A critical review of information from~ 7000 plankton, sediment trap and surface sediment
samples from the World Ocean indicates that standing stock and species richness (ie …

Mesopelagic mesozooplankton communities of an oligotrophic (Hawaii Ocean Time series-
HOT station ALOHA) and a mesotrophic (Japanese time-series station K2) environment in …

This work is based on the compilation of currently accessible (published and unpublished)
data on Radiolaria (Polycystina) distributions from plankton and sediment trap samples, and …

The response of benthic foraminifera (BF) and radiolarian production in the central Okhotsk
Sea (OS) to orbital and millennial changes of climate and environment over the last 136 kyr …

The Rhizaria is a super‐group of amoeboid protists with ubiquitous distributions, from the
euphotic zone to the twilight zone and beyond. While rhizarians have been recently …

Previous studies showed that the evolution of the Japan Sea paleoceanography since the
Miocene has been influenced by the regional tectonism (eg, opening/closing of the …

A continuous 740-kyr Quaternary sedimentary sequence containing abundant siliceous
microfossils was recovered from Hole C9001C during the D/V Chikyu 2006 Mission off the …

Abstract The East China Sea (ECS) is a shallow marginal sea that is sensitive to glacio-
eustatic sea-level changes and is influenced by warm oligotrophic water of the Kuroshio …

Polycystine radiolarian remains were collected during Expedition KS15-4 in a plankton tow
sample from 0 to 3000 m water depth at station (Sta.) 1 (30° 28.8537′ N, 132° 24.9532 …

Significant abundance changes of seven radiolarian species during the last 220 kyrs in the
Japan Sea are reported herein based on three sediment cores. During the interglacial …