Earticle

Understanding Ancient Human Subsistence through the Application of Organic Residue Analysis on Prehistoric Pottery Vessels from the Korean Peninsula

원문정보

초록

영어
This study investigates prehistoric human subsistence and pottery use on the Korean peninsula through the organic residue analysis of archaeological potsherds. Ancient human subsistence is one of the core topics in Korean archaeology. However, due to the high acidity of sediments, which prevents the long-term preservation of organic remains, archaeologists have been short of critical information on how these early prehistoric dwellers lived. Ceramic vessels can contain well-preserved lipids originating from past culinary practices. For a better understanding of human subsistence on the prehistoric Korean peninsula, food-processing behaviors were reconstructed by analyzing ancient lipids extracted from a pottery matrix. The potsherd samples used in the analysis in this paper were collected from major prehistoric habitation sites. The results show that subsistence strategies differed according to both location and time period and reveal how organic residue analysis can contribute to a better understanding of prehistoric human subsistence strategies.

목차

ABSTRACT
1. INTRODUCTION
2. MATERIALS AND METHODS
2.1. Organic residue analysis
2.2. Analytical procedure
2.3. Sampling
3. TRACING SUBSISTENCE BEHAVIORS IN THE PREHISTORIC KOREAN PENINSULA USING ORGANIC RESIDUE ANALYSIS
3.1. Learning from GC-MS results
3.2. Isotopic implication: CSIA
4. CONCLUSION
REFERENCES

저자

  • Seungki Kwak [ Department of Archaeology and Anthropology, Kyungpook National University, Daegu 41566, Korea ]
  • Gyeongtaek Kim [ Department of Archaeology, Korea National University of Cultural Heritage, Buyeo 33115, Korea ] Corresponding Author

참고문헌

자료제공 : 네이버학술정보

    간행물 정보

    • 간행물
      보존과학회지 [Journal of Conservation Science]
    • 간기
      연5회
    • pISSN
      1225-5459
    • eISSN
      2287-9781
    • 수록기간
      2003~2026
    • 등재여부
      KCI 등재
    • 십진분류
      KDC 602 DDC 700