Spiralled patchwork in pottery manufacture and the introduction of farming to Southern Europe

Abstract

Abstract

Entre trazas, gestos y productores: el análisis traceológico como método de aproximación a las técnicas de modelado en las producciones cerámicas prehistóricas

“…Recientemente, estos métodos están siendo ampliados con el análisis de la estructura interna de las cerámicas a través de la microtomografía computarizada (µCT) (p. ej. Kahl y Ramminger, 2012;Sanger et al, 2012;Neumannová et al, 2017;Gomart et al, 2017).…”

Influence of porosity on lipid preservation in the wall of archaeological pottery

“…; Kulkova and Kulkov ; Gomart et al . ). Both techniques have the advantage of being non‐destructive, but a quantitative study of the distribution of porosity requires specific data processing (image‐analysing software or mathematical treatments of the tomography data; Aprile et al .…”

“…; Volzone and Zagorodny ; Thér ; Gomart et al . ), the physical properties related to pottery function (Rice , 350–354; Moraru and Szendrei ; Lapp ), and resistance to degradation during burial (Bronitsky , 225–231). However, although several authors mention relationships between porosity and organic products trapped in pottery walls, only a few have investigated porosity in this view (Namdar et al .…”

“…Porosity of ceramic vessels has been investigated to study pottery manufacture and firing (Sanders 1973;Morariu et al 1977;Maniatis and Tsirtsoni 2002;Carvalho et al 2006;Sobott et al 2014;Volzone and Zagorodny 2014;Thér 2016;Gomart et al 2017), the physical properties related to pottery function (Rice 1987, 350-354;Moraru and Szendrei 2010;Lapp 2012), and resistance to degradation during burial (Bronitsky 1986, 225-231). However, although several authors mention relationships between porosity and organic products trapped in pottery walls, only a few have investigated porosity in this view (Namdar et al 2009;Correa-Ascencio and Evershed 2013;Matlova et al 2017) and none has specifically studied the properties of absorption and preservation of organic molecules detected in archaeological pottery using porosity analysis.…”

“…From a methodological perspective, porosity of archaeological pottery has been studied by producing two-dimensional (2D) images using scanning electron microscopy (SEM; Maniatis and Tsirtsoni 2002;Carvalho et al 2006;Moraru and Szendrei 2010;Correa-Ascencio and Evershed 2013) or three-dimensional (3D) images by micro-tomography (Sobott et al 2014;Kulkova and Kulkov 2016;Gomart et al 2017). Both techniques have the advantage of being non-destructive, but a quantitative study of the distribution of porosity requires specific data processing (imageanalysing software or mathematical treatments of the tomography data; Aprile et al 2014;Reedy et al 2014, Adrian De la Fuente andVera 2015;Thér 2016).…”