Titlebook: Science and Technology in Historic Preservation; Ray A. Williamson,Paul R. Nickens Book 2000 Springer Science+Business Media New York 2000

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Science-Based Dating Methods in Historic Preservationoyed in prehistoric archaeological studies. This discussion focuses attention on the applications of the radiocarbon, dendrochronology, obsidian hydration, and archaeomagnetic dating in historic preservation. The employment of various analytical and technical approaches—of which Chronometric resolut

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Determination of Provenancey of methods of structural and compositional analysis. Through structural analysis it is often possible to determine how an object was made and through compositional analysis one usually can determine out of what materials an object was made. Since the methods and materials used in fabricating an ob

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Technologies for Wood Preservation in Historic Preservationte into beams, columns, and roof systems using simple hand tools. However, because of its biological origin, wood is one of the most complex constructions materials. It is produced by thousands of different species of trees, and each type of wood has unique properties. Wood has an affinity for moist

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Conservation of Cultural Materials from Underwater Sitesn underwater archaeology the activities of the conservation laboratory are considered to be a continuation of the field excavations with the recording of basic data along with the stabilization, preservation, and study of the recovered material being major objectives. Commonly used procedures for co

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The Use of Computers in Cultural Resource Managemente computer applications may be productive, and discusses the nature of software development in the historic preservation field. Specific applications are identified and discussed in four areas: building support, archaeology, collections management, and multiple resource management. Each application

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