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XRF-retrieved productivity and carbonate data of sediment core SO264_55-1
The XRF-scanning measurements were carried out with an Avaatech XRF core scanner. The X-ray excitation scanning settings were 10 kV at 150 mA with no filter for a count time of... -
XRF-retrieved productivity and carbonate data of sediment core SO264_15-2
The XRF-scanning measurements were carried out with an Avaatech XRF core scanner. The X-ray excitation scanning settings were 10 kV at 150 mA with no filter for a count time of... -
XRF-retrieved productivity and carbonate data of sediment core SO202/1_37-2
The XRF-scanning measurements were carried out with an Avaatech XRF core scanner. The X-ray excitation scanning settings were 10 kV at 150 mA with no filter for a count time of... -
XRF-CS data from the Store Mosse Dune South peat sequence
This dataset has no description
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Strontium XRF core scans of sediment core SO213/2_76-2
This dataset has no description
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Strontium XRF core scans of sediment core MD97-2120
This dataset has no description
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XRF measurement from IODP Site 356-U1461
The North West Shelf of Australia is an extensive tropical carbonate ramp and forms an important template for the interpretation of similar systems in the sedimentary record.... -
Element ratio proxy records for dolomitic and granitic IRD content in sedimen...
Because of its sensitivity for detrital dolomite, the Ca/Sr ratio of sediment core GeoB18530-1 was previously used to identify Heinrich Event layers (doi:10.1594/PANGAEA.943557... -
Extended age model of sediment core GeoB18530-1 by correlation of Ca/Sr recor...
The previously published 14C-AMS based chronology of GeoB18530-1 by Max et al. (2022; doi:10.1594/PANGAEA.943562), covering the upper 0 - 7.16 m core section down to Heinrich... -
Elemental ratios from sediment core MD01-2444 on the Portuguese Margin, Marin...
XRF Analysis: Archive halves of sections from Core MD01-2444 were analysed using an Avaatech XRF core scanner at the University of Cambridge. The core surface was carefully... -
Elemental composition derived from XRF scanning of sediment core KK12-2, Lake...
Comparable elemental data scanned at core KK 12-1 and using a tentative age-model have been published before in Heinecke et al. (2017). -
(Fig. 4) Proxy records for paleoproductivity from subantarctic sediment core ...
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/079-2
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/076-2
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/059-2
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/056-1
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/093-1
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/083-1
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
(Fig. 2) Iron content of sediment core PS75/074-3
Alignment of Fe content records to EDC dust contents on AICC12 time-scale; see Lamy et al., 2014 SOM. -
Bulk sediment geochemistry from XRF-scanning of sediment core POS457_889-1
R/V POSEIDON cruise POS457 aimed at sediment coring on the Iceland-Faroe Ridge, the shelf and slope areas south of Iceland, and on Reykjanes Ridge in order to reveal...
