Busca
Resultados da Busca
-
2016
Book chapter
‘Thanks to you the best has been made of a bad job’: Vere Gordon Childe and the Bronze Age cairn at Ri Cruin, Kilmartin, Argyll & Bute
Ri Cruin is one of the series of Early Bronze Age cairns that make up the well-known linear cemetery in Kilmartin Glen, Argyll. The aim of this short paper is to make more fully accessible and account of the work undertaken by Gordon Childe in the summer of 1936 when...Cowie, Trevor
Kilmartin Glen, cairn, Vere Gordon Childe, Bronze Age, Argyll, and Ri Cruin
-
2007
Book chapter
Dating the Scottish bronze age: "There is clearly much that the material can still tell us"
Results from a current National Museums of Scotland (NMS) radiocarbon dating initiative, the Dating Cremated Bones Project, are presented. The project takes advantage of a recent development in radiocarbon dating that enables reliable dates to be obtained from cremated bone. The results indicate that Collared Urns were in use in...Sheridan, J A
dating, SCOTLAND, Bronze Age, and collared urns
-
2021
Book chapter
Bronze Age beads
Four beads were found during the excavations: two from pit [1454] containing Urn 4 (P4) with Barrow 14, and two from pit [11] under Barrow 22. All four were analysed by Dr Lore Troalen using qualitative X-ray fluorescence spectrometry (XRF) (App 13.6). -
2022
Book chapter
From Ultima Thule: fragmentation in the Bronze Age metalwork of Scotland
While ancient Thule was probably located beyond modern Scotland (Breeze & Wilkins 2018), the title of this contribution seems appropriate since Scotland was on the margin of the Bronze Age world depicted by Patrice Brun (1991: fig. 8, insert). After a brief period when copper and gold were used, bronze...O'Connor, Brendan ; Cowie, Trevor
Scottish metalwork, bronze axes, hoards, Bronze Age, gold, Scottish Archaeological Research Framework, Thule, and copper
-
2023
Book chapter
Lithics
Evidence for earlier prehistoric activity in the vicinity of Iron Age settlements is common in the north-east region, and the sites of Morley Hill and Lower Callerton are no exceptions. Pre-Iron Age activity tends to be scattered and smaller in scale, often appearing as a series of discrete pits, only...Anderson-Whymark, Hugo
Lithics, Mesolithic , Lower Callerton, Morley Hill , Bronze Age, Neolithic, and earlier prehistory
-
2023
Book chapter
'Neolithic' and 'Chalolithic?/Early Bronze Period' In: Boughey, Keith, A Tale of Two Collectors: The Lithic Collections of Geoffrey Taylor and David Heys (with particular reference to the county of Yorkshire)
The book begins with brief biographies of the two collectors and outlines the areas in which they collected, principally the North York Moors, and their method of working, before attempting to set their work into its wider prehistoric context. It then explains how the over 18,000 worked pieces in the...Sheridan, J A
Flint, Jet, North York Moors, Neolithic, Lithics, and Bronze Age
-
2019
Book chapter
Collaboration. In: Y. Pailler, M. Errera, J. Rolet 'L’outillage poli et les objets de parure'
The polished material discovered during the excavations of the site is limited to twenty-two objects. Their petrographic and spectroradiometric allows us to define exploited rocks and in some cases to provide the source of raw materials. Polished stone axes are highly fragmented and exclusively made of fibrolites. Two continental sources...Troalen, Lore
megaliths, Molène Archipelago, households, domestic architecture, Bronze Age, Brittany, prehistoric subsistence, multidisciplinary research, Bretagne, and Neolithic archaeology
-
2023
Book chapter
Selective fragmentation. Exploring the treatment of metalwork across time and space in Bronze Age Britain
During the Bronze Age (BA), thousands of metal tools, weapons and ornaments were buried across Europe in graves, settlements, single finds and hoards in the natural landscape. Many show evidence of deliberate treatment and structured and selective deposition. The concept of selective deposition (i.e. the decision to deposit objects in...Knight, Matthew G
Bronze Age, metal deposition, selective fragmentation practice, and Britain