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Jang-Sik Park

Biographic Data

ID3645672
NAMEJang-Sik Park
GIVEN NAMESJang-Sik
FAMILY NAMEPark
SIGNATUREPARK J
VERIFIEDNo
TOTAL WORKS27
TOTAL CITATIONS210
AUTHOR COUNT27
EDITOR COUNT0
FIRST PUBLICATION YEAR2006
LATEST PUBLICATION YEAR2025
H-INDEX10
  • The key role of bangles in the evolution of standardized bronze technology in Indian antiquity

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2025•References: 7

  • The technology and chronology reflected in the iron assemblage from the Pazyryk-type burials in the Mongolian Altai and the coming of iron in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2025•References: 15

  • Nomadic innovation in small-scale iron acquisition inspired by and dedicated to marginal steppe environments of Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2023•Cited by: 2•References: 20

  • A dual technological tradition and its implications as observed in an iron assemblage from a medieval site in eastern Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 2•References: 21

  • Bronze-to-brass transition in the medieval Bukhara oasis

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 4•References: 12

  • Technological transition and complexity reflected in bronze and brass objects from the medieval site in the Aral Sea region

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 3•References: 8

  • Technologies and complexities as reflected in small cast iron fragments recovered from medieval sites in eastern Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 2•References: 12

  • Micro-Scale Iron Smelting in Early Iron Age to Mongol Period Steppe Communities of North-Central Mongolia and its Implications

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Asian Archaeology•2020•Cited by: 4•References: 19

  • The technological and social implication of the discriminated use of tin and arsenic noted in EIA copper-based objects of Central Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 6•References: 10

  • The implication of diachronic changes reflected in LBA bronze assemblages of Central Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 10•References: 7

  • Iron technology and medieval nomadic communities of East Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2019•Cited by: 10•References: 11

  • The implication of the metallurgical traditions associated with Chinese style wagons from the royal Xiongnu tomb at Golmod 2 in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2018•Cited by: 11•References: 19

  • Evolution of Mongolian bronze technology with the rise of the Xiongnu State

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2017•Cited by: 9•References: 9

  • The implication of varying 14C concentrations in carbon samples extracted from Mongolian iron objects of the Mongol period

    Open Access•Jang-Sik Park, Jang‐sik Park•ARTICLE•Journal of Archaeological Science•2015•Cited by: 7•References: 2

  • Characterization and comparison of the copper-base metallurgy of the Harappan sites at Farmana in Haryana and Kuntasi in Gujarat, India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2014•Cited by: 6•References: 7

  • Technological tradition of the Mongol Empire as inferred from bloomery and cast iron objects excavated in Karakorum

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2014•Cited by: 14•References: 8

  • Iron technology of the ancient megalithic communities in the Vidarbha region of India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 7•References: 5

  • Bronze technology of the ancient megalithic communities in the Vidarbha region of India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 5•References: 2

  • Technology, chronology and the role of crucible steel as inferred from iron objects of the ancient site at Junnar, India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 6•References: 1

  • A preliminary study on the role and implication of plate-type iron artifacts in the ancient iron technology of Korea

    Open Access•Jang-Sik Park, Jang‐sik Park•ARTICLE•Journal of Archaeological Science•2012•Cited by: 11•References: 1

  • Technological traditions inferred from iron artefacts of the Xiongnu Empire in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 24•References: 2

  • Ancient bronze technology and nomadic communities of the Middle Gobi Desert, Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 22•References: 4

  • Large-scale 2nd to 3rd century AD bloomery iron smelting in Korea

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 10•References: 2

  • A technological transition in Mongolia evident in microstructure, chemical composition and radiocarbon age of cast iron artifacts

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2008•Cited by: 14•References: 1

  • The key role of zinc, tin and lead in copper-base objects from medieval Talgar in Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2008•Cited by: 10•References: 1

Next
  • Technological traditions inferred from iron artefacts of the Xiongnu Empire in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 24•References: 2

  • Ancient bronze technology and nomadic communities of the Middle Gobi Desert, Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 22•References: 4

  • Technological tradition of the Mongol Empire as inferred from bloomery and cast iron objects excavated in Karakorum

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2014•Cited by: 14•References: 8

  • A technological transition in Mongolia evident in microstructure, chemical composition and radiocarbon age of cast iron artifacts

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2008•Cited by: 14•References: 1

  • The implication of the metallurgical traditions associated with Chinese style wagons from the royal Xiongnu tomb at Golmod 2 in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2018•Cited by: 11•References: 19

  • A preliminary study on the role and implication of plate-type iron artifacts in the ancient iron technology of Korea

    Open Access•Jang-Sik Park, Jang‐sik Park•ARTICLE•Journal of Archaeological Science•2012•Cited by: 11•References: 1

  • The implication of diachronic changes reflected in LBA bronze assemblages of Central Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 10•References: 7

  • Iron technology and medieval nomadic communities of East Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2019•Cited by: 10•References: 11

  • Large-scale 2nd to 3rd century AD bloomery iron smelting in Korea

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 10•References: 2

  • The key role of zinc, tin and lead in copper-base objects from medieval Talgar in Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2008•Cited by: 10•References: 1

  • Evolution of Mongolian bronze technology with the rise of the Xiongnu State

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2017•Cited by: 9•References: 9

  • Transitions in cast iron technology of the nomads in Mongolia

    Open Access•Eregzen Gelegdorj, Chunag Amartuvshin et al.•ARTICLE•Journal of Archaeological Science•2006•Cited by: 9•References: 1

  • The implication of varying 14C concentrations in carbon samples extracted from Mongolian iron objects of the Mongol period

