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Projects - EUROPROX Phase III
Project III-2

Neogene upper ocean temperature reconstruction by Mg/Ca analyses in planktonic foraminifers using the laser ablation icp-ms technique

 
Project III-3

Modelling the effect of rapid ice-volume change on marine oxygen-isotope proxy records

 
Project III-4

Geochemistry and stable isotope composition of coccolithophore cell covers and their potential utility for paleoceanographic studies

 
Project III-5

Dinoflagellate proxies for surface water property changes on a sub-Milankovitch scale in the Late Miocene Atlantic-Mediterranean

 
Project III-6

Molecular Biomarkers in marine sediment as proxies: GDGTs and BHPs and their fossil analogues

 
Project III-7

Separating palaeoproductivity from aerobic degradation signals, a palynological approach

 
Project III-8

Tracking the formation and preservation of biogenic barite and its isotopic signature from the water column to the geological record

 
Project III-10

Events and shifts in the Late Miocene to Early Pliocene carbonate system of the Atlantic Ocean and Mediterranean Sea as indicated by foraminiferal preservation proxies and quantification of carbonate budgets and weight losses

 
Project III-11

A study of late Quaternary changes in the fluvial and eolian input to the North-West African continental margin using a multi-proxy approach

 
Project III-12

Proxy-based investigation of sediment transport, partitioning and deposition at the NW Iberian continental margin.

 
Project III-13

Combining in-situ electromagnetic and core-based rock magnetic, geochemical and sedimentological proxy methods to reconstruct sediment distribution and diagenesis processes off the Rio de la Plata mouth

 
Project III-14

Perturbations of the carbon cycle during the Late Miocene

 
Project III-15

Trace element composition and stable oxygen isotopes of species specific calcareous dinoflagellate cysts

 
Project III-16

Holocene desertification trends in NW-Africa inferred from end- member modelling of grain size distributions of terrigenous sediments and provenance studies

 
Project III-17

Terrigenous climate signals in deep-sea sediments: Assessment and quantification of alteration processes on primary signals