The timing, environmental setting and archaeological signatures of an early human presence in northernEurope have been longstanding themes of Palaeolithic research. In the space of 20 years, the... Show moreThe timing, environmental setting and archaeological signatures of an early human presence in northernEurope have been longstanding themes of Palaeolithic research. In the space of 20 years, the earliestrecord of human occupation in Britain has been pushed back from 500 ka (Boxgrove) to 700 ka (Pakefield)and then to >800 ka (Happisburgh Site 3). Other sites also contribute to this record of humanoccupation; a second locality at Happisburgh, referred to as Site 1, attests to human presence at around500 ka (MIS 13). This paper provides the first comprehensive account of research undertaken at HappisburghSite 1 since 2000. The early human landscape and depositional environment was that of a riverfloodplain, where an active river channel, in which a grey sand was deposited, was abandoned, forming afloodplain lake, with marginal marsh/swamp environments, which was infilled with organic mud. Thissuccession is sealed by Middle Pleistocene glacial deposits. An assemblage of 199 flint flakes, flake toolsand cores was recovered from the grey sand and organic mud. The evidence from Happisburgh Site 1 isplaced in the context of the wider British and European MIS 13 record. The growing evidence for asignificant dispersal of humans into northern Europe around 500 ka raises critical questions concerningthe environmental conditions under which this took place. We also consider the evolutionary andbehavioural changes in human populations that might have enabled the more widespread and persistentperiod of human presence in northern Europe at this time. Show less
Laugerie-Haute is one of the key sequences of the European Upper Paleolithic. However, the absolute chronologyof the sequence is not well-established, and recently the integrity of the layers has... Show moreLaugerie-Haute is one of the key sequences of the European Upper Paleolithic. However, the absolute chronologyof the sequence is not well-established, and recently the integrity of the layers has been called into question. Inthis paper, we present new radiocarbon dating results for the entire sedimentary sequence at Laugerie-HauteOuest, which contains important “Aurignacian V” and Solutrean assemblages. Our results show that the entireLaugerie-Haute Ouest sequence was deposited in a period of 8500–0,000 years, dating between 28 and19 cal. kBP. Show less
This volume brings together presentations from two sessions organized for the XVII World UISPP Conference that was held from 1-7 September 2014 in Burgos (Spain). The sessions are: The scientific... Show moreThis volume brings together presentations from two sessions organized for the XVII World UISPP Conference that was held from 1-7 September 2014 in Burgos (Spain). The sessions are: The scientific value of 3D archaeology, organised by Hans Kamermans, Chiara Piccoli and Roberto Scopigno, and Detecting the Landscape(s) – Remote Sensing Techniques from Research to Heritage Management, organised by Axel Posluschny and Wieke de Neef. The common thread amongst the papers presented here is the application of digital recording techniques to enhance the documentation and analysis of the spatial component intrinsically present in archaeological data. For a long time the capturing of the third dimension, the depth, the height or z-coordinate, was problematic. Traditionally, excavation plans and sections were documented in two dimensions. Objects were also recorded in two dimensions, often from different angles. Remote sensing images like aerial photographs were represented as flat surfaces. Although depth could be visualized with techniques such as stereoscopes, analysis of relief was troublesome. All this changed at the end of the last century with the introduction of computer based digitization technologies, 3D software, and digital near-surface sampling devices. The spatial properties of the multi-scale archaeological dataset can now be accurately recorded, analysed and presented. Relationships between artefacts can be clarified by visualizing the records in a three dimensional space, computer-based simulations can be made to test hypotheses on the past use of space, remote sensing techniques help in detecting previously hidden features of landscapes, thus shedding light on bygone land uses. Show less
This internal report from the faculty of Archaeology of the University of Leiden provides an overview of excavations done between 2004 and 2012 at the coastal area referred to as Happisburgh I at... Show moreThis internal report from the faculty of Archaeology of the University of Leiden provides an overview of excavations done between 2004 and 2012 at the coastal area referred to as Happisburgh I at the east Anglian coast. Here several excavations have produced archaeological and biological material relevant to early hominin occupation on the British coastal area. Show less
