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Copepod response to ocean acidification in a low nutrient-low chlorophyll env...
In order to identify how ocean acidification will influence biological interactions and fluxes among planktonic organisms and across trophic levels, a large-scale mesocosm... -
Data compilation of marine pelagic organism maximum clearance rates
Data were extracted from tables or digitized from figures reported in the original papers (Reference). When body mass was not given in the specific unit in the orginal paper, it... -
Data compilation of marine pelagic organism clearance rates
Data were extracted from tables or digitized from figures reported in the original papers (Reference). When body mass was not given in the specific unit in the orginal paper, it... -
Seawater carbonate chemistry and developmental, physiological and behavioral ...
This study used laboratory experiments to assess developmental, physiological and behavioral responses to projected climate change scenariosusing larval Atlantic surfclams... -
Effects of marine heatwave intensity on community filtration rates of Wadden ...
To investigate the potential impact of marine heatwaves on the intertidal fauna of the German Wadden Sea, a mesocosm experiment was conducted on the island of Sylt, Germany,... -
Seawater carbonate chemistry and survival, growth and physiological parameter...
Marine biofouling by the swiftly spreading invasive mussel (Musculista senhousia) has caused serious ecological and economic consequences in the global coastal waters. However,... -
Clearance rate determined by flow cytometry
This dataset has no description
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Clearance rate determined using a PAMAS particle counter
This dataset has no description
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Ingestion and clearance rates of Copepods for Diatoms < 20 µm during Polarste...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Thalassionema nitzschioides dur...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Rhizolsolenia chunii during Pol...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Pseudonitzschia turgidula durin...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Pseudonitzschia lineola during ...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Guinardia spp. during Polarster...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Fragilariopsis kerguelensis dur...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for Corethron spp. during Polarster...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for ciliates during Polarstern crui...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for heterotrophic Dinoflagellates d...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for heterotrophic Nanoflagellates d...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec -
Ingestion and clearance rates of Copepods for phototrophic Nanoflagellates du...
Mesozooplankton for experiments was sampled with a 300 µm Bongo net towed vertically over a depth range between depth top and depth bottom at 0.3 m/sec
