História, Arqueologia e Património | Artigos em revistas internacionais / Papers in international journals
Permanent URI for this collection
Browse
Browsing História, Arqueologia e Património | Artigos em revistas internacionais / Papers in international journals by Sustainable Development Goals (SDG) "04:Educação de Qualidade"
Now showing 1 - 4 of 4
Results Per Page
Sort Options
- “Não sei pintar em azulejo!”: conversa com Jorge MartinsPublication . Câmara, Maria Alexandra Gago da; Leitão, InêsEntrevista ao pintor Jorge Martins sobre a sua obra em Azulejo.
- Osseous industry and exploitation of animal resources in Southern Iberia during the Upper PalaeolithicPublication . Évora, Marina; Haws, Jonathan; Bicho, NunoDuring the Upper Palaeolithic, several climatic events were recorded in some archaeological sites in the Southern Iberian Peninsula. The aim is to focus on the relations between those phenomena and the mammal species hunted by hunter-gatherers groups, and whose bones were used, along with lithics, as raw material for manufacturing their bone toolkits. Hunter-gatherers seemed to have had a preference on hunting ungulates species that are gregarious such as red deer and goat, one of the characteristics of the faunal assemblages from the archaeological sites located near the coastal zones, including Vale Boi and Cendres in Southern Iberia. Regarding their toolkits, there was a preference in choosing mammal bone for the manufacture of their hunting and fishing equipment, as well as other utensils of daily life, during the Gravettian and Solutrean. Hunter-gatherers were preferably hunting juvenile and female red deer that do not have antlers. The opposite occurred during the Magdalenian, where red deer antler was used much more as a raw material. The Final Magdalenian and Epimagdalenian saw a decrease in the quantities of osseous artefacts and even a total absence of harpoons in Southern Iberian archaeological assemblages.
- A outra história: por uma narração alternativa das lutas de libertação nos PALOPPublication . Bussotti, Luca; Jacquinet, MarcTemos consciência de que este dossiê irá despertar críticas por parte da historiografia oficial e de seus defensores; assim como será positivamente apreciado por parte de quem ficou de fora da narração oficial em cada um dos PALOP. Entretanto, se assim for, o objetivo será alcançado, pois, neste momento histórico, ainda mais importante do que estabelecer uma verdade incontestável é ajudar os investigadores, principalmente africanos, a debaterem sobre temas relacionados com a formação da nação e do nacionalismo nos PALOP.
- Species identification of osseousmuseum artefacts through peptide mass fingerprinting illustrated by a study on objects from Neolithic to Iron Age ArmeniaPublication . Antonosyan, Mariya; Mkrtchyan, Satenik; Amano, Noel; Davtyan, Ruben; Yeranyan, Nzhdeh; Badalyan, Mikayel; Poghosyan, Svetlana; Telunts, Anahit; Stepanyan, Karine; Amiryan, Mariam; Zakyan, Tigran; Eloshvili, Mariami; Zarikian, Noushig; Adigyozalyan, Ani; Gyonjyan, Andranik; Simonyan, Hasmik; Sargsyan, Vahe; Saribekyan, Mariam; Hovhannisyan, Anahit; Simonyan, Hakob; Martirosyan-Olshansky, Kristine; Piliposyan, Ashot; Khachatryan, Zaruhi; Évora, Marina; Paladugu, Roshan; Bobokhyan, Arsen; Roberts, Patrick; Yepiskoposyan, LevonIdentifying animal species used in osseous industry production is crucial for reconstructing humananimal interactions in ancient societies. However, bone artefact manufacture often involves intensive modifications to raw materials that hamper taxonomic identifications. Here, for the first time in central Eurasia, we taxonomically assess bone objects stored in museum collections, recovered from Late Neolithic to Iron Age contexts in Armenia, using a minimally invasive peptide mass fingerprinting technique, also known as Zooarchaeology by Mass Spectrometry (ZooMS). Our pilot study shows remarkable collagen preservation in the bone artefacts, demonstrating the rich potential of ZooMS for examining legacy collections. The successful ZooMS screening provided taxonomic identification for 86% of the artefacts, offering insights into species selection for bone manufacturing, as well as broader socioeconomic developments and interregional links. Our study underscores the utility of minimally invasive proteomic techniques, enabling the preservation of cultural and historical artefacts while addressing limitations of studying museum collections.