event · evt_srsc1_south_caucasus_iron_adoption
Gradual adoption of iron across the South Caucasus
Rare iron objects, changing smithing practices, and later growth in production occur unevenly alongside continued bronze use.
What is the evidence?
observation
Rare iron objects, changing smithing practices, and later growth in production occur unevenly alongside continued bronze use.Iron evidence is secure at multiple sites, but exact first dates, local production stages, and diffusion mechanisms vary.
Inspect the sources →Review and provenance
Specialist reviewer: not recorded. Review date: not recorded.
Dataset workflow: proposed. This is separate from specialist review.
Confidence describes the stated assessment; it does not certify expert approval. How review works.
Chronology
Dating intervals may describe uncertainty or phases; their width alone does not establish event duration.
1200 BCE–800 BCE
Precision: range
Chronology model: release preferred synthesis
moderatePreferred display range synthesized from the cited source roles. It preserves a range and does not imply every component occurred continuously or synchronously.
- contextualizes · defines and contextualizes
Innovation and Adoption of Iron in the Ancient Near East — Nathaniel L. Erb-Satullo (2019)Separates early objects from production and broad adoption.
Locator: Regional adoption review and chronological synthesis - supports · provides archaeological observation
Tli Necropolis — L. PantskavaDocuments limited iron before broader later production.
Locator: Tli assemblage and iron-use summary - contextualizes · provides archaeometallurgical context
Late Bronze and Early Iron Age Copper Smelting Technologies in the South Caucasus: The View from Ancient Colchis c. 1500–600 BC — Nathaniel L. Erb-Satullo, Brian J. J. Gilmour, Nana Khakhutaishvili (2014)Provides western Georgian technological context.
Locator: Late Bronze–Early Iron production sequence
Interpretation and caveats
The transition is not a single invention date or rapid replacement of bronze. Objects, smithing, smelting, and widespread adoption remain separate stages.
Event context
Classification
Event type: technology adoption
Evidence layer: archaeological
Timeline role: regional core
People and places
Locations: Colchian archaeological tradition, Lchashen–Metsamor horizon, Khojaly–Gadabay horizon, Tli necropolis
Why it matters to the timeline
Earliest iron and its uneven adoption are explicit uncertainty and technology priorities.
Research notes
- Separates early objects from production and broad adoption. Role: defines and contextualizes. Locator: Regional adoption review and chronological synthesis.
- Documents limited iron before broader later production. Role: provides archaeological observation. Locator: Tli assemblage and iron-use summary.
- Provides western Georgian technological context. Role: provides archaeometallurgical context. Locator: Late Bronze–Early Iron production sequence.
Evidence and sources
- contextualizes · provides archaeometallurgical context
Late Bronze and Early Iron Age Copper Smelting Technologies in the South Caucasus: The View from Ancient Colchis c. 1500–600 BC — Nathaniel L. Erb-Satullo, Brian J. J. Gilmour, Nana Khakhutaishvili (2014)Provides western Georgian technological context.
Locator: Late Bronze–Early Iron production sequence - contextualizes · defines and contextualizes
Innovation and Adoption of Iron in the Ancient Near East — Nathaniel L. Erb-Satullo (2019)Separates early objects from production and broad adoption.
Locator: Regional adoption review and chronological synthesis - supports · provides archaeological observation
Tli Necropolis — L. PantskavaDocuments limited iron before broader later production.
Locator: Tli assemblage and iron-use summary
Referenced records
- Lchashen–Metsamor horizon · entity
- Khojaly–Gadabay horizon · entity
- Colchian archaeological tradition · entity
- Tli necropolis · entity