ASSESSMENT OF DETERIORATION IN ARCHAEOLOGICAL WOOD FROM ANCIENT EGYPT
ROBERT A. BLANCHETTE, JOHN E. HAIGHT, ROBERT J. KOESTLER, PAMELA B. HATCHFIELD, & DORTHEA ARNOLD
REFERENCES
Baker, A. J.1974. Degradation of wood by products of metal corrosion. USDA Forest Service Research Paper FPL–229.
Barclay, R.1981. Wood consolidation on an eighteenth century English fire engine. Studies in Conservation26:133–39.
Blanchette, R. A.1991. Delignification by wood-decay fungi. Annual Review of Phytopathology29:381–98.
Blanchette, R. A., K. R.Cease, A. R.Abad, T. A.Burnes, and J. R.Obst. 1991a. Ultrastructural characterization of wood from Tertiary fossil forests in the Canadian Arctic. Canadian Journal of Botany69:560–68.
Blanchette, R. A., K. R.Cease, A. R.Abad, R. J.Koestler, E.Simpson, and G. K.Sams. 1991b. An evaluation of different forms of deterioration found in archaeological wood. International Biodeterioration28:3–22.
Blanchette, R. A., T.Nilsson, G.Daniel, and A.Abad. 1990. Biological degradation of wood. In Archaeological wood: Properties, chemistry, and preservation, ed.R. M.Rowell and R. J.Barbour. Advances in Chemistry series 225. Washington, D.C.: American Chemical Society. 141–74.
Blanchette, R. A., and E. Simpson.1992. Soft rot and wood pseudomorphs in an ancient coffin (700 B.C.) from Tumulus MM at Gordion, Turkey. International Association of Wood Anatomists Bulletin, n.s. 13:201–13.
Borgin, K., N.Parameswaren, and W.Liese.1975. The effect of aging on the ultrastructure of wood. Wood Science and Technology9:87–98.
Burns, G., K. M.Wilson-Yang, and J. E.Smeaton.1989. Archaeological sites as physicochemical systems: Macroarchaeometry of the tomb of Nefertari, Valley of the Queens, Egypt. In Archaeological chemistry IV,ed.R. O.Allen. Advances in Chemistry series 220. Washington D.C.: American Chemical Society. 289–310.
Chang, S. T., D.N.S.Hon, and W. C.Feist.1982. Photo degradation and photo protection of wood surfaces. Wood and Fiber Science14:104–17.
Dahlquist, R. L., and J. W.Knoll. 1978. Inductively coupled plasma-atomic emission spectrometry: Analyses of biological materials and soils for trace and ultra-trace elements. Applied Spectroscopy32:1–30.
Daniel, G. F., and T.Nilsson.1986. Ultrastructural observations on wood degrading erosion bacteria. International Research Group on Wood Preservation. Document IRG/WP/1283.∗
Eriksson, K.–E., R. A.Blanchette, and P.Ander. 1990. Microbial and enzymatic degradation of wood and wood components.New York: Springer-Verlag.
Fengel, D.1991. Aging and fossilization of wood and its components. Wood Science and Technology25:153–77.
Hatchfield, P. B.. 1986. Note on a fill material for water sensitive objects. Journal of the American Institute for Conservation25:93–96.
Hatchfield, P. B., and R. J.Koestler. 1987. Scanning electron microscopic examination of archaeological wood microstructure altered by consolidation treatments. Scanning Microscopy1:1059–69.
Highley, T. L., and B. L.Illman. 1991. Progress in understanding how brown-rot fungi degrade cellulose. Biodeterioration Abstracts5:231–44.
Hoffmeyer, P. 1976. Mechanical properties of soft-rot-decayed Scots pine with special reference to wooden poles. In Soft rot in utility poles. Swedish Wood Preservation Institute 117. Stockholm, Sweden: Swedish Wood Preservation Institute. 2.1–2.55.
Kass, A., F. F.Wangaard, and H. A.Schroeder. 1970. Chemical degradation of wood: The relationship between strength retention and pentosan content. Wood and Fiber Science2:31–39.
Keepax, C.1975. Scanning electron microscopy of wood replaced by iron corrosion products. Journal of Archaeological Science2:145–50.
Kirk, T. K., and E. B.Cowling. 1984. Biological decomposition of solid wood. In The chemistry of solid wood, ed.R. M.Rowell. Advances in Chemistry series 207. Washington D.C.: American Chemical Society. 455–87.
Kuo, M-l, and N.Hu. 1991. Ultrastructural changes of photodegradation of wood surfaces exposed to UV. Holzforschung45:347–53.
Liese, W. 1970. Ultrastructural aspects of woody tissue disintegration. Annual Review of Phytopathology8:231–57.
Mace, A. C., and H. E.Winlock. 1916. The tomb of Senebtisi at Lisht.New York: Metropolitan Museum of Art.
Marian, J. E., and A.Wissing. 1960. The chemical and mechanical deterioration of wood in contact with iron: Part 2, Chemical decomposition. Svensk Pappersmassetidning63:98–106.
Nilsson, T.1973. Studies on wood degradation and cellulolytic activity of microfungi. Studia Forestalia Suecica Nr.104.
