A · BT · CT · CF · F · J · J1-M267 · J1-P58 · J1-L147.1 · J1-ZS4119

Haplogroup J1-ZS4119

Macro-haplogroup
J
Parent clade
J1-L147.1
Formed (estimate)
c. 5,800 to 7,900 years before present
TMRCA (estimate)
c. 1,400 to 2,200 years ago

Overview

J1-ZS4119 is a downstream subclade within the Arabian-centered J1-L147.1 radiation and is strongly tied to pastoralist populations of northern Arabia, the Jordanian steppe and the Syrian desert fringe. Its formation corresponds to the mid-Holocene development of desert-based herding systems, which relied on seasonal mobility, oasis management and early regional trade networks linking the Levant and Mesopotamia. During the Bronze and Iron Ages, ZS4119-bearing communities occupied desert-steppe transitional zones and were embedded in tribal confederations involved in caravan transport, livestock exchange and periodic alliances with settled states. Downstream structure suggests small-scale founder effects in desert valleys and upland edges. Classical and early medieval demography across northern Arabia and southern Syria indicates the long-term presence of derivatives belonging to this lineage.

Geographic distribution

Northern Arabia, Jordan, southern Syria, Iraq; minor presence in Hijaz and the eastern Levant.

Ancient DNA

  • Chalcolithic Levantine remains show J1 diversity consistent with basal positions near ZS4119.
  • Bronze Age northern Arabian individuals carry P58 markers compatible with ancestral nodes.
  • Iron Age desert-steppe individuals show downstream components aligned with this clade.
  • Classical desert fringe communities retain signatures of microbranches tied to ZS4119.
  • Early Islamic period expansions likely redistributed downstream lines while preserving their desert origin.

Phylogeny & subclades

A desert-oriented J1-L147.1 branch with diversification along the northern Arabian and southern Syrian desert ecosystems.

  • ZS4119*
  • Northern Arabian desert microbranches
  • Syrian steppe derivatives

Notes & context

This clade is essential for understanding the genetic history of pastoralist societies inhabiting the Syro-Arabian desert belt.