method... -
Physical properties of aggregates exposed to varying concentrations of microf...
Size, volume and settling velocity were measured by making a recording of the rotating tanks using a commercial digital single-lens reflex camera (Canon) equipped with a... -
Microfibers analysis on diatom aggregates of skeletonema marinoi in laborator...
Plastics are pervasive in marine ecosystems and ubiquitous in both shallow and deep oceans. Microfibers, amongst other microplastics, accumulate in deep sea sediments at... -
Leakage of dissolved organic carbon (DOC) from settled Skeletonema marinoi ce...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Leakage of dissolved organic carbon (DOC) and photopigments from the diatom S...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Cumulative carbon loss through leakage of dissolved organic carbon (DOC) from...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Dissolved organic carbon (DOC) concentrations in the water surrounding sinkin...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Abundance of free-living microorganisms in the water surrounding sinking diat...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Degraded photopigment contents in sinking diatom aggregates incubated in rota...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Average unsaturation degree (AUD) of lipids in sinking diatom aggregates incu...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Cumulative total carbon loss through aerobic respiration and leakage of disso...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Microbial cell abundance in sinking diatom aggregates incubated in rotating p...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Photopigment contents in sinking diatom aggregates incubated in rotating pres...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Lipid contents in sinking diatom aggregates incubated in rotating pressure an...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in... -
Cumulative carbon loss through aerobic respiration from sinking diatom aggreg...
The effect of increasing hydrostatic pressure on the microbial degradation, the organic matter composition, and the microbiome of 'marine snow' particles was studied in...
