... the composition of marine snow (particles and aggregates >500 µm) and its coexistence with zooplankton change with depth layer, level of zooplankton dominance, chlorophyll fluorescence, and turbidity across the coastal–offshore gradients of hydrographically different Arctic fjords. The distribution...

... have shown that the annual primary productivity in the Hudson Bay system is higher than previously reported. Similarly, the regional zooplankton assemblages have been studied mostly in late summer, possibly leading to an underestimation of the annual secondary production. Here, we use data collected...

... ocean model simulation, illustrating how pelagic biomass, represented by chlorophyll a (Chl a ), particulate organic carbon (POC), and zooplankton, is affected by stratification and circulation from October to May. We observed an unusually warm autumn that likely delayed the onset of cooling and may...

... Ichthyoplankton Zooplankton Arctic ichthyoplankton assemblages are generally composed of a high proportion of Arctic cod ( Boreogadus saida ) and low numbers of other common Arctic taxa, typically of the families Cottidae, Stichaeidae and Liparidae (e.g., Norcross et al., 2010 ; Parker-Stetter et al...

... of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. Phytoplankton bloom phenology North Atlantic zooplankton temperature diapause In the North Atlantic...

... that zooplankton may play in utilizing this productivity, animals were collected at six stations inside and outside the ASP using paired “day-night” tows with a 1 m 2 MOCNESS. Stations were selected according to productivity based on satellite imagery, distance from the ice edge, and depth of the water column...