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IT HAS BEEN accepted for many years that, unlike their silver counterparts, pewter chalices and patens found in priestly burials continued largely unchanged in form throughout the medieval period; this means that the presence of a pewter chalice or paten does not in itself currently offer any reliable dating of a related burial beyond a broad 13th–16th-century timeframe. Pewter chalices and patens recovered from 25 burials within York Minster between 1966 and 1973 are thought to represent the largest collection found within one church in England, and initial assessment of this collection and its related excavation data indicated that it offered the possibility of providing findspots for some of the vessels from recorded burials or dated archaeological sequences, and thus to provide more examples of tightly drawn dating. In the event, it has been possible to assign a single chalice and paten set to a recorded individual, and to provide others with periods within which, or after which, burial occurred. Scrutiny of the objects also resulted in the identification of two distinct forms of paten, one of which was shown in seven instances to bear incised motifs which had not been noted or commented upon previously. [ABSTRACT FROM AUTHOR]

This paper will outline the approach taken for monitoring of two waterlogged areas in England: the multi-period deposits beneath the historic town of Nantwich, Cheshire, and the Bronze Age timber platform at Whittlesey, Cambridgeshire. These two examples allow contrast and comparison between urban and rural contexts, and between multiple ownerships and single development. The projects also illustrate how English planning guidance can be variously interpreted dependent on conflicting aims and objectives. The paper will describe the characteristics of the sites, their past history and present threats, and the suggested management strategies for each. The duration, spatial interval, and methods of monitoring (including use of In Situ redox probes, Time Domain Reflectometry, sediment geochemistry, and water-level measurement) will be discussed, and how short-term data-gathering is actually what influences decision-making. [ABSTRACT FROM AUTHOR]

This paper discusses the approaches to characterizing and monitoring two very similar sites in proximity. It explores the paucity of scientific evidence for understanding conditions of preservation, and techniques for monitoring it, that presently exist for sites that lie in superficial unconsolidated sediments within which a capillary fringe has developed above a groundwater table, rather than for a more conventional water-logged site. Challenge and review by peers is essential for a robust approach to ensuring management measures are appropriate, rather than relying on the knowledge and experience of a single individual or team. Since 2007, a monitoring programme for the internationally important timber platform at Hanson's Must Farm clay extraction site has been developed and enhanced, whilst excavations within the footprint of the quarry have revealed outstanding preservation of organic remains. The 3000 year inundation and sedimentary sequence, and the 100 years recent development in this landscape, are described along with the unusual preservation processes which have contributed to exceptional survival of archaeological remains. The results from Must Farm are contrasted to the paucity of monitoring data from Flag Fen, and the separate trajectories between a developer-funded project and a nationally protected monument are discussed. [ABSTRACT FROM AUTHOR]

Abstract: The 11,000-year old lake edge archaeological site of Star Carr in the Vale of Pickering of North Yorkshire is one of the most famous Mesolithic sites in Europe, and one of the earliest, dated to the period of climatic warming that immediately followed the final termination of the last ice age. One of the main reasons for this international importance is the richness of its organic artefacts, faunal assemblage and environmental data. However, recent investigations have demonstrated that these organic remains have severely deteriorated over the last 60 years due to the decay and acidification of the surrounding peat. This paper presents research into the effects on the bone (histological analysis using light and polarising microscopy, and Transmission Electron Microscopy, bulk collagen analysis, and amino acid analysis), antler (visual and metrical analysis, loss on ignition and Scanning Electron Microscopy) and wood (visual analysis, decay assessment tests and Scanning Electron Microscopy). [Copyright &y& Elsevier]