An International Doctoral Training Network
An International Doctoral Training Network
15 interlinked full funded PhD Projects on the chemistry and molecular biology of prehistoric artefacts
15 interlinked full funded PhD Projects on the chemistry and molecular biology of prehistoric artefacts
Double degree between 4 participating institutions and involving 20 project partners
Double degree between 4 participating institutions and involving 20 project partners
1. Examining the representation of wooden artefacts in prehistoric archaeological assemblages (York/Nice) APPLY NOW
1. Examining the representation of wooden artefacts in prehistoric archaeological assemblages (York/Nice) APPLY NOW
2. Recovering proteins from prehistoric pottery using immunological and proteomic approaches (Nice/Copenhagen) APPLY NOW
2. Recovering proteins from prehistoric pottery using immunological and proteomic approaches (Nice/Copenhagen) APPLY NOW
4. Protein survival in charred ‘foodcrusts’: insights into Mesolithic container technology (York/Copenhagen) APPLY NOW
4. Protein survival in charred ‘foodcrusts’: insights into Mesolithic container technology (York/Copenhagen) APPLY NOW
5. Blood from Stone: utilising novel extraction techniques for the removal of tightly bound molecules from mineral surface (Copenhagen/York) APPLY NOW
5. Blood from Stone: utilising novel extraction techniques for the removal of tightly bound molecules from mineral surface (Copenhagen/York) APPLY NOW
9. Exploring the artefactual record of feasting during the Orcadian Late Neolithic (York/Nice) APPLY NOW
9. Exploring the artefactual record of feasting during the Orcadian Late Neolithic (York/Nice) APPLY NOW
12. From ideology to economy: unveiling the taxonomic origin of animal bone artefacts with palaeoproteomic analysis (Barcelona/Copenhagen) APPLY NOW
12. From ideology to economy: unveiling the taxonomic origin of animal bone artefacts with palaeoproteomic analysis (Barcelona/Copenhagen) APPLY NOW
13. Tracking adhesive technologies from the Late Glacial to Early Holocene (Nice/York/British Museum) APPLY NOW
13. Tracking adhesive technologies from the Late Glacial to Early Holocene (Nice/York/British Museum) APPLY NOW
15. Developing the application of hydrogen isotope analysis (δD) to determine artefact function and provenance (Barcelona/York) APPLY NOW
15. Developing the application of hydrogen isotope analysis (δD) to determine artefact function and provenance (Barcelona/York) APPLY NOW