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Henry VIII's warship Mary Rose sank in the Solent on 19 July 1545, during an engagement with a Franco/Papal invasion fleet. During excavation between 1979 and 1982, four cable coils and a number of lengths of cable and cablets were discovered. Direct study of these, combined with the excavation, finds, and conservation records, have established the number of cables found on the wreck, their spatial organization on the vessel, and their function at the time of the wrecking. Analysis of the cables has illuminated 16th‐century rope‐making techniques. The possible presence of Tudor salvage cables is also discussed.  相似文献   

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Abstract

In this paper, it is argued that The Life of Mary the Younger, an anonymous Byzantine text of the eleventh century, has a conscious intertextual dialogue with the oldest Byzantine Life venerating a holy woman, the Life of Macrina written by her brother, Gregory of Nyssa, between 380 and 383. The intertextual relation between these two female Lives takes the form of parody. Following Linda Hutcheon's theory of parody, this article shows how the anonymous hagiographer of Mary reworks Gregory's authoritative text to create a new work, a parody in terms of postmodern literary criticism, whose aim was to criticise old and contemporary customs, conventions and ideologies. In other words, the present article approaches and decodes the literariness, the function and ideology of Mary's Life in the light of Macrina's Life.  相似文献   

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The effect of skeletal exposure in a marine environment is an area of taphonomy that has been little investigated at the microscopic level. Understanding the peri‐mortem and subsequent post mortem history of deposition and/or redeposition is extremely important for event reconstruction and to identify deliberate or accidental redeposition. The material used for this study comes primarily from the Mary Rose shipwreck (a marine mass fatality dated AD 1545), and forensic material recovered from marine, lacustrine and terrestrial contexts is retrospectively referenced. Work presented here outlines a definitive type of marine exposure seen in temperate shallow off‐shore and intertidal marine contexts, and illustrates how it may be differentially identified from terrestrial deposition and exposure. Furthermore, the effects of rapid deposition on skeletal remains have been documented, and results indicate that marine organism fouling activity can be fully inhibited by rapid deposition of sediment. The responsible organism itself remains unidentified, but produces tunnels which are peripheral in their distribution and maintain fixed dimensions and morphology and are here associated with marine exposure. This type of microstructural change is unique and is not found in terrestrial or freshwater contexts. The study demonstrates a taphonomic microstructural change to bone and teeth which may be identified microscopically and interpreted as evidence of marine exposure. Secondarily, the history of depositional exposure between the two main Tudor layers has provided a new level of detail concerning exposure and site formation processes. The earliest Tudor layer formed rapidly over a period of months and contained no evidence of microstructural tunnelling, whereas microstructural tunnelling was seen exclusively in the second Tudor layer, formed over a period of decades, a period during which the ship's hull collapsed and a more open marine environment dominated. Copyright © 2007 John Wiley & Sons, Ltd.  相似文献   

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