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Stable silicon isotope composition of sponge spicules and radiolaria from DSD...
The stable silicon isotope composition (δ30Si) of sponge spicules and radiolaria can be used as a proxy for past changes in dissolved silicon (Si) concentrations and Si cycling... -
Supplemental Information Data files S1-S13
Data files S1-S13. Microfocus X-ray Computed Tomography cross-sectional images of 13 selected radiolarian skeletons in the western Arctic Ocean. The CT-scanned 3D images can be... -
Microzooplankton monitoring in the Mar Piccolo of Taranto. 2013-2014
Microzooplankton monitoring in the Mar Piccolo of Taranto, 2013-2014 in the framework of the Italian flagship project RITMARE. -
Microzooplankton monitoring in the Mar Piccolo of Taranto. 2013-2014
Microzooplankton monitoring in the Mar Piccolo of Taranto, 2013-2014 in the framework of the Italian flagship project RITMARE. -
Cenomanian-Turonian calcareous nannofossils distribution from IODP Site 369-U...
= presentr = reworked- = empty cell -
Cenomanian-Turonian foraminifera, radiolarians and calcispheres abundance fro...
This dataset has no description
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Carbonate content of IODP Site 369-U1513
This dataset has no description
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Carbonate content of IODP Site 369-U1513
This dataset has no description
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δ¹³C and δ¹⁸O from bulk carbonate of IODP Site 369-U1513
This dataset has no description
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Mean morphological measurements of Amphimelissa setosa in plankton, surface s...
BEA: Beaufort Sea; BER: Bering Sea; CHU: Chukchi Sea; ECS: East China Sea; ESS: East Siberian Sea; GOA: Gulf of Alaska; GRE: Greenland Sea; ICE: Iceland Sea; NOR: Norwegian Sea;... -
Relative abundance of Amphimelissa setosa in core sediments and the interpola...
BEA: Beaufort Sea; BER: Bering Sea; CHU: Chukchi Sea; ECS: East China Sea; ESS: East Siberian Sea; GOA: Gulf of Alaska; GRE: Greenland Sea; ICE: Iceland Sea; NOR: Norwegian Sea;... -
Relative abundance of Amphimelissa setosa in stratified plankton tows (Table S3)
BEA: Beaufort Sea; BER: Bering Sea; CHU: Chukchi Sea; ECS: East China Sea; ESS: East Siberian Sea; GOA: Gulf of Alaska; GRE: Greenland Sea; ICE: Iceland Sea; NOR: Norwegian Sea;... -
Fluxes of Amphimelissa setosa in sediment traps (Table S2)
BEA: Beaufort Sea; BER: Bering Sea; CHU: Chukchi Sea; ECS: East China Sea; ESS: East Siberian Sea; GOA: Gulf of Alaska; GRE: Greenland Sea; ICE: Iceland Sea; NOR: Norwegian Sea;... -
Radiolarian-based SST reconstruction (MAT) from sediment cores in the Pacific...
This dataset has no description
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Relative abundance of radiolarian from different cores in the Pacific Ocean
Radiolarian census counts (in relative abundance) and environmental data from 801 core-tops distributed across the Pacific Ocean (mmn8). -
Cenomanian-Turonian foraminifera, radiolaria and calcispheres distribution an...
The latest Cenomanian to early Turonian sedimentary record recovered at IODP Site 369-U1513 in the Mentelle Basin (SE Indian Ocean, paleolatitude about 60°S at 85 Ma) is studied... -
Modern and fossil abundance data of radiolarian species Amphimelissa setosa i...
Surface sediment, water column and sediment trap data of the relative abundance and fluxes of radiolarian species Amphimelissa setosa. Downcore relative abundance of the same... -
Radiolarian census counts and radiolarian-based temperature reconstructions f...
In this study, we use published radiolarian census counts from 801 core-tops distributed across the Pacific Ocean, to investigate which environmental factors drive the... -
Middle Eocene Radiolarian image dataset from ODP Leg 207 (Demerara Rise)
Labeled images of middle Eocene, ca 40 million years ago (Ma), radiolarians, including other microfossils, other particles, broken fragments etc... The radiolarians in this... -
Podocyrtis chalara and Podocyrtis goetheana including intermediate forms imag...
Two images datasets of Podocyrtis chalara and Podocyrtis goetheana including intermediate forms one or two intermediate forms. One dataset consists of four classes while the...