    Open Access•Jang-Sik Park, Jang‐sik Park•ARTICLE•Journal of Archaeological Science•2015•Cited by: 7•References: 2

  • Iron technology of the ancient megalithic communities in the Vidarbha region of India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 7•References: 5

  • The technological and social implication of the discriminated use of tin and arsenic noted in EIA copper-based objects of Central Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 6•References: 10

  • Characterization and comparison of the copper-base metallurgy of the Harappan sites at Farmana in Haryana and Kuntasi in Gujarat, India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2014•Cited by: 6•References: 7

  • Technology, chronology and the role of crucible steel as inferred from iron objects of the ancient site at Junnar, India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 6•References: 1

  • Bronze technology of the ancient megalithic communities in the Vidarbha region of India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 5•References: 2

  • Bronze-to-brass transition in the medieval Bukhara oasis

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 4•References: 12

  • Micro-Scale Iron Smelting in Early Iron Age to Mongol Period Steppe Communities of North-Central Mongolia and its Implications

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Asian Archaeology•2020•Cited by: 4•References: 19

  • Technological transition and complexity reflected in bronze and brass objects from the medieval site in the Aral Sea region

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 3•References: 8

  • Nomadic innovation in small-scale iron acquisition inspired by and dedicated to marginal steppe environments of Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2023•Cited by: 2•References: 20

  • A dual technological tradition and its implications as observed in an iron assemblage from a medieval site in eastern Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 2•References: 21

  • Technologies and complexities as reflected in small cast iron fragments recovered from medieval sites in eastern Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 2•References: 12

  • Traditions and transitions in Korean bronze technology

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2007•Cited by: 2•References: 5

  • Transitions in cast iron technology of the nomads in Mongolia

    Open Access•Eregzen Gelegdorj, Chunag Amartuvshin et al.•ARTICLE•Journal of Archaeological Science•2006•Cited by: 9•References: 1

  • Traditions and transitions in Korean bronze technology

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2007•Cited by: 2•References: 5

  • A technological transition in Mongolia evident in microstructure, chemical composition and radiocarbon age of cast iron artifacts

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2008•Cited by: 14•References: 1

  • The key role of zinc, tin and lead in copper-base objects from medieval Talgar in Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2008•Cited by: 10•References: 1

  • Technological traditions inferred from iron artefacts of the Xiongnu Empire in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 24•References: 2

  • Ancient bronze technology and nomadic communities of the Middle Gobi Desert, Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 22•References: 4

  • Large-scale 2nd to 3rd century AD bloomery iron smelting in Korea

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2010•Cited by: 10•References: 2

  • A preliminary study on the role and implication of plate-type iron artifacts in the ancient iron technology of Korea

    Open Access•Jang-Sik Park, Jang‐sik Park•ARTICLE•Journal of Archaeological Science•2012•Cited by: 11•References: 1

  • Iron technology of the ancient megalithic communities in the Vidarbha region of India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 7•References: 5

  • Bronze technology of the ancient megalithic communities in the Vidarbha region of India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 5•References: 2

  • Technology, chronology and the role of crucible steel as inferred from iron objects of the ancient site at Junnar, India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2013•Cited by: 6•References: 1

  • Characterization and comparison of the copper-base metallurgy of the Harappan sites at Farmana in Haryana and Kuntasi in Gujarat, India

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2014•Cited by: 6•References: 7

  • Technological tradition of the Mongol Empire as inferred from bloomery and cast iron objects excavated in Karakorum

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Journal of Archaeological Science•2014•Cited by: 14•References: 8

  • The implication of varying 14C concentrations in carbon samples extracted from Mongolian iron objects of the Mongol period

    Open Access•Jang-Sik Park, Jang‐sik Park•ARTICLE•Journal of Archaeological Science•2015•Cited by: 7•References: 2

  • Evolution of Mongolian bronze technology with the rise of the Xiongnu State

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2017•Cited by: 9•References: 9

  • The implication of the metallurgical traditions associated with Chinese style wagons from the royal Xiongnu tomb at Golmod 2 in Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2018•Cited by: 11•References: 19

  • Iron technology and medieval nomadic communities of East Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2019•Cited by: 10•References: 11

  • Technologies and complexities as reflected in small cast iron fragments recovered from medieval sites in eastern Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 2•References: 12

  • Micro-Scale Iron Smelting in Early Iron Age to Mongol Period Steppe Communities of North-Central Mongolia and its Implications

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Asian Archaeology•2020•Cited by: 4•References: 19

  • The technological and social implication of the discriminated use of tin and arsenic noted in EIA copper-based objects of Central Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 6•References: 10

  • The implication of diachronic changes reflected in LBA bronze assemblages of Central Kazakhstan

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2020•Cited by: 10•References: 7

  • A dual technological tradition and its implications as observed in an iron assemblage from a medieval site in eastern Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 2•References: 21

  • Bronze-to-brass transition in the medieval Bukhara oasis

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 4•References: 12

  • Technological transition and complexity reflected in bronze and brass objects from the medieval site in the Aral Sea region

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2021•Cited by: 3•References: 8

  • Nomadic innovation in small-scale iron acquisition inspired by and dedicated to marginal steppe environments of Mongolia

    Open Access•Jang-Sik Park, Jang‐sik Park et al.•ARTICLE•Archaeological and Anthropological…•2023•Cited by: 2•References: 20

Archaeology and ancient environmental studies (24 works) · Archaeology (21 works) · Metallurgy and Cultural Artifacts (21 works) · Geography (20 works) · Metallurgy (20 works) · Materials Science (19 works) · History (14 works) · History (14 works) · Ancient history (13 works) · Bronze (12 works)

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