50 datasets found

The Greenland Analogue Project (GAP) investigated glacial processes and their influence on the long-term performance of deep geological repositories for spent nuclear fuel...

We present the first pollen-based REVEALS land-cover reconstructions of Europe during the late Last Glacial period from Europe. The results are based on fossil pollen data from...

Winter mixed layer depth (MLD) was reconstructed from 16 previously published records of dinocyst assemblage data using two different approaches: modern analogue technique (MAT)...

This dataset includes gridded in situ sea surface pCO2 data with a grid resolution of 0.5º×0.5º for the summers of 2000-2017 in the (5-25º N, 109-122º E) region that covers most...

This data set presents the reconstructed water level for AL1 sediment core based on subfossil Chironomidae data. The core was collected in July 2019 from from the lower alas...

Coral-based proxy records from four long lived Porites sp. cores along the South Pacific Convergence Zone maximum precipitation diagonal axis (RO2 - Rotuma, 1F - Fiji, TNI2 -...

Simulation data and results of the case study conducted with the Insula XI, (Regio I) in the ancient city and archaeological site Pompeii, Italy.

Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HU91-045-085TWC using two different approaches: modern analogue technique...

Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core PS2863-1 using two different approaches: modern analogue technique (MAT) and...

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...

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...

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)...

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)...

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...

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)...

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...

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)...

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...

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...

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...