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Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core PS1247 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core PS1842 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HU91-045-094 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HU91-045-072 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HU-84-030-21PC using two different approaches: modern analogue technique... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HU90-013-013 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HU2008-029-004 using two different approaches: modern analogue technique... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core MSM5/5-712-2 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core MD99-2254 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core MD99-2227 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core M23352 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HM03-133-25 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core GIK23323-1 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core DA12-11/2-GC01 using two different approaches: modern analogue technique... -
Pollen-based vegetation percentages from IODP Site 353-U1446, Bay of Bengal
The dataset includes percentages of all identified pollen and spore morphotypes, as well as the main ecological groups: tropical forest, wet evergreen forest, tropical deciduous... -
Pollen-based vegetation counts from IODP Site 353-U1446, Bay of Bengal
The dataset includes counts of all identified pollen and spore morphotypes, as well as the main ecological groups: tropical forest, wet evergreen forest, tropical deciduous... -
Diatoms from DH-7B sediment core from the Dahu Lake, Ilan Plain
A 35-meter-long sediment core (DH-7B) was retrieved from Dahu Lake using a stainless-steel pipe mounted on a floating platform. The core was subsampled at 5-cm intervals with... -
Pigments of sediment core OCE2019-HR7-GC
This dataset has no description
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Sedimentary opal content at IODP Site 383-U1540 during Marine Isotope Stage 11
This dataset presents sedimentary opal content at International Ocean Discovery Program Site U1540 (55° 8.47ʹ S, 114° 50.52ʹ W, 3580 m) during Marine Isotope Stage 11. Discrete... -
Biomarker of sediment core OCE2019-HR7-GC
This dataset has no description
