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Articles

Saving the Sweet Track: The in situ preservation of a Neolithic wooden trackway, Somerset, UK

Pages 3-20 | Published online: 18 Jul 2013

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Read on this site (7)

Anna K.E. Tjelldén, Henning Matthiesen, Lucia M.M. Petersen, Niels Emil Søe & Søren M. Kristiansen. (2016) In situ Preservation Solutions for Deposited Iron Age Human Bones in Alken Enge, Denmark. Conservation and Management of Archaeological Sites 18:1-3, pages 126-138.
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Benjamin R. Gearey, William Fletcher & Ralph Fyfe. (2014) Managing, Valuing, and Protecting Heritage Resources in the Twenty-First Century: Peatland Archaeology, the Ecosystem Services Framework, and the Kyoto Protocol. Conservation and Management of Archaeological Sites 16:3, pages 236-244.
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Jim Williams. (2012) Thirty Years of Monitoring in England — What Have We Learnt?. Conservation and Management of Archaeological Sites 14:1-4, pages 442-457.
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David Gregory, Anne Christine Helms & Henning Matthiesen. (2008) The Use and Deployment of Modern Wood Samples as a Proxy Indicator for Biogeochemical Processes on Archaeological Sites Preserved in situ in a Variety of Environments of Differing Saturation Level. Conservation and Management of Archaeological Sites 10:3, pages 204-222.
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Julie Jones, Heather Tinsley & Richard Brunning. (2007) Methodologies for assessment of the state of preservation of pollen and plant macrofossil remains in waterlogged deposits. Environmental Archaeology 12:1, pages 71-86.
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Henning Matthiesen, David Gregory, Poul Jensen & Birgit Sørensen. (2004) Environmental Monitoring at Nydam, a Waterlogged Site with Weapon Sacrifices from the Danish Iron Age. I: A Comparison of Methods Used and Results from Undisturbed Conditions. Journal of Wetland Archaeology 4:1, pages 55-74.
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Articles from other publishers (30)

