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345 results for “pottery”
Clay pottery from the migration period.
Clay pottery from the migration period. Part of grave find. Excavated in 1897. Dated to the migration period. 350-400 A.D. Museum ID number: S2015 Found in: Edland, Gjesdal, Rogaland - Norway Source: Objaverse 1.0 / Sketchfab
Adam, Maharashtra, India. Surface pottery collections in INHCRF Nasik
<p>Adam, Maharashtra, India. Surface pottery collections in INHCRF Nasik.</p>
Mandhal, Maharashtra, India. Surface pottery collections in INHCRF Nasik
<p>Mandhal, Maharashtra, India. Surface pottery collections in INHCRF Nasik.</p>
Neutron activation analysis data of pottery from Cerro Baul, Cerro Mejia, and Conchopata, Peru
<p>Neutron activation analysis data of pottery from Cerro Baul and Cerro Mejia, Moquegua Department, and Conchopata, Ayacucho Department, Peru.</p>
Neutron activation analysis data of pottery from La Viña, Tambo Real, and other sites in Lambeyeque, Peru
<p>Neutron activation analysis data of pottery from La Viña, Tambo Real, Túcume, Jotoro, Julupe, Cerro Cementerios, 257X01, and 2839X05, in Lambeyeque Department, Peru.</p>
Neutron activation analysis data of pottery and clays from Marcaya, Aja Taruca, Trancas, Uchuchuma, Upanca, Santa Luisa, Higosnoc, and other sites in the Nasca Region, Peru
<p>Neutron activation analysis data of pottery and clays from Marcaya, Aja Taruca, Trancas, Uchuchuma, Upanca, Santa Luisa, Higosnoc, and other sites in the Nasca Region, Ica Department, Peru.</p>
Neutron activation analysis data of pottery from Santa Rosa, Valencia, Descanse, San Carlos, and Yunguillo, Colombia
<p>Neutron activation analysis data of pottery from Santa Rosa, Valencia, Descanse, San Carlos, and Yunguillo, Cauca Department, Colombia.</p>
Neutron activation analysis data of pottery from El Azucar, Estero Cecilia, Loma de los Cangrejitos, and other sites in Ecuador
<p>Neutron activation analysis data of pottery from El Azucar, Valdivia Village, Tambo River, San Rafael, Loma de los Cangrejitos, and other sites in Santa Elena Province, Estero Cecilia, Palmito, and Santa Maria in Guayas Province, Salango in Manabí Province, and Arenillas in Oro Province, Ecuador.</p>
Neutron activation analysis data of pottery from Palmitopamba and other sites, Ecuador
<p>Neutron activation analysis data of pottery from Palmitopamba and other sites, Pichincha Province, Ecuador.</p>
Neutron activation analysis data of pottery from the Purísima Concepción shipwreck, Argentina
<p>Neutron activation analysis data of pottery from the Purísima Concepción shipwreck, Tierra del Fuego Province, Argentina.</p>
Neutron activation analysis data of pottery, clay, and sand from Butarincon, Puren-Lumaco, Huitranlebu, and Maicoya, Chile and Huaca Prieta, Peru
<p>Neutron activation analysis data of pottery, clay, and sand from Butarincon, Puren-Lumaco, Huitranlebu, and Maicoya, Araucanína Region, Chile, and Huaca Prieta, La Libertad Department, Peru.</p>
Neutron activation analysis data of pottery and clays from Quillagua, Guatacondo, and other sites in Chile and Argentina
<p>Neutron activation analysis data of pottery and clays from La Poroma, Punta Gualaguala, Hornitos, Michilla, Quillagua, Costa Sur, Desembocadura Loa, Chiu-Chiu, and Calama, Antofagasta Region, Caleta Huelén and Guatacondo, Tarapacá Region, Chile, and Puna, Jujuy Province, Argentina.</p>
Neutron activation analysis data of pottery from Carrizales, Mocupe Viejo, Cherrepe, Magdalena de Cao Viejo, and other sites, Peru
<p>Neutron activation analysis data of pottery from Carrizales, Mocupe Viejo, and other sites, Lambayeque Department, and Cherrepe and Magdalena de Cao Viejo, La Libertad Department, Peru.</p>
Neutron activation analysis data of pottery and clays from multiple sites in Argentina, Chile, and Bolivia
<p>Neutron activation analysis data of pottery and clays from Potrero-Chaquiago, Agua Verde, Ingenio del Arenal Medanos, Santa Ana Abajo, Corral Blanco, Catamarca Province, Mancapa, Oloma Bajada, and Quimili Paso, Santiago del Estero Province, La Quiaca Vieja, Pena Blanca, and Yavi Chico, Jujuy Province, Potrero de Payogasta, Cortaderas, and Valdes, Salta Province, Argentina; Koati and Sun Islands, La Paz Department, Bolivia; and Caquena Este, Huaiharani, and Cachicoca, Arica and Parinacota Region, Chile.</p>
