Chusang imprints and the occupation debate
Chusang
Handprints and footprints preserved in spring carbonate connect human activity with a changing highland environment. Competing interpretations expose the difference between dating a deposit and modeling mobility.
Paisagens de terras altas, comunidades e instituições em mudança
Mesetas, vales e paisagens regionais ligadas
A high-elevation spring was one setting in wider seasonal landscapes. A travel model is not an observed itinerary.
Organização política e escala comunitária
The evidence records human presence, not a recoverable constitution, leadership structure, or permanent village.
Transformação posterior, património vivo e recepção moderna
The 2017 technical exchange remains important for separating chronology from permanence. It provides no basis for identifying living peoples or a visitor's ancestors.
Their context must be evaluated stratigraphically.
The principal study proposed an early Holocene chronology with older upper constraints.
The technical comment and response disagree over seasonal mobility and travel costs.
Uma cronologia breve e documentada
Estes marcos servem de orientação e não constituem uma história completa.
-
Imprints formed
The dating study places human activity before an established agropastoral economy.
-
New chronological analysis
Multiple methods were used to constrain the age of the travertine context.
-
Permanence challenged
A technical comment questioned whether the evidence demonstrated annual occupation.
-
Mobility-model response
The authors defended their model; this is a scholarly dispute rather than a settled village history.
Famílias, trabalho, língua, crenças e evidências materiais
Línguas mencionadas neste perfil
- No directly attested language
Família linguística: Not inferred from handprints, footprints, or modern place names
Dating carbonate and explaining human movement are different analytical tasks.
Permanent plateau use need not mean a fixed settlement at the imprint location.
DNA Genics prepared this AI-assisted educational synthesis from the attributed sources. It was not authored or endorsed by those researchers or institutions. Living communities and religious custodians retain their own identities and stewardship; source corrections can be raised through the site's contact channel.
Pergunta sobre este perfil revisto
O guia pode explicar e relacionar fatos que já aparecem nesta página. Não pode procurar na web aberta, estabelecer identidade ou cidadania, nem avaliar ascendência ou informação genética.
Interpretação de similaridade genética gerada por IA, sem comprovação de ancestralidade. Conteúdo informativo, sem caráter de orientação profissional.
Ler o aviso completo
Antes de continuar, saiba que a análise será produzida por um modelo de IA. O conteúdo pode ser incompleto, impreciso ou incorreto. Ele descreve similaridade genética estatística com populações de referência e não comprova ancestralidade, etnia, identidade ou descendência. Destina-se apenas a fins informativos e educacionais e não constitui orientação médica, diagnóstica, genealógica, jurídica ou de outra natureza profissional. Não se baseie nele para tomar decisões de saúde, financeiras, jurídicas ou familiares. Na medida permitida pela legislação aplicável, a DNA Genics, S.L. não assume responsabilidade por perdas ou decisões decorrentes do uso desse conteúdo.
Fontes usadas nesta página
Prefer accountable excavation teams, heritage authorities, academic inscription editions, institutional collections, and community-linked conservation projects. Registered sources are HTTPS and exclude Wikipedia. Royal, religious, colonial, and modern national narratives require attribution.
-
C1
Archaeology of the Tibetan Plateau
Anke Hein, Encyclopedia of Global Archaeology, Springer · Academic archaeological synthesis · 2018
-
C2
Middle and Late Pleistocene Denisovan subsistence at Baishiya Karst Cave
Xia et al., Nature · Primary archaeological and proteomic study · 2024
-
C3
New dating indicates intermittent human occupation of the Nwya Devu Paleolithic site on the high-altitude central Tibetan Plateau during the past 45,000 years
Ge et al., Science China Earth Sciences · Primary dating study · 2024
-
C4
Comment on Permanent human occupation of the central Tibetan Plateau in the early Holocene
Zhang et al., Science · Published technical challenge to permanent-occupation interpretation · 2017
-
C5
Foraging and farming: archaeobotanical and zooarchaeological evidence for Neolithic exchange on the Tibetan Plateau
Ren et al., Antiquity · Primary plant and animal remains study · 2020
-
C6
Old Tibetan Documents Online
Research Institute for Languages and Cultures of Asia and Africa, Tokyo University of Foreign Studies · Academic manuscript and inscription editions · Texts of the seventh-twelfth centuries; current critical corpus
-
C7
Early West Tibetan Buddhist Monuments
Austrian Academy of Sciences · Textual and architectural research project · Archived research project
-
C8
Text, Art and Performance in Bon Ritual
University of Vienna, CIRDIS · Community-linked ritual and art research · 2012-2016 project
-
C9
Preserving earthen architecture: Lessons learned from two case studies
Fuchs, Milchin and Krist, Journal of Archaeological Science: Reports · Primary conservation research · 2024
-
C10
The Sinja Valley Excavation in 2000 A.D.
Evans and Gibson with Acharya, Harward and Kunwar, Ancient Nepal 153; University of Cambridge archive · Primary Nepalese-Cambridge excavation report · 2003
-
S1
Permanent human occupation of the central Tibetan Plateau in the early Holocene
Meyer et al., Science · Primary dating and mobility-model study · 2017
-
S2
Comment on Permanent human occupation of the central Tibetan Plateau in the early Holocene
Zhang et al., Science · Published technical challenge to permanent-occupation interpretation · 2017
-
S3
Response to Comment on Permanent human occupation of the central Tibetan Plateau in the early Holocene
Haas, Aldenderfer and Meyer, Science · Published response concerning mobility models · 2017
Revisión editorial: 19 outubro 2026