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Sediments surrounding waterlogged archaeological wood: could arsenic be involved in preserving wooden pile dwelling from microbial decay? The Gran Carro case study (Lake Bolsena, central Italy)
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Sediments surrounding waterlogged archaeological wood: could arsenic be involved in preserving wooden pile dwelling from microbial decay? The Gran Carro case study (Lake Bolsena, central Italy) (2025)Sediments surrounding waterlogged archaeo…Thirty Years of Monitoring in England — What Have We Learnt? (2012)Thirty Years of Monitoring in…Sulfur and iron analyses of marine archaeological wood in shipwrecks from the Baltic Sea and Scandinavian waters (2012)Sulfur and iron analyses of m…Microbial degradation of waterlogged archaeological wood (2012)Microbial degradation of wate…THE CHARACTERIZATION OF WATERLOGGED ARCHAEOLOGICAL WOOD: THE THREE ROMAN SHIPS FOUND IN NAPLES (ITALY)* (2008)THE CHARACTERIZATION OF WATER…The Bremen Cog of 1380 – An electron microscopic study of its degraded wood before and after stabilization with PEG (2004)The Bremen Cog of 1380 – An e…Deterioration of the seventeenth-century warship Vasa by internal formation of sulphuric acid (2002)Sulfur accumulation in the timbers of King Henry VIII's warship Mary Rose : A pathway in the sulfur cycle of conservation concern (2005)Sulfur and iron in shipwrecks cause conservation concerns (2006)Study of Fe(II) sulphides in waterlogged archaeological wood (2013)Sulfur and iron accumulation in three marine-archaeological shipwrecks in the Baltic Sea: The Ghost, the Crown and the Sword (2014)Analytical Instrumental Techniques to Study Archaeological Wood Degradation (2015)On the Stabilization of Waterlogged Oakwood with PEG. II. Designing a Two-Step Treatment for Multi-Quality Timbers (1986)The Effects of Mary Rose Conservation Treatment on Iron Oxidation Processes and Microbial Communities Contributing to Acid Production in Marine Archaeological Timbers (2014)New insights into the degradation processes and influence of the conservation treatment in alum-treated wood from the Oseberg collection (2017)Hygroscopicity of Waterlogged Archaeological Wood from Xiaobaijiao No.1 Shipwreck Related to Its Deterioration State (2020)Conservation of waterlogged wood (1987)The Chemistry of Archaeological Wood (1989)Archaeological Wood--Properties, Chemistry, and Preservation (1991)How an integrated diagnostic approach can help in a correct evaluation of the state of preservation of waterlogged archaeological wooden artefacts (2012)Journal of Archaeological Science (1974)Saving the Sweet Track: Thein situpreservation of a Neolithic wooden trackway, Somerset, UK (2000)Geochemical indicators of preservation status and site deterioration at Star Carr (2011)Relax, Don’t Do It: A Future for Archaeological Monitoring (2016)Evaluation of in situ preservation method applied at a terrestrial archaeological shipwreck site by use of sacrificial wood samples installed for 25 years (2022)Preservation of Archaeological Remains in Situ (2022)Natural decay of archaeological oak wood versus artificial degradation processes — An FT-IR spectroscopy and X-ray diffraction study (2018)A review of analytical methods for assessing preservation in waterlogged archaeological wood and their application in practice (2020)Conservation of Waterlogged Wood—Past, Present and Future Perspectives (2021)
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References

  • 2012Microbial degradation of waterlogged archaeological wood163 cited
  • 2008THE CHARACTERIZATION OF WATERLOGGED ARCHAEOLOGICAL WOOD: THE THREE ROMAN SHIPS FOUND IN NAPLES (ITALY)*90 cited
  • 2012Sulfur and iron analyses of marine archaeological wood in shipwrecks from the Baltic Sea and Scandinavian waters75 cited
  • 2004The Bremen Cog of 1380 – An electron microscopic study of its degraded wood before and after stabilization with PEG36 cited
  • 2012Thirty Years of Monitoring in England — What Have We Learnt?13 cited

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