Neutron activation analysis data of pottery from Pachacamac and other sites in the Lurín Valley, Peru
<p>Neutron activation analysis data of pottery from Pachacamac and other sites in the Lurín Valley, Peru</p>
Neutron activation analysis data of pottery, clay, obsidian, and andesite from multiple sites in Argentina
<p>Neutron activation analysis data of pottery, clay, obsidian, and andesite from multiple sites in Argentina and Chile</p> <p> </p>
Neutron activation analysis data of pottery from El Rincon, Los Angeles, Martinez, Piedras Blancas, Bordo de los Indios, and other sites, Argentina
<p>Neutron activation analysis data of pottery from El Rincon, Los Angeles, Martinez, Piedras Blancas, Bordo de los Indios, and other sites in Catamarca Province, Argentina</p>
Neutron activation analysis data of pottery from Rio Grande, Parque Grand Chaco, and Bañados del Izozog, Bolivia
<p>Neutron activation analysis data of pottery from Rio Grande, Parque Grand Chaco, and Bañados del Izozog, Santa Cruz Department, Bolivia.</p>
The MET-Pottery–Master Report
<p>The 'MET-Pottery–Master Report' is part of the PhD thesis submitted by C. Heitz at the University of Bern in 2018 and was coded by M. Hinz. The associated dataset was compiled within the SNSF project No 100011_156205 ‘Mobilities, Entanglements and Transformations in Neolithic Societies of the Swiss Plateau (3900-3500 BC)’, short ‘MET-project’, conducted at the Institute of Archaeological Sciences, University of Bern between 2014 and 2018 (<a href="https://data.snf.ch/grants/grant/156205">https://data.snf.ch/grants/grant/156205</a>; <a href="https://boris.unibe.ch/77649/">https://boris.unibe.ch/77649/</a>).</p> <p>It represents the largest and temporally most highly resolved collection of morphological pottery data of the Central European Neolithic. It offers data of 1046 ceramic vessels of different styles that originate out of 44 archaeological features of wetland and dryland sites of the northern Alpine Space and adjacent regions. Most of the archaeological contexts – anthropogenic layers of settlements, pits, and ditches – are typology-independent dated using dendrochronology or C14-dates. The data set includes a spreadsheet of nominal and numeric morphological variables, the collection of the vessels’ semi-profile silhouettes and the typological drawings from which all data was collected. In the scope of the MET-project ‘the data was used to elaborate a new mixed method research (MMR) methodology to investigate social relations beyond problematic concepts of homogeneous ‘archaeological cultures’. It is highly relevant for further methodological morphology-based research on pottery.</p>
GCMS data files for: Detection of dairy products from multiple taxa in Late Neolithic pottery from Poland: an integrated biomolecular approach
<p><span>The detection of dairy processing is pivotal to our understanding of ancient subsistence strategies. This culinary process is linked to key arguments surrounding the evolution of lactase persistence in prehistory. Despite extensive evidence indicating the presence of dairy products in ceramics in the European Neolithic, questions remain about the nature and extent of milk (and lactose) processing and consumption. In order to investigate past patterns of dairy processing, here we analyse ancient proteins identified from Late Neolithic Funnel Beaker ceramics, scrutinising the principle that curd and whey proteins partition during the production of dairy foods from milk. Our results indicate the presence of casein-rich dairy products in these vessels suggesting the creation of curd-enriched products from raw milk. Moreover, this analysis reveals the use of multiple species for their dairy products in the Late Neolithic Funnel Beaker culture, adding to a growing body of evidence that multiple taxa were exploited for dairying in the Neolithic. Alongside palaeoproteomic analysis we also apply lipid residue analysis, with discrepancies in these two approaches suggesting that effects from isotope mixing may be underestimating the frequency of milk use in prehistoric pottery, highlighting the utility of a multi-stranded approach.</span></p>
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