• 제목/요약/키워드: Jar-coffins burial

검색결과 3건 처리시간 0.018초

유적발굴에 있어서 GPR탐사의 응용에 관한 연구 (Application of GPR to Prospect Archaeological Remains)

  • 김소구;오현덕
    • 지질공학
    • /
    • 제13권4호
    • /
    • pp.475-490
    • /
    • 2003
  • 본 연구는 물리탐사방법 중 GPR을 이용한 고고학에서의 활용 가능성을 제시하기 위한 것이다. 따라서 탐사의 결과를 보고 고고학자들이 직접 발굴에 응용하여 발굴로 검증된 예만을 제시하였다. 탐사지역으로는 강원도 원주시 부론면 법천리 고분군, 경상남도 고성군 송학동 1호분, 그리고 일본의 사가현에 위치한 요시노가리 옹관유적이다. GPR 탐사의 time slice 분석법을 유구의 평면적인 분포양상을 파악하는데 이용하였다. 이 탐사법으로 각 유적지에서 이상반응(Anomaly)을 찾을 수 있었으며 지하의 각 깊이별 문화유적 분포양상의 변화를 살펴볼 수 있었다. 원주 법천리 유적에서는 석실 및 기타 석재 유구들이 GPR에 대하여 강한 반사신호를 나타내어 백제시대 유구의 분포상황을 확인할 수 있었다. 또한 고성 송학동 1호분은 그동안 고고학계에 논란이 되어왔던 전방후원분의 진위여부에 대하여 탐사 및 발굴을 통하여 3개의 분묘가 합쳐진 것으로 들어났다. 특히 일본의 요시노가리 유적의 2열 옹관 매장지는 발굴을 GPR탐사로 대신한 좋은 예이다. 이상의 조사에서 GPR탐사를 이용하여 유구의 분포범위 및 양상을 발굴 전에 미리 확인할 수 있었다.

한국 방향주구묘의 일고찰 (A Study of Square-shaped moated burial precincts in Korea)

  • 이원광
    • 헤리티지:역사와 과학
    • /
    • 제33권
    • /
    • pp.36-67
    • /
    • 2000
  • Square-shaped moated burial precincts(方形周溝墓) can be classified into type I that has bridges only at the comers, type II that has bridges at the comers and sides, type III that has bridges only at the sides, type IV that is surrounded by the moat without bridges, type V that has its sides less than those of type I ~ V by 1 or 2, and type VI that has the round-shaped ground. But the time differences among the types are not known yet. For the burial appliances of square-shaped moated burial precincts, there are stone coffins, pit burials and jar burials. The major burial appliances situated in the mound are stone coffins and pit burials, and jar burials are subsidiary appliances that were buried at the shoulder part of the mound or at precincts. According to the case of Gwanchang-ri KM423, grave mounds, which arc closely related with the burial appliances, were built by heaping up the earth in and around the precinct as low as only enough to protect the burial appliances. Considering the relics unearthed in the burial compartment of KM437, the time when square-shaped moated burial precincts were formed is estimated to be the age when Songguk-ri type earthenware and clay stripes earthenware co-existed. It was the early Iron Age when ironware began to sp read in this country. Emerging first in that age, square-shaped moated burial precincts were presumably formed until around the end of BC or the beginning of AD, when KM404 and KM423, which were unearthed with plain earthenware, grey earthenware and ironware, were formed. When analyzing the form of small-sized graveyards in precincts, the unearthed relics and the locations, the people who formed square-shaped moated burial precincts were considered as those who had a culture comprising clay stripes earthenware, which appears newly in the Songguk-ri type earthenware of native, and ironware, and a settled agricultural society based on paddy fields and labor forces of family units.

대형옹관의 제작기법 연구-영산강유역 출토 옹관을 중심으로 (A study on manufacturing technologies of the large-sized jar-coffins exhumed mainly in the Young San river area)

  • 양필승;박철원
    • 보존과학연구
    • /
    • 통권26호
    • /
    • pp.57-75
    • /
    • 2005
  • The burial custom in the Youngsan river area was to build a jar-coffin and lay the body in state, however the methods in building and moulding the massive jar, as well as in which kiln it was made has not been examined precisely. Thus, this research not only investigates previous results related to the manufacturing methods of massive jar-coffins, but also examines samples that were excavated and collected. The clay used to produce jar-coffin consists a large portion of unglazed qualities, which was split-moulded from the bottom up to the mouth area. The interior was finished by applying water, whereas the exterior was decorated by regularly pasting or stamping in parallel with a lattice design. It can be presumed that the finished jar-coffin was not moved, but the ceiling and walls were built around it as a kiln, for the jar-coffin to be oxidized or to reduce the flame condition in a temperature approximately $700~1,200^{\circ}C$The results from the research, however, show limitations to exploit the exact manufacturing method, therefore there is a need for in-depth examinations: mineralogical investigation on a large amount of jar-coffin samples through a polarized light microscope; substance analysis using various equipments; speculation on the temperature in the place of production and the flame inside.

  • PDF