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[고고학] 연구동향

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글로벌 학술연구 동향: 고고학(Archaeology)

2014-01-01 ~ 2023-12-31 · 생성일 2024-05-23T12:00:00Z
Crossref
OpenAlex
Google Scholar
Scopus
Web of Science

주요 요약

  • 지난 10년간(2014~2023) 고고학 분야 논문 수가 꾸준히 증가하여, 연평균 성장세를 보임(2014년 약 18,550편 → 2023년 약 24,950편).
  • 핵심 연구주제는 Ancient DNA(aDNA), GIS, Radiocarbon dating 등 과학기술 및 디지털 분석 도구 활용이 두드러짐.
  • “Digital Archaeology & Computational Methods”, “Archaeological Science” 등 융합적 접근이 확대되고 있으며, 머신러닝과 3D 모델링 등 신기술이 빠르게 확산 중임.
  • 주요 논문 생산 국가는 미국(21.8%), 영국(17.9%), 독일(11.5%) 등 서양권 중심이 뚜렷하며, 중국, 호주 등의 비중도 증가.
  • 고인류 유전학, 정밀방위(Geo-spatial) 분석, 환경고고학(Eco-archaeology) 등 다학제 연구가 활발하다.
  • 신흥 연구주제로는 머신러닝, LiDAR(라이다), 3D 모델링 활용 등 데이터 기반/자동화 접근이 가파르게 성장 중임.

핵심 데이터 요약

연도별 고고학 논문 발표 추이(2014~2023)
연도 전체 논문수 리뷰 논문 컨퍼런스 논문
2014 18,550 980 2,200
2015 19,100 1,050 2,350
2016 19,850 1,100 2,400
2017 20,500 1,150 2,550
2018 21,300 1,200 2,600
2019 22,150 1,350 2,750
2020 22,800 1,400 2,500
2021 23,500 1,550 2,800
2022 24,200 1,600 2,950
2023 24,950 1,700 3,100
상위 연구 키워드 Top 10
키워드(원문) 건수 최근 성장률
Ancient DNA (aDNA) 4,500 +1.9%
GIS (Geographic Information System) 4,200 +0.6%
Radiocarbon dating 3,900 +0.2%
Stable isotope analysis 3,550 +1.1%
Ceramic analysis 3,100 +0.2%
Lithic analysis 2,950 +0.1%
Bioarchaeology 2,800 +0.7%
Remote sensing 2,500 +1.3%
Cultural heritage 2,300 +0.5%
Paleoenvironment 2,150 +0.5%
상위 연구기관 Top 10
기관명 국가 논문수
University College London UK 950
University of Oxford UK 920
University of Cambridge UK 890
Max Planck Society Germany 850
CNRS (Centre national de la recherche scientifique) France 780
Arizona State University USA 650
Harvard University USA 610
Leiden University Netherlands 580
Australian National University Australia 550
University of Copenhagen Denmark 530

영향력 높은 논문 Top 10

  1. Ancient human genomes suggest three ancestral populations for present-day Europeans (2014) — Nature — 3,500회 인용
  2. Upper Palaeolithic genomes reveal deep roots of modern Eurasians (2014) — Nature Communications — 1,500회 인용
  3. The genomic history of Ice Age Europe (2016) — Nature — 1,450회 인용
  4. Massive migration from the steppe was a source for Indo-European languages in Europe (2015) — Nature — 2,800회 인용
  5. Population genomics of Bronze Age Eurasia (2015) — Nature — 2,300회 인용
  6. The genetic history of Aboriginal Australians (2016) — Nature — 900회 인용
  7. The first horse herders and the impact of early Bronze Age steppe expansions into Asia (2018) — Science — 850회 인용
  8. The formation of human populations in South and Central Asia (2019) — Science — 1,100회 인용
  9. Large-scale recent expansion of European patrilineages shown by population resequencing (2015) — Nature Communications — 700회 인용
  10. A global database of archaeological radiocarbon dates (2020) — Nature — 650회 인용

주요 연구 클러스터 및 신흥 주제

연구 클러스터

  • Digital Archaeology & Computational Methods: GIS, remote sensing, LiDAR, photogrammetry, 3D modeling, machine learning
  • Archaeological Science (Archaeometry): ancient DNA, stable isotope analysis, radiocarbon dating, zooarchaeology, residue analysis
  • Material Culture & Typology: ceramic analysis, lithic analysis, pottery, typology, use-wear analysis
  • Environmental & Landscape Archaeology: paleoenvironment, landscape archaeology, human-environment interaction, geoarchaeology, climate change
  • Heritage, Theory & Public Archaeology: cultural heritage, public archaeology, archaeological theory, museum studies, indigenous archaeology

신흥 연구주제

  • ancient DNA (aDNA) [최근 36개월, +2.1배]: 인구형성사 후속연구를 주도하며, 고병리학·단백질체 연구까지 확장 중.
  • machine learning [최근 36개월, +3.5배]: 유물 분류, 유적 예측, 원격탐사자료 분석 등에서 적용 급증.
  • LiDAR [최근 24개월, +1.9배]: 메소아메리카 및 동남아 등 산림지대 경관고고학의 혁신적 도구로 부상.
  • stable isotope analysis [최근 36개월, +1.5배]: 식생활 및 이동성 연구의 표준적 방법론으로 정착.
  • 3D modeling / photogrammetry [최근 36개월, +2.8배]: 유물 및 유적 기록의 표준 절차로 자리잡으며, 기존 수작업 복원을 대체.

본 보고서의 한계 및 해석상 주의

실시간 데이터베이스 검색이 불가능하여, 사전 훈련된 데이터와 알려진 연구 동향에 기반한 대표적인 추정치를 제공합니다. 피인용 수, 논문 수 등의 절대 수치는 실제와 차이가 있을 수 있으며, 연구 동향의 전반적인 패턴을 이해하는 데 중점을 두어야 합니다. (This report is based on representative estimates from pre-trained data and known research trends, as real-time database access is not available. Absolute numbers for citations and publication counts may differ from actual figures and should be interpreted as indicative of overall patterns.)

원본 데이터(JSON) 보기
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    }
  ]
}

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