Joselito AROCENA

• Bati Anadolu, Bursa'da Mö 2. Yüzyila Tari̇hlenen Bi̇r Bi̇ti̇nya Mezarinda Bulunan Omurganin Mi̇kroskop İnceleme Sonuçlarinin İlk Değerlendi̇rmesi̇

  Duygu BOYRAZ, Hüseyin S BAŞKAY et al.•ARTICLE•Türkiye Bilimler Akademisi…•2011

  Incluir item

  Despite the availability of large amount of information on human bones, little attention has been given to the environmental conditions of bone weathering and preservation. Secondary hydroxyapatite (carbonated hydroxyapatite for primary bone mineral) as the most well known but intriguing constituent of the bone was determined (SEM) in the pore spaces of a Bitinian (2nd century BC) mans vertebral bone fragment as aggregates together with probable …

• Preliminary chemical and micromorphological observations on Urartu (800–600 B.C.) ceramics, eastern Turkey

  Open Access•Erhan Akça, J M Arocena et al.•ARTICLE•Geoarchaeology•2010•Citada por: 3•Referências: 5

  Incluir item

  Anatolia has long been a major pottery production center of the ancient world, dating back 7000 cal yr B.P. The Early Iron Age Urartu Kingdom (800–600 B.C.) of eastern Anatolia is known for the production of high‐quality pottery, but little is known regarding firing technology and manufacture of these ceramics. Here we present a preliminary study of Urartu ceramic micromorphology and chemistry and suggest that the Urartus had good knowledge of lo…

• Light penetration into Clarens sandstone and implications for deterioration of San rock art

  Open Access•Kevin Hall, Ian Meiklejohn et al.•ARTICLE•Geoarchaeology•2009•Citada por: 3•Referências: 4

  Incluir item

  In respect to the weathering of cave art exposed to the sun, cognizance has yet to be taken of the modified thermal conditions and the potential for endolithic biotic activity where the art is located on a light‐transmissive lithology. Where light penetrates rock, the light‐to‐heat transfer is not solely at the surface, and this leads to a thermal gradient that is different from where the paintings are located (and all transfer is at the surface)…

• Preliminary chemical and micromorphological observations on Urartu (800–600 B.C.) ceramics, eastern Turkey

  Open Access•Erhan Akça, J M Arocena et al.•ARTICLE•Geoarchaeology•2010•Citada por: 3•Referências: 5

  Incluir item

  Anatolia has long been a major pottery production center of the ancient world, dating back 7000 cal yr B.P. The Early Iron Age Urartu Kingdom (800–600 B.C.) of eastern Anatolia is known for the production of high‐quality pottery, but little is known regarding firing technology and manufacture of these ceramics. Here we present a preliminary study of Urartu ceramic micromorphology and chemistry and suggest that the Urartus had good knowledge of lo…

• Light penetration into Clarens sandstone and implications for deterioration of San rock art

  Open Access•Kevin Hall, Ian Meiklejohn et al.•ARTICLE•Geoarchaeology•2009•Citada por: 3•Referências: 4

  Incluir item

  In respect to the weathering of cave art exposed to the sun, cognizance has yet to be taken of the modified thermal conditions and the potential for endolithic biotic activity where the art is located on a light‐transmissive lithology. Where light penetrates rock, the light‐to‐heat transfer is not solely at the surface, and this leads to a thermal gradient that is different from where the paintings are located (and all transfer is at the surface)…

• Light penetration into Clarens sandstone and implications for deterioration of San rock art

  Open Access•Kevin Hall, Ian Meiklejohn et al.•ARTICLE•Geoarchaeology•2009•Citada por: 3•Referências: 4

  Incluir item

  In respect to the weathering of cave art exposed to the sun, cognizance has yet to be taken of the modified thermal conditions and the potential for endolithic biotic activity where the art is located on a light‐transmissive lithology. Where light penetrates rock, the light‐to‐heat transfer is not solely at the surface, and this leads to a thermal gradient that is different from where the paintings are located (and all transfer is at the surface)…

• Preliminary chemical and micromorphological observations on Urartu (800–600 B.C.) ceramics, eastern Turkey

  Open Access•Erhan Akça, J M Arocena et al.•ARTICLE•Geoarchaeology•2010•Citada por: 3•Referências: 5

  Incluir item

  Anatolia has long been a major pottery production center of the ancient world, dating back 7000 cal yr B.P. The Early Iron Age Urartu Kingdom (800–600 B.C.) of eastern Anatolia is known for the production of high‐quality pottery, but little is known regarding firing technology and manufacture of these ceramics. Here we present a preliminary study of Urartu ceramic micromorphology and chemistry and suggest that the Urartus had good knowledge of lo…

• Bati Anadolu, Bursa'da Mö 2. Yüzyila Tari̇hlenen Bi̇r Bi̇ti̇nya Mezarinda Bulunan Omurganin Mi̇kroskop İnceleme Sonuçlarinin İlk Değerlendi̇rmesi̇

  Duygu BOYRAZ, Hüseyin S BAŞKAY et al.•ARTICLE•Türkiye Bilimler Akademisi…•2011

  Incluir item

  Despite the availability of large amount of information on human bones, little attention has been given to the environmental conditions of bone weathering and preservation. Secondary hydroxyapatite (carbonated hydroxyapatite for primary bone mineral) as the most well known but intriguing constituent of the bone was determined (SEM) in the pore spaces of a Bitinian (2nd century BC) mans vertebral bone fragment as aggregates together with probable …

Archaeology and ancient environmental studies (2 obras) · Building materials and conservation (2 obras) · Geology (2 obras) · Mineralogy (2 obras) · Ancient history (1 obra) · Archaeology (1 obra) · Art (1 obra) · Ceramic (1 obra) · Cultural Heritage Materials Analysis (1 obra) · Geochemistry (1 obra)