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(Table 2) Radiocarbon datings and calendar year calibrations for the proxy re...
This dataset has no description
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Table 2: AMS radiocarbon ages from carbonate microfossils of sediment core MD...
The ages are initially presented in conventional radiocarbon years (5730 a half-life), corrected for isotopic fractionation, and without reservoir correction. Samples with d13C... -
Table 2: AMS radiocarbon ages from carbonate microfossils of sediment core MD...
The ages are initially presented in conventional radiocarbon years (5730 a half-life), corrected for isotopic fractionation, and without reservoir correction. Samples with d13C... -
Table 2: AMS radiocarbon ages from carbonate microfossils of sediment core MD...
The ages are initially presented in conventional radiocarbon years (5730 a half-life), corrected for isotopic fractionation, and without reservoir correction. Samples with d13C... -
Table 2: AMS radiocarbon ages from carbonate microfossils of sediment core MD...
The ages are initially presented in conventional radiocarbon years (5730 a half-life), corrected for isotopic fractionation, and without reservoir correction. Samples with d13C... -
Table 2: AMS radiocarbon ages from carbonate microfossils of sediment core MD...
The ages are initially presented in conventional radiocarbon years (5730 a half-life), corrected for isotopic fractionation, and without reservoir correction. Samples with d13C... -
Radiocarbon ages of sediment core MD05-2920
The chronology of the core is in part based on the radiocarbon ages measured on the planktonic foraminifera Globigerinoides ruber albus. -
(Table 1) Age determination of sediment core MD97-2141
The primary productivity dynamics of the last 200,000 years in the Sulu Sea was reconstructed using the abundance of the coccolithophore Florisphaera profunda in the IMAGES... -
(Table 2) Age determination of sediment core MD97-2138
Sea surface temperature (SST) and salinity of the Western Pacific Warm Pool (WPWP) reflect global climate effects such as the El Niño-Southern Oscillation phenomenon. However,... -
(Table 1) Age determination of sediment core MD02-2515
Iron is considered to play a large role in the cycling of Si in Fe-limited regions of the ocean, but little is known about its role in Si biogeochemistry outside these areas.... -
(Table S1) Age determination of sediment core MD02-2505
Fine-scale, paired Mg/Ca-d18O profiles (Globigerinoides ruber white, sensu lato) from the San Lázaro Basin (SLB) at 25°N in the Northeast Pacific reveal a transition from a... -
(Table 1) Radiocarbon datings and calendar year calibrations in sediment core...
A multi proxy sediment core record on the continental margin off western Svalbard, European Arctic, reflects large climatic and oceanographic oscillations at the... -
Radiocarbon ages of sediment core TRGC14-06
This dataset has no description
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Radiocarbon ages of sediment core TOC11-04
This dataset has no description
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Radiocarbon ages of Mediterranean Sea sediment cores
Radiocarbon dating was undertaken at the UMS-ARTEMIS Facility (CNRS-CEA Saclay, France) using a Pelletron 3MV AMS on 8 mg of well-preserved calcareous test samples of planktonic... -
Age determination of fossil microatolls from the Spermonde Archipelago
This dataset has no description
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(Tabel 1) Radiocarbon ages for sediment cores RR9702A-69TC and Y71-06-12
This dataset has no description
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(Table 1) Radiocarbon and 137Cs ages of Lake Nam Co sediment core NC 08/01 Pi...
This dataset has no description
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(Table 1) Age determination of ODP Site 202-1233
Antarctic and Greenland ice-core records reveal large fluctuations of dust input on both orbital and millennial time-scales with potential global climate implications. At least... -
Radiocarbon dates in florida mangrove diebacks
Samples of sedimentary organic matter were selected for radiocarbon dating. Code site and laboratory number, sample identification with depth (cm), 14C ages (yr BP, 1σ),...
