# First evidence of bronze production in the Iron Age I southern Levant: A direct link to the Arabah copper polity

## TL;DR

This study shows that bronze was produced at a highland site in ancient Israel, linked to copper sources in the Arabah region, challenging previous ideas about metalworking in the Iron Age.

## Contribution

The study provides the first direct evidence of bronze production in the Iron Age southern Levant and links it to specific copper sources.

## Key findings

- Bronze production at el-Ahwat involved primary alloying of copper and tin, not just recycling scrap.
- Lead isotope analysis links some metals to Faynan ores and others to Timna ores, suggesting shared access.
- The findings suggest a broader network of copper distribution and bronze production in the region.

## Abstract

This study presents new analytical data from the site of el-Ahwat, a short-lived Iron Age I settlement located at the northern edge of the Central Hill Country in Israel. The site’s substantial metal assemblage, including copper and bronze spills and slag, provides direct evidence for on-site bronze production. Microstructural features indicate that primary alloying of copper and tin—rather than the re-melting of scrap—was practiced at the site. Lead isotope analysis, chemical composition, and microstructure link some of the metal specifically to the Faynan ores, and other finds to the Timna ores, suggesting that both ores, possibly controlled by a joint polity, supplied copper to el-Ahwat. These findings challenge long-standing assumptions about the localization of bronzeworking in urban lowland centers, and open new perspectives on the inland trade routes and social organization of the early Iron Age southern Levant. We propose that el-Ahwat was part of a broader and more complex network of copper distribution and bronze production, extending from the Arabah to the coast, including also peripheral highland communities.