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He has developed a luminescence dating laboratory with the capability to support both dating and methodological investigation, and his research has included the study of the luminescence properties of minerals, their application to dating and also to radiation dosimetry. Currently the primary materials of interest are sediments from prehistoric sites and ceramic materials from medieval buildings and structures. Recent work on the dating of brick from medieval buildings of known age has shown that luminescence is capable of providing reliable and accurate results. The work on medieval buildings, combined with an interest in instrumentation, has included collaborative work on the application of infrared thermography to the structural analysis of medieval buildings with Prof. Danny Donoghue in the Geography Department.
Ian’s research students have worked on various aspects of the application of luminescence to the dating of structures and archaeological deposits. Two recent theses have focused on the application of OSL to the dating of medieval buildings; Sophie Blain (now a postdoc at the University of Liege) investigated the use of brick in early medieval buildings in SE England and Normandy (Dual PhD with Univ. Bordeaux III), Tom Gurling (now at the Royal Museums Greenwich) on the dating of brick in medieval and early modern buildings in Essex (an AHRC Collaborative Award with English Heritage), paying particular attention to the reuse of brick. Gillian Hutton’s thesis on roads and routeways in County Durham included exploratory work on the dating of road surfaces. In collaborative work with statistical specialists (Andrew Millard and Michael Goldstein) Bayesian analysis has been applied to the calculation and analysis of luminescence ages and Jeremy Disley is currently developing further the work completed by Alicia Huntriss (EPSRC CASE studentship with English Heritage). Active areas of research in which potential doctoral projects can be defined include the dating of: irrigation systems in arid regions; upland Palaeolithic sites in Southern Britain; coastal sites with preserved aeolian deposits; the construction of early medieval buildings.
Ian’s research students have worked on various aspects of the application of luminescence to the dating of structures and archaeological deposits. Two recent theses have focused on the application of OSL to the dating of medieval buildings; Sophie Blain (now a postdoc at the University of Liege) investigated the use of brick in early medieval buildings in SE England and Normandy (Dual PhD with Univ. Bordeaux III), Tom Gurling (now at the Royal Museums Greenwich) on the dating of brick in medieval and early modern buildings in Essex (an AHRC Collaborative Award with English Heritage), paying particular attention to the reuse of brick. Gillian Hutton’s thesis on roads and routeways in County Durham included exploratory work on the dating of road surfaces. In collaborative work with statistical specialists (Andrew Millard and Michael Goldstein) Bayesian analysis has been applied to the calculation and analysis of luminescence ages and Jeremy Disley is currently developing further the work completed by Alicia Huntriss (EPSRC CASE studentship with English Heritage). Active areas of research in which potential doctoral projects can be defined include the dating of: irrigation systems in arid regions; upland Palaeolithic sites in Southern Britain; coastal sites with preserved aeolian deposits; the construction of early medieval buildings.
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Papers共 106 篇Author StatisticsCo-AuthorSimilar Experts
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Radiation Measurements (2023): 106909-106909
Lisa Snape,Ian Bailiff
Ancient Arms Race: Antiquity's Largest Fortresses and Sasanian Military Networks of Northern Iranpp.739-744, (2023)
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