Nilsson, T., and G. F.Daniel.1983. Tunnelling bacteria. International Research Group on Wood Preservation. Document IRG/WP/1186.∗
Nilsson, T., and G.Daniel.1990. Structure and the aging process of dry archaeological wood. In Archaeological wood: Properties, chemistry, and preservation, ed.R. M.Rowell and R. J.Barbour, Advances in Chemistry series 225. Washington, D.C.: American Chemical Society. 67–86.
Nilsson, T., and A. P. Singh. 1983. Cavitation bacteria. International Research Group on Wood Preservation. Document IRG/WP/1235.∗
Obst, J. R., N. J.McMillan, R. A.Blanchette, D. J.Christensen, D. M.Crawford, O.Faix, J. S.Han, T. A.Kuster, L. L.Landucci, R. H.Newman, R. C.Pettersen, V. H.Schwandt, and M. F.Wesolowski. 1991. Characterization of Canadian Arctic fossil woods. In Tertiary fossil forests of the Geodetic Hills, ed.R. L.Christie and N. J.McMillan. Geological Survey of Canada, Bulletin 403. Axel Heiberg Island, Arctic Archipelago: Geological Survey of Canada. 123–46.
Panshin, A. J., and C.de Zeeuw. 1970. Textbook of wood technology, 3d ed.New York: McGraw-Hill.
Parameswaran, N.1981. Micromorphology of spruce timber after long-term service in a potash store house. Holzforschung39:149–56.
Parameswaran, N., and K.Borgin. 1980. Micromorphological and analytical study of an ancient pinewood from Cyprus containing metallic copper. Holzforschung34:185–90.
Scheffer, T. C., and E. B.Cowling. 1966. Natural resistance of wood to microbial deterioration. Annual Review of Phytopathology4:147–70.
Schniewind, A. P.1990. Consolidation of dry archaeological wood by impregnation with thermoplastic resins. In Archaeological wood: Properties, chemistry and preservation, ed.R. M.Rowell and R. J.Barbour. Advances in Chemistry series 225. Washington, D.C.: American Chemical Society. 361–71.
Singh, A. P., and J. A.Butcher. 1990. Bacterial degradation of wood cell wall: A review of degradation patterns. International Research Group on Wood Preservation. Document IRG/WP/1460.∗
Wardrop, A. B., and H. E.Dadswell. 1955. The structure and properties of tension wood. Holzforschung9:97–103.
Wilkins, A. P., and J. A.Simpson.1988. Difibring of roof timbers. Journal of the Institute of Wood Science11:121–25.
Zayed, A. H.. 1956. Deux statues describe accroupi en bois (Mitri) dans les Magasins de Saggara. In Trois etudes D'Egyptologie. Le Cave: Imprimerie Dar el-Hana. 14–21.
∗Available from the IRG Secretariat, Box 5607, S-11428 Stockholm, Sweden.
SOURCES OF MATERIALSQuetolNissan EM Co., Ltd., Shinjyuku, Tokyo, Japan
AUTHOR INFORMATION
ROBERT A. BLANCHETTE, Ph.D., is a professor in the Department of Plant Pathology at the University of Minnesota. He has written two books, several review chapters, and numerous scientific articles on microbial degradation processes of wood. Current research activities focus on biodeterioration in archaeological wood from terrestrial and aquatic environments and on developing appropriate conservation methods for decayed wood. Address: Department of Plant Pathology, University of Minnesota, 495 Borlaug Hall, 1991 Upper Buford Circle, St. Paul, Minn. 55108.
JOHN E. HAIGHT holds a bachelor's degree and is a research associate working with R. A. Blanchette. With an expertise in electron microscopy, he is involved with many research projects studying the ultrastructure of biodeteriorated wood. Address as for Blanchette.
ROBERT J. KOESTLER has a Ph.D. in the field of cellular biology from the City University of New York. He has worked in the museum field for 18 years, 8 of them managing a scanning electron microscope facility at the American Museum of Natural History in New York, and the balance at the Metropolitan Museum of Art, New York, where he is currently research scientist. His more than 60 publications cover aspects of the biological and conservation sciences. His most recent research concerns development and evaluation of conservation strategies for preserving artistic and historic materials, especially those affected by biodeterioration. Address: Objects Conservation, Metropolitan Museum of Art, 1000 Fifth Ave., New York, N.Y. 10028-0198.
PAMELA B. HATCHFIELD holds a B.A. from Vassar College and an M.A. and diploma from New York University in art history and conservation. She is currently an associate conservator of objects and sculpture at the Museum of Fine Arts, Boston. She has served as conservation assistant at the Metropolitan Museum of Art and site conservator at Apis Bull Sanctuary, Memphis and Western Cemetery, Giza, Egypt. Address: Museum of Fine Arts, Boston, 465 Huntington Ave., Boston, Mass. 02115.
DORTHEA ARNOLD is the Lila Acheson Wallace Curator of the Egyptian Art Department at the Metropolitan Museum of Art. She has excavated extensively in Lisht as well as other locations in Egypt. Address: Egyptian Department, Metropolitan Museum of Art, 1000 Fifth Ave., New York, N.Y. 10028–0198.
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