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Silicon-28 in diatoms for sediment core RAPiD-21-03K
50 samples were taken at 0.02 m depth intervals from the uppermost metre of the core RAPiD-21-03K to cover the past ~800 years with approximately 8-year resolution, for the... -
Diatom valve flux of sediment core RAPiD-21-03K
A theoretical flux of diatoms to the sediment was calculated in core RAPiD-21-03K at the corresponding depths to the SiO2/diatom measurements by dividing the mass flux of silica... -
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 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;... -
Relative abundance of Amphimelissa setosa in surface sediments and environmen...
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;... -
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... -
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... -
Age model of sediment core RAPiD-21-03K and RAPiD-21-12B
The age-model for the core RAPiD-21-03K was produced using four carbon-14 accelerator mass-spectrometry values from Sicre et al. (2011), which were taken approximately every 0.2... -
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 -
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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XRF measurements of Bromine and SiO2 for sediment core RAPiD-21-03K
The core RAPiD-21-03K was scanned using an ITRAX X-Ray Fluorescence core scanner at 0.002 m (1.6 year) resolution for flux quantification. Br and Si intensities were calibrated... -
Silicon-28 in each blank for sediment core RAPiD-21-03K
Diatom frustules and radiolarian tests picked from the core RAPiD-21-03K were dissolved in 0.5mL 1.0M potassium hydroxide solution (KOH) for quantification of Si-28 using... -
Dry bulk density of sediment core RAPiD-21-03K
The dry bulk density has been previously measured for the core RAPiD-21-03K. In this dataset, 'depth' is the midpoint distance each sediment sample was taken from the top of the... -
Silica masses, morphological measures, and sedimentary fluxes of diatoms and ...
These data were produced from sediment samples taken from the kasten core RAPiD-21-3K (57°27.09'N, 27°54.53'W, 2630m) from the Gardar Drift in the subpolar North Atlantic Ocean... -
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... -
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...
