Advancements in Archaeological Science:
Recent developments in palynology, biomolecular, and radiocarbon analysis have significantly advanced archaeological science.
Field archaeologists must stay updated on these techniques to ensure their work remains at the forefront of scientific research.
Enhanced Research Opportunities:
Upskilling field archaeologists in advanced techniques expands museums' research capabilities.
Palynology, biomolecular, and radiocarbon analysis offer valuable insights into diet, health, migration patterns, and chronology, contributing to a deeper understanding of Danish history and culture.
Preservation of Cultural Heritage:
Proper training in the latest sampling methods is crucial for preserving finite and fragile archaeological remains.
Minimising damage during sampling ensures that artefacts can be studied and enjoyed by future generations, emphasising the importance of maintaining the integrity of archaeological contexts.
Margaritis E, Oikonomou A, Nikita E, Rehren T, editors. Field Sampling for Laboratory Analysis in Archaeology. Cyprus: The Cyprus Institute Nicosia; 2023. Link to the Book
Workshop included participants from
Ny Carlsberg Glyptotek, The Royal Danish Academy- Konservering, Nationalmuseet, Københavns Universitet, The Globe Institute, Center for Textilforskning, Saxo Institut, Århus Universitet, Institut for Geoscience, Institut for Kultur og Samfund, Moesgaard Museum, Roskilde Museum, Museum Sydøstdanmark, Vendsyssel Historiske Museum, Arkæologi Vestjylland -Vardemuseerne, Vikingeskibsmuseet, Museum Sønderjylland, Vejle Museerne, Museum Vestsjælland, Universitet i Oslo, Leiden University, University of Cambridge.