This work is based on the compilation of currently accessible (published and unpublished)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 …

In marine ecosystems, many planktonic organisms precipitate biogenic silica (bSiO2) to
build silicified skeletons. Among them, giant siliceous rhizarians (> 500 μm), including …

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 …

A new radiolarian data set for transfer function estimates of past sea surface temperature
(SST) and intermediate water temperature was developed in this study for the northwestern …

Since the middle Miocene climatic transition, the Earth's climate has steadily cooled. The
late Miocene global cooling (LMGC) and the Northern Hemisphere Glaciation (NHG) were …

Radiolarians are a very diverse microzooplanktonic group, often distributed in regionally
restricted assemblages and responding to specific environmental factors. These properties …

Pylonioid radiolarians show high species diversity in surface sediments of the northeastern
Indian Ocean. They can be applied as important oceanographic indices in tropical and …

Three sediment trap moorings were deployed in the northwestern North Pacific (Station
KNOT: 44° N, 155° E; Station 50N: 50° N, 165° E; Station 40N: 40° N, 165° E) during …

Phaeodaria, which comprise one group of large, single‐celled eukaryotic zooplankton, have
been largely ignored by past marine biological studies because Phaeodaria and their …

The taxonomic composition and abundance of siliceous microfossils in sediments is a
valuable source of information about environmental changes at the sea surface today and in …