Response of the microbial food web to a multi-stressor (increase in organic matter, grazing pressure and decrease in pH) effect in incubation experiments in the Mediterranean: Microcosm
View DatasetKankus, Janset;Bizsel, Nihayet;Bizsel, Kemal Can;Besiktepe, Sengul;Leiknes, Øystein;Sanchez, Nicolas;Kuttivadakkethil Avarachen, Mathew;Tsagaraki, Tatiana M;Thingstad, Tron Frede;Hopwood, Mark James;King, Andrew L;Reggiani, Emanuele Roberto;Cuevas, L Antonio;Ardelan, Murat V
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Metrics Over Time
Publication Details
Subfield
Soil Science
Field
Agricultural and Biological Sciences
Domain
Life Sciences
Confidence Score
64%
Source
Scholar Data Model
Keywords
Arcticclimate changeclimaticfjordsMarine ecosystemsMediterraneanMicrobial Food Webmulti-stressorsnon-climaticDATE/TIMEDay of experimentNumberTreatmentpHChlorophyll aPhosphateNitrateAmmoniumSilicateCarbon, organic, particulateNitrogen, organic, particulateNitrogen/Carbon ratioAbundance per volumePrimary production of carbonBacterial productionTime in hoursAbundanceBiomass as carbon per volumeZooplanktonHydrogen peroxide, waterMonovinyl chlorophyll aChlorophyll bChlorophyll c2Chlorophyll c3Chlorophyllide aPheophorbide aPheophytin aPeridininFucoxanthin19-HexanoyloxyfucoxanthinViolaxanthinDiadinoxanthinAlloxanthinDiatoxanthinZeaxanthinbeta-CaroteneMesocosm experimentOcean Food-web Patrol – Climate Effects: Reducing Targeted Uncertainties with an Interactive Network (OCEAN-CERTAIN)