T. Nilsson, R. Rowell, Historical wood – structure and properties, ScienceDirect, 13(3S), 2012.

Plomion, C, Leprovost, G and Stokes, A, Wood Formation in Trees, Plant Physiology, 12(4), 2001.

McConnachie, G, Conservation of waterlogged archaeological wood. In Mark Jones ed, For Future Generations: Conservation of a Tudor Maritime Collection. Portsmouth: Oxbow Books. 2003.

Grattan, D. W. and Clarke, R. W, Conservation of waterlogged wood. In Conservation of marine archaeological objects. Butterworths.; Texas A&M University. Wood Conservation. 1987.

Hoffmann, P. On the stabilization of waterlogged oakwood with PEG. II. Designing a two-step treatment for multi-quality timbers. Studies in Conservation 31, 1986.

Suthers, T, The treatment of waterlogged oak timber from Ferriby Boat III using polyethylene glycol. In W. A. Oddy ed, Problems of the Conservation of Waterlogged Wood. London: National Maritime Museum.1975.

Mortensen, M.N, Egsaard, H, Hvilsted, S, Shashoua, Y and Glastrup, J, Characterisation of the polyethylene glycol impregnation of the Swedish warship Vasa and one of the Danish Skuldelev Viking ships. Journal of Archaeologucal Science, 34(8),2007.

Lechner, T, Bjurhager, I, Kilger, R, Strategy for developing a future support system for the Vasa warship and evaluating its mechanical properties. Heritage Science, 1(1), 2013.

Bjurhager, I, Ljungdahl, J, Wallstrom, L, Gamstedt, E. K, Berglund, L. A, Towards improved understanding of PEG-imprgnated waterlogged archaeological wood: A model study on recent oak. Holzforschung, 64(2), 2010.

Grattan, D. W. and Clarke, R. W, Conservation of waterlogged wood. In C. Pearson ed, Conservation of marine archaeological objects. Butterworth-Heinemann, 1987.

Tahira, A, Howard, W, Pennington, E. R., Kennedy, A, Mechanical strength studies on degraded waterlogged wood treated with sugars.Studies in Conservation, 62(4), 2016.

Haggstrom, C and Sandstrom, T, ed. Alum-treated archaeological wood: Characterization and re-conservation.Swedish National Heritage Board, 2013.

Giachi, G, Capretti, C, Donato, I. D., Macchioni, N, Pizzo, B, 2011. New trials in the consolidation of waterlogged archaeological wood with different acetone-carried products. Journal of Archaeologucal Science, 38(11), 2011.

Kaye, B, Conservation of Waterlogged Archaeological wood. Chemical Society Reviews, 24(1), 1995.

Borda, M, Mazela, B and Radka, K, 2019. Methltrimethoxysilane as a stabilising agent for archaeological waterlogged wood differing in the degree of degradation. Journal of Cultural Heritage, 35(1), 2019.

Borda, M and Mazela, B, 2017. Application of methyltrimethoxysilane to increase dimensional stability of waterlogged wood. Journal of Cultural Heritage, 25(7), 2017.

Borda, M, 2018. Biological effectiveness of archaeological oak wood treated with methyltrimethoxysilane and PEG against Brown-rot fungi and moulds. International Biodeterioration & Biodegradation, 134, 2018.

Waston, J, Research into Aspects of freeze-drying Hardwoods between 1982 and 1984. In Waterlogged wood, study and conservation: proceedings of the 2 nd ICOM Waterlogged Wood Working Group Conderence, 1985. Grenoble: Centre d'etude et de traitement des bois gorges d'eau.

Jensen, P and Jensen, J.B, 2006. Dynamic model for vacuum freeze-drying of waterlogged archaeological wooden artefacts. Journal of Cultural Heritage, 7(3), 2006.

Schweizer, F, Houriet, C and Mas, M, Controlled Air Drying of Large Roman Timber from Geneva. In Waterlogged wood, study and conservation: proceedings of the 2nd ICOM Waterlogged Wood Working Group Conderence, 1985. Grenoble: Centre d'etude et de traitement des bois gorges d'eau.

Grattan, D, Malcolm, B, Grant T and Logan, J, Outcome Dtermines Treatment – An approach to the treatment of Waterlogged wood. Journal of Wetland Archaeology, 6(1), 2006.

Christensen, M, Kutzke, H, Hansen, F. K, New materials used for the consolidation of archaeological wood-past attempts, present struggles, and future requirements. Journal of Cultural Heritage, 13(3S), 2012.

Walsh, Z, Janecek, E-R, Jones, M, Scherman, O. A., 2017. Natural polymers as alternative consolidants for the preservation of waterlogged archaeological wood. Studies in Conservation, 62(3), 2017.