Four time-series sediment traps at two stations and three piston cores from the Okhotsk Sea
were quantitatively examined for coarse-sized radiolarian shells (> 63 μm). Traps were …

To assess the relationship of radiolarian production, species distribution in water and
surface sediment to water-mass characteristics, biological productivity and export regimes in …

In two cores with oxygen isotope stratigraphy from the southern Okhotsk Sea, marine pollen
and siliceous microfauna record concurrent late glacial through Holocene variations in …

Seven piston cores were obtained from the Bering Sea and the western subarctic Pacific
during Cruise KH99-3 of RV Hakuho-maru in August 1999: Cores BOW-8A, BOW-9A, BOW …

The radiolarian distribution is studied in Core IMAGES MD01-2415 (46-m-long) from the
central Sea of Okhotsk. The obtained data made it possible to refine the regional …

High abundance of the radiolarian Cycladophora davisiana in the Sea of Okhotsk has been
observed at the Okhotsk Sea Intermediate Water (OSIW). This water is formed by brine …

The distribution of living radiolarians was investigated at 24 plankton stations collected with
opening/closing nets from five depth intervals down to a depth of 1000m in combination with …

The modern Sea of Okhotsk and the high-latitude glacial ocean share similar radiolarian
faunas suggesting they also share environmental similarities. This sea favors deep-(> 200m) …

In order to reconstruct paleoceanographic conditions in the southwestern (SW) Okhotsk Sea,
radiolarian assemblages were analyzed from 10 surface sediments and 5 sediment cores …

The cosmopolitan radiolarian Cycladophora davisiana usually comprises less than 5% of
the radiolarian fauna in Holocene sediments. In recent sediments from the Sea of Okhotsk …