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The vertical distribution of radiolarians was investigated using a verticalmultiple plankton sampler (100–0, 250–100, 500–250, and 1000–500 mwater depths, 62 μm mesh size) at the Northwind Abyssal Plain andsouthwestern Canada Basin in September 2013. To investigate seasonalvariations in the flux of radiolarians in relation to sea ice and watermasses, a time-series sediment trap system was moored at Station NAP(75°00´ N, 162°00´ W; bottom depth 1975 m) in thewestern Arctic Ocean during October 2010–September 2012. The radiolarianflux was comparable to that in the North Pacific Ocean. <i>Amphimelissa setosa</i> was dominant duringthe season with open water as well as at the beginning and end of theseasons with sea-ice cover. During the sea-ice-cover season, however,oligotrophic and cold-water-tolerant actinommids were dominant, productivityof Radiolaria was lower, and species diversity was greater. These suggestthat the dynamics of sea ice are a major factor affecting the productivity,distribution, and composition of the radiolarian fauna

biogeosciences

Flux variations and vertical distributions of siliceous Rhizaria (Radiolaria and Phaeodaria) in the western Arctic Ocean: indices of environmental changes