Published Date
Quaternary International Available online 6 September 2015,doi:10.1016/j.quaint.2015.08.026 In Press, Corrected Proof —Note to users Author
María Martín-Seijo a,b,c,,
João Pedro Tereso b
Ana M.S. Bettencourt c,d
Hugo A. Sampaio c
Emilio Abad Vidal e
Lorena Vidal Caeiro f
aStudy Group for the Prehistory of NW Iberia-GEPN (GI-1534), Department of History I, University of Santiago de Compostela, Santiago de Compostela, Spain
bInBio – Research Network in Biodiversity and Evolutionary Biology (Associated Laboratory), CIBIO – Research Center in Biodiversity and Genetic Resources, University of Porto, Porto, Portugal
cLandscape, Heritage and Territory Laboratory (Lab2PT), University of Minho, Braga, Portugal
dDepartment of History, Social Sciences Institute, University of Minho, Braga, Portugal
eCESGA – Centro de Supercomputación de Galicia, Spain
fZeta Arqueoloxía S.L, Spain
Available online 6 September 2015.
Abstract This paper focuses on the web of relationships established between Early and Middle Bronze Age communities and their environment in Northwest Iberia. Charcoal remains recovered from settlements and funerary sites in this area can inform a greater understanding of wood resource procurement and woodland management strategies adopted by these small-scale communities. Although charcoal analysis of contexts with chronologies ranging from 2200 to 1200 cal. BC is not commonly undertaken in this area, data from this period are of great importance because it represents a phase of major deforestation and landscape change. Wood resources were local and exploitation was conditioned by their availability in the environs of the sites. These communities established a clear preference forQuercuswood, combined recurrently with shrubby species of the Fabaceae family. This co-occurrence, previously observed in Middle and Late Bronze Age contexts, could extend back to the Early Bronze Age and even to the Late Neolithic. The presence of small trees and shrubs such as Rosaceae/Maloideae andCorylus avellanacould be related with the open landscape that characterises this period, and with the existence of woodland management practices designed to prevent forest regeneration. Keywords
Corresponding author. Study Group for the Prehistory of NW Iberia-GEPN (GI-1534), Department of History I, University of Santiago de Compostela, Santiago de Compostela, Spain.
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Published Date
Comptes Rendus Palevol July–August 2015, Vol.14(5):411–422,doi:10.1016/j.crpv.2015.03.010 Human Palaeontology and Prehistory (Prehistoric Archaeology)
Author
M Ángeles Medina-Alcaide
José Luis Sanchidrián Torti
Lydia Zapata Peña
Abstract
This study examines 100 charred plant macroremains from the inner galleries of Cueva de Nerja in order to better understand the context of Palaeolithic rock art and obtain information about possible lighting systems. The remains were retrieved on the surface, very close to Palaeolithic cave paintings, and also from inside possible points of fixed lighting. The predominant wood-type is Pinus sp., especially Pinus tp. sylvestris/nigra. The taphonomic alterations recorded are attributable to the combustion process (vitrification and cracks), the possible gathering of dead wood (fungal hyphae/mycelia), the use of branches and twigs (reaction wood) and the burning of resinous taxa (resin marks). The identification of a vegetative bud of Pinus sylvestris furnishes information about the use of tree branches, as well as the time of year at which the Cueva de Nerja may have been frequented by prehistoric groups.
Résumé Cette étude examine 100 macrovestiges de plantes carbonisées provenant des galeries intérieures de Cueva De Nerja, afin de mieux comprendre le contexte de l’art pariétal paléolithique et d’obtenir des informations sur les possibles systèmes d’éclairage. Les restes ont été récupérés en surface, très près des peintures paléolithiques de la caverne, et également à l’intérieur des possibles lieux d’éclairage fixe. Le type de bois prédominant estPinussp., particulièrementPinustp.sylvestris/nigra. Les altérations taphonomiques enregistrées sont attribuables au processus de combustion (vitrification et fissures), à un possible ramassage de bois mort (hyphes/mycéliums de champignons), à l’utilisation de branches et de brindilles (bois de réaction) et à la combustion de taxons résineux (marques de résine). L’identification d’un bourgeon végétatif dePinus sylvestrisdocumente l’utilisation de branches d’arbre, ainsi que l’époque au cours de laquelle la Cueva de Nerja a pu être fréquentée par les groupes préhistoriques. Keywords