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(Fig. 11) Pseudo-Thellier relative paleointensity (PT-RPI) estimates of sedim...
This dataset has no description
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(Fig. 11) Pseudo-Thellier relative paleointensity (PT-RPI) estimates of sedim...
This dataset has no description
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(Figure 3) Alkenones, unsaturation index UK`37 and calculation of sea surface...
This dataset has no description
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Age, UK`37 and Sea Surface Temperatures of sediment core GeoB6008-2
This dataset has no description
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Age, UK`37 and Sea Surface Temperatures of sediment core GeoB6008-1
Age, in calibrated years AD (cal yr AD), based on 210Pb dating from 0-17 cm depth and AMS 14C dating from 17-530 cm. SST normalised: Normalised to the average for 1912-1971, the... -
High variability in SSU rDNA gene copy number among planktonic foraminifera r...
Metabarcoding has become the workhorse of community ecology. Sequencing a taxonomically informative DNA fragment from environmental samples gives fast access to community... -
Palaeomagnetic (on 8 cm**3 samples) of sediment core MD95-2042
This dataset has no description
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Relative paleointensity of sediment core SG14 from Lake Suigetsu, Central Japan
The data blank shows the levels where no reliable palaeomagnetic (ChRM) directions were obtained. -
X-ray fluorescence data of the trace fossil Rosselia 'Da'an-4' from the Plioc...
In October 2019, the Rosselia samples were collected from outcrops beside the Da'an River in Taiwan, belonging to the early Pliocene Yutengping Sandstone Member of the... -
X-ray fluorescence data of the trace fossil Rosselia 'Da'an-3' from the Plioc...
In October 2019, the Rosselia samples were collected from outcrops beside the Da'an River in Taiwan, belonging to the early Pliocene Yutengping Sandstone Member of the... -
Normalized element ratios of sediment core LVL15-4 from Lake Vouliagmeni, Greece
The XRF core scanning for the elements Si, S, Cl, K, Ca, Ti, Mn, Fe, Br, and Sr was performed with an ITRAX core scanner equipped with a chromium X-ray tube at 200 μm step size,... -
Normalized element ratios of sediment core LVL15-1 from Lake Vouliagmeni, Greece
The XRF core scanning for the elements Si, S, Cl, K, Ca, Ti, Mn, Fe, Br, and Sr was performed with an ITRAX core scanner equipped with a chromium X-ray tube at 200 μm step size,... -
Late Glacial and Holocene lead XRF core scanning data from Füramoos, Southwes...
Lead content was analyzed by X-ray fluorescence core scanning (XRF-CS) in samples from the Late Glacial and Holocene (c. 14500 – 200 yrs cal. BP) obtained from an ombrotrophic... -
Erosion intensity recorded in Lake La Thuile (North-western Alps) over the la...
Information on the production of the dataset: The erosion record from Lake La Thuile has been produced from the titanium analysis obtained with an avaatech XRF core scanner (see... -
Erosion intensity recorded in Lake Savine (North-western Alps) over the last ...
Information on the production of the dataset: The sediment record of Lake Savine consists partly of flood deposits characterised by the succession of three facies:... -
Erosion intensity recorded in Lake Gers (North-western Alps) over the last 46...
Information on the production of the dataset: The sediment record of Lake Gers consists partly of flood deposits characterised by the succession of three facies: coarse-grained... -
Erosion intensity recorded in Lake Anterne (North-western Alps) over the Holo...
Information on the dataset production: The sediment record of Lake Anterne is mostly made of flood deposits characterized by the succession of three facies: a coarse-grained and... -
Thermal behaviour of the specific susceptibility (Fig. 11d2)
Heating 3-132// Cooling 133-274TSUSC=uncorrected total susceptibilitySCSUSC=total suceptibility corrected for empty furnaceNSUSC= susceptibility normalized by maximum... -
Thermal behaviour of the specific susceptibility (Fig. 11d1)
Heating 3-133// Cooling 134-275TSUSC=uncorrected total susceptibilitySCSUSC=total suceptibility corrected for empty furnaceNSUSC= susceptibility normalized by maximum... -
Thermal behaviour of the specific susceptibility (Fig. 11c)
Heating 3-126// Cooling 127-267TSUSC=uncorrected total susceptibilitySCSUSC=total suceptibility corrected for empty furnaceNSUSC= susceptibility normalized by maximum...