C.G. Björdal & J. Rönnby. (2023) Evaluation of in situ preservation method applied at a terrestrial archaeological shipwreck site by use of sacrificial wood samples installed for 25 years. International Biodeterioration & Biodegradation 176, pages 105528.
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Johanna Elam & Charlotte G. Björdal. (2023) Degradation of wood buried in soils exposed to artificially lowered groundwater levels in a laboratory setting. International Biodeterioration & Biodegradation 176, pages 105522.
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Suvendu RoySuvendu Roy. 2023. Disturbing Geomorphology by Transportation Infrastructure. Disturbing Geomorphology by Transportation Infrastructure 19 46 .
Johanna Elam & Charlotte G. Björdal. (2022) Long-term study on wood degradation in urban soil-water systems - implications for service life of historic foundation piles. International Biodeterioration & Biodegradation 167, pages 105356.
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Kirsty E. High & Kirsty E. H. Penkman. (2020) A review of analytical methods for assessing preservation in waterlogged archaeological wood and their application in practice. Heritage Science 8:1.
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Johanna Elam & Charlotte Björdal. (2020) A review and case studies of factors affecting the stability of wooden foundation piles in urban environments exposed to construction work. International Biodeterioration & Biodegradation 148, pages 104913.
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James A. Spriggs. 2020. Encyclopedia of Global Archaeology. Encyclopedia of Global Archaeology 293 297 .
James A. Spriggs. 2018. Encyclopedia of Global Archaeology. Encyclopedia of Global Archaeology 1 4 .
Charles French. (2017) Some thoughts on the monitoring and preservation of waterlogged archeological sites in eastern England. WIREs Water 4:3.
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Kirsty High, Nicky MilnerIan Panter, Beatrice Demarchi & Kirsty E. H. Penkman. (2016) Lessons from Star Carr on the vulnerability of organic archaeological remains to environmental change. Proceedings of the National Academy of Sciences 113:46, pages 12957-12962.
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Benedetto Pizzo, Nicola Macchioni, Chiara Capretti, Elisa Pecoraro, Lorena Sozzi & Luigi Fiorentino. (2016) Assessing the wood compressive strength in pile foundations in relation to diagnostic analysis: The example of the Church of Santa Maria Maggiore, Venice. Construction and Building Materials 114, pages 470-480.
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Tim Malim, David Morgan & Ian Panter. (2015) Suspended preservation: Particular preservation conditions within the Must Farm – Flag Fen Bronze Age landscape. Quaternary International 368, pages 19-30.
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N. Macchioni, C. Capretti, L. Sozzi & B. Pizzo. (2013) Grading the decay of waterlogged archaeological wood according to anatomical characterisation. The case of the Fiavé site (N-E Italy). International Biodeterioration & Biodegradation 84, pages 54-64.
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Henry Chapman, Eamonn Baldwin, Helen Moulden & Michael Lobb. 2013. Visual Heritage in the Digital Age. Visual Heritage in the Digital Age 15 31 .
Charlotte Gjelstrup Björdal. (2012) Microbial degradation of waterlogged archaeological wood. Journal of Cultural Heritage 13:3, pages S118-S122.
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Michael Lobb, Kristina Krawiec, Andy J. Howard, Benjamin R. Gearey & Henry P. Chapman. (2010) A new approach to recording and monitoring wet-preserved archaeological wood using three-dimensional laser scanning. Journal of Archaeological Science 37:12, pages 2995-2999.
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A.G. Brown, C. Ellis & R. Roseff. (2010) Holocene sulphur-rich palaeochannel sediments: diagenetic conditions, magnetic properties and archaeological implications. Journal of Archaeological Science 37:1, pages 21-29.
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Joseph Holden, Andy J. Howard, L. Jared West, Eleanor Maxfield, Ian Panter & John Oxley. (2009) A critical review of hydrological data collection for assessing preservation risk for urban waterlogged archaeology: A case study from the City of York, UK. Journal of Environmental Management 90:11, pages 3197-3204.
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. 2009. Functional Assessment of Wetlands. Functional Assessment of Wetlands 316 497 .
. 2009. Functional Assessment of Wetlands. Functional Assessment of Wetlands 3 e3 .
Malcolm Lillie, Robert Smith, Jane Reed & Rob Inglis. (2008) Southwest Scottish Crannogs: using in situ studies to assess preservation in wetland archaeological contexts. Journal of Archaeological Science 35:7, pages 1886-1900.
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Malcolm Lillie & Robert Smith. (2007) The in situ preservation of archaeological remains: using lysimeters to assess the impacts of saturation and seasonality. Journal of Archaeological Science 34:9, pages 1494-1504.
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Robert Smith & Malcolm Lillie. (2007) Using a lysimeter study to assess the parameters responsible for oak wood decay from waterlogged burial environments and their implication for the in situ preservation of archaeological remains. International Biodeterioration & Biodegradation 60:1, pages 40-49.
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B. Elberling & H. Matthiesen. (2007) Methodologically controlled variations in laboratory and field pH measurements in waterlogged soils. European Journal of Soil Science 58:1, pages 207-214.
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Joseph Holden, L. Jared West, Andy J. Howard, Eleanor Maxfield, Ian Panter & John Oxley. (2006) Hydrological controls of in situ preservation of waterlogged archaeological deposits. Earth-Science Reviews 78:1-2, pages 59-83.
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Henning Matthiesen. (2004) In situ measurement of soil pH. Journal of Archaeological Science 31:10, pages 1373-1381.
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Anne Christine Helms, Adam Camillo Martiny, Jacob Hofman-Bang, Birgitte K. Ahring & Mogens Kilstrup. (2004) Identification of bacterial cultures from archaeological wood using molecular biological techniques. International Biodeterioration & Biodegradation 53:2, pages 79-88.
Crossref
C.G Björdal & T Nilsson. (2002) Waterlogged archaeological wood—a substrate for white rot fungi during drainage of wetlands. International Biodeterioration & Biodegradation 50:1, pages 17-23.
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Margaret Cox, Caroline Earwood, E.B.Gareth Jones, Julie Jones, Vanessa Straker, Mark Robinson, Mark Tibbett & Steven West. (2001) An Assessment of the Impact of Trees upon Archaeology Within a Relict Wetland. Journal of Archaeological Science 28:10, pages 1069-1084.
Crossref
John Coles. (2014) Energetic Activities of Commoners. Proceedings of the Prehistoric Society 67, pages 19-48.
Crossref

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