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Sand content of sediment core SO202/1_37-2
Sediment samples were freeze-dried and washed through a 63-µm sieve. -
Sand content of sediment core SO264_55-1
Sediment samples were freeze-dried and washed through a 63-µm sieve. -
Alkenone content of sediment core SO264_15-2
Alkenones were analyzed by GC (HP-6891) fitted with a flame ionization detector (GC-FID) using Helium as carrier gas (1.5 ml min 1 constant flow). -
Alkenone content of sediment core SO264_51-2
Alkenones were analyzed by GC (HP-6891) fitted with a flame ionization detector (GC-FID) using Helium as carrier gas (1.5 ml min 1 constant flow). -
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-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 SO264_55-1, ln...
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_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_66-2
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...
