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Bacterioplankton abundance and heterotrophic production from the Chatham Rise...
Heterotrophic bacterioplankton abundance and production was sampled from six to eight depths in the euphotic zone on the SalpPOOp voyage off the east coast of New Zealand in... -
Salp abundance and size-structure at Chatham Rise, east of New Zealand, measu...
Double oblique zooplankton net tows from 200 m water depth to the sea-surface were carried out using a 0.7 m diameter Bongo frame with paired 200 µm mesh nets, a General... -
Phytoplankton net primary production (NPP) and size-fractionated chlorophyll ...
Water was collected for net primary production (NPP) incubations and total and size-fractionated chlorophyll a from multiple depths spanning the euphotic zone, using a... -
Salp grazing and fecal pellet production at Chatham Rise, east of New Zealand...
Salps were collected using double oblique Bongo tows, with 0.7m diameter frames equipped with 202 µm nets, General Oceanics flow meters, and an RBR temperature depth recorder.... -
Phytoplankton biomass accumulation at Chatham Rise, east of New Zealand, meas...
Biomass accumulation was assessed by subtracting phytoplankton mortality (due to microzooplankton) from phytoplankton growth rates. Rates of phytoplankton growth and... -
Nutrient concentrations at Chatham Rise, east of New Zealand, measured during...
Water collection for nutrient analysis was done using a CTD rosette equipped with 24 10L Niskin bottles, at different depths throughout the water column depending on the cast,... -
Phytoplankton community composition at Chatham Rise, east of New Zealand, mea...
Phytoplankton community composition was assessed using chemotaxonomic pigments (including all chlorophyll types, accessory and photoprotective pigments) measured with high... -
Phytoplankton physiology at Chatham Rise, east of New Zealand, measured durin...
Water samples from 7 depths spanning the euphotic zone were collected using a CTD-rosette during the five Lagrangian experimental cycles conducted during Salp Particle expOrt...