Nigel Nayling, Neil J. Loader, Roderick J. Bale, Darren Davies, Danny McCarroll, Valérie Daux
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Oxygen Isotope Dendrochronology of the Newport Medieval Ship
Since the discovery of the Newport Medieval Ship in 2002, many studies have tried to establish a chronology for its construction and subsequent abandonment. Whilst conventional ring-width dendrochronology has been able to identify the provenance and provide a terminus post quem for the ship, until now a felling date for timbers associated with the original construction of the vessel has proved elusive. This study reports results from the application of stable isotope dendrochronology to date timbers from the ship. Using a combination of dendrochronologically-dated timbers and stable oxygen isotopic data from dated and undated samples, we can provide an independent verification of the ring-width dendrochronology and to return the first felling dates for an assemblage of the ship’s framing timbers. Our results indicate that the ship was likely constructed shortly after the winter of AD 1457/8 with an operational lifetime of less than a decade. The study highlights the potential for the use of stable isotope dendrochronology for the precise, absolute dating of archaeological ship remains where ring-width dendrochronology alone has not proved effective.
期刊介绍:
The International Journal of Nautical Archaeology is a forum for the exchange of ideas and research relevant to all aspects of nautical and maritime archaeology. Published twice a year in print and online, each issue of 224 pages contains peer-reviewed original articles, notes and book reviews. IJNA addresses the theory and practice of archaeology and related academic disciplines which investigate human associations with water and waterborne craft of all periods throughout the world, on seas and inland waters. Aiming to encourage a fuller understanding of the maritime past within its wider context, IJNA keeps readers abreast of the latest discoveries, new interpretations and theoretical approaches.