Dataset - B2FIND

(Table 4) Radiolarian occurrence in ODP Hole 120-747B

species abundance: A = abundant, C = common, F = few, R = rare, + = present, - = absent

Radiolarian abundance of ODP Leg 181, Site 1124, (part 1)

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Radiolarian abundance of sediment core Y8

A high-resolution record of radiolarian faunal changes from Site Y8 south of the Subtropical Front (STF), offshore eastern New Zealand, provides insight into the...

(Appendix A) Radiolarian abundances in sediment core MD96-2086

Ages are from the age model of Bertrand et al. (2002, doi:10.1016/S0025-3227(01)00216-X) based on the benthic oxygen-isotope record measured on Cibicidoides wuellerstorfi

Microfossils detected in a block of ancient dense clay coated with a ferroman...

The area in study is characterized by a regional stratigraphic hiatus from Early Miocene to Quaternary. Deposits from Late Eocene to Early Miocene occur on the bottom surface or...

(Table 1) Neogene radiolarians in DSDP Hole 93-603

Species abundance: C = common (20-30 specimens), F = few (10-20 specimens), R = rare (3-10 specimens), VR= very rare (1-2 specimens), ? = questionable, - = absent. Listed here...

(Table 10) Distribution of radiolaria in Miocene to Pleistocene sediments of ...

Species abundaces: A = abundant, C = common, F = few, R = rare, - = absent.

(Appendix 3) Relative abundances of Neogene radiolarians in ODP Hole 186-1151...

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Southern Ocean RADiolarian dataset (SO-RAD)

Radiolarians (holoplanktonic Protozoa) found in marine sediments are commonly used in Southern Ocean as palaeoclimate proxies. Generating such reconstructions of past climate...

(Appendix A) Radiolarian abundances in ODP Hole 175-1084A

The changing composition of radiolarian faunas from late Neogene deep-sea sediments has been used in recent years as a proxy for changes in marine paleoproductivity. We examine...