Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis

Since the research in 2018 until 2019, pottery sherds are the most dominant artifact from Mulyosari megalithic site amongst other. Hence, analysis conducted towards pottery directly associated with the megaliths are important. Petrographic analysis that was applied in this research is aiming to und...

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Main Authors: Putri Novita Taniardi, Anggara Nandiwardhana, Maulana Ainul Yaqin, Citra Iqliyah Darojah
Format: Article
Language:English
Published: Balai Arkeologi Yogyakarta 2021-05-01
Series:Berkala Arkeologi
Subjects:
Online Access:http://localhost:8888/upgrade3306/index.php/berkalaarkeologi/article/view/610
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spelling doaj-a1eee42bfa074109b87b5ef853c0fc3f2021-06-03T04:57:50ZengBalai Arkeologi YogyakartaBerkala Arkeologi0216-14192548-71322021-05-01411Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysisPutri Novita Taniardi0Anggara Nandiwardhana1Maulana Ainul Yaqin2Citra Iqliyah Darojah3Regional Agency for Archaeological Research in D.I. Yogyakarta ProvinceAssociation of Indonesian ArchaeologistsAlumni of Universitas Gadjah MadaAssociation of Indonesian Archaeologists Since the research in 2018 until 2019, pottery sherds are the most dominant artifact from Mulyosari megalithic site amongst other. Hence, analysis conducted towards pottery directly associated with the megaliths are important. Petrographic analysis that was applied in this research is aiming to understand the technology and the material source of pottery at Mulyosari Site. It is necessary to know whether the pottery is locally made or imported from other region. Petrographic analysis was carried out to several excavated pottery samples. All the samples were not randomly chosen; instead they were based on specific character of pottery sherds. The result of analysis shows that the source of pottery material located within geological formation of researched area comprises Sukamade, Merubetiri, Batu Ampar, and Merubetiri limestone. The result of analysis also shows advanced pottery making technology using spinning wheel and open firing at 400 Celsius degrees. http://localhost:8888/upgrade3306/index.php/berkalaarkeologi/article/view/610PotteryMulyosari SitePetrographyMaterial sourceTechnology
collection DOAJ
language English
format Article
sources DOAJ
author Putri Novita Taniardi
Anggara Nandiwardhana
Maulana Ainul Yaqin
Citra Iqliyah Darojah
spellingShingle Putri Novita Taniardi
Anggara Nandiwardhana
Maulana Ainul Yaqin
Citra Iqliyah Darojah
Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis
Berkala Arkeologi
Pottery
Mulyosari Site
Petrography
Material source
Technology
author_facet Putri Novita Taniardi
Anggara Nandiwardhana
Maulana Ainul Yaqin
Citra Iqliyah Darojah
author_sort Putri Novita Taniardi
title Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis
title_short Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis
title_full Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis
title_fullStr Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis
title_full_unstemmed Technology and raw material sources of pottery from Mulyosari Site based on petrographic analysis
title_sort technology and raw material sources of pottery from mulyosari site based on petrographic analysis
publisher Balai Arkeologi Yogyakarta
series Berkala Arkeologi
issn 0216-1419
2548-7132
publishDate 2021-05-01
description Since the research in 2018 until 2019, pottery sherds are the most dominant artifact from Mulyosari megalithic site amongst other. Hence, analysis conducted towards pottery directly associated with the megaliths are important. Petrographic analysis that was applied in this research is aiming to understand the technology and the material source of pottery at Mulyosari Site. It is necessary to know whether the pottery is locally made or imported from other region. Petrographic analysis was carried out to several excavated pottery samples. All the samples were not randomly chosen; instead they were based on specific character of pottery sherds. The result of analysis shows that the source of pottery material located within geological formation of researched area comprises Sukamade, Merubetiri, Batu Ampar, and Merubetiri limestone. The result of analysis also shows advanced pottery making technology using spinning wheel and open firing at 400 Celsius degrees.
topic Pottery
Mulyosari Site
Petrography
Material source
Technology
url http://localhost:8888/upgrade3306/index.php/berkalaarkeologi/article/view/610
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AT anggaranandiwardhana technologyandrawmaterialsourcesofpotteryfrommulyosarisitebasedonpetrographicanalysis
AT maulanaainulyaqin technologyandrawmaterialsourcesofpotteryfrommulyosarisitebasedonpetrographicanalysis
AT citraiqliyahdarojah technologyandrawmaterialsourcesofpotteryfrommulyosarisitebasedonpetrographicanalysis
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