2014
DOI: 10.1007/s10816-014-9223-x
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Modernizing Spatial Micro-Refuse Analysis: New Methods for Collecting, Analyzing, and Interpreting the Spatial Patterning of Micro-Refuse from House-Floor Contexts

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Cited by 27 publications
(15 citation statements)
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“…Microartefact studies have been highlighted as having greater potential as primary refuse, as they are likely to escape the cleaning and deliberate removal that frequently occurs with larger material (Hull 1987, LaMotta and Schiffer 1999, Ullah et al 2015. The main conclusion from this work however is that microdebitage patterning is not a reliable tool for identification of 'in situ' activity, as was initially hoped.…”
Section: Changing Approaches To Activity Areas At çAtalhöyükmentioning
confidence: 87%
“…Microartefact studies have been highlighted as having greater potential as primary refuse, as they are likely to escape the cleaning and deliberate removal that frequently occurs with larger material (Hull 1987, LaMotta and Schiffer 1999, Ullah et al 2015. The main conclusion from this work however is that microdebitage patterning is not a reliable tool for identification of 'in situ' activity, as was initially hoped.…”
Section: Changing Approaches To Activity Areas At çAtalhöyükmentioning
confidence: 87%
“…Until recently, most archaeological studies of spatial patterns of activity areas have focused on reconstructions of the location of activities based on the distribution of artifacts (Hardy Smith & Edwards, 2004;Hodder & Orton, 1979;Kuijt & Goodale, 2009;Simek, 1987;Whallon, 1973). This approach carries limitations in the form of both prior-and postdepositional taphonomic processes influencing the location of artifacts, and often portray problematic links between the location of artifacts and other contextual, functional, or chronological evidence (Manzanilla & Barba, 1990;Ullah, Duffy, & Banning, 2015). The need for geoarchaeological approaches for the study of spatial activity patterns at archaeological sites has driven several research projects in the past two decades seeking to test and apply various microscopic techniques to the study of activity areas, such as micromorphology (Banerjea, Bell, Matthews, & Brown, 2015;Milek & Roberts, 2013;Shillito & Ryan, 2013), geochemistry (Middleton & Price, 1996;Terry, Fabian, Fernández, Parnella, & Inomata, 2004;Vyncke, Degryse, Vassilieva, & Waelkens, 2011), phytolith and spherulite analyses (Cabanes, Mallol, Expósito, & Baena, 2010;Portillo, Kadowaki, Nishiaki, & Albert, 2014;Tsartsidou, Lev-Yadun, Efstratiou, & Weiner, 2009), and mineralogy (Shahack-Gross & Finkelstein, 2008).…”
Section: Introductionmentioning
confidence: 99%
“…A much wider variety of scientific techniques are now commonly applied to household contexts in East Polynesia, similar to patterns in household archaeology worldwide (Estévez Escalera and Clemente-Conte 2013; King 2008;Kovács 2013;Robin 2003;Ullah et al 2015). For example, Kahn and Ragone (2013) discuss excavations at a round-ended house in the Society Islands where systematic flotation of subsurface feature contents allowed for the recovery of small carbonized fragments of breadfruit (Artocarpus altilis) exocarp.…”
Section: Household Archaeology In Polynesia: History and Methodsmentioning
confidence: 99%