Canaanite ancestry: the Bronze Age Levant in ancient DNA

The Canaanites are the population every Levantine and Jewish ancestry question runs through. They are the people of the Bronze Age cities of the southern Levant, Megiddo, Hazor, Lachish, Sidon and their neighbours, whose genomes were sequenced in numbers between 2017 and 2020 and who turned out to be the direct ancestors of the Iron Age populations of the region, of the Phoenicians, and of the largest part of the ancestry of nearly everyone who lives between the Taurus and the Sinai today. This post is about what those genomes show, who carries the ancestry, and why we added a Canaanite (2000 - 1200 BC) source to the qpAdm catalog in August 2026.

It is part of the series introduced in Jewish ancestry and ancient DNA, but it is not only about Jewish ancestry. Lebanese, Palestinian, Jordanian, Syrian, Druze, Samaritan and Cypriot genomes all draw on this population, in most cases as their largest single component.

Who the Canaanites were#

"Canaanite" is a cultural and geographic label: the Bronze Age inhabitants of the region the Egyptian and Mesopotamian texts call Canaan, speaking Northwest Semitic languages and living in walled city-states that traded with Egypt, Cyprus and the Aegean. There was never a Canaanite state, and the texts of the period use the word loosely. Ancient DNA has given it a sharper meaning, because the genomes from across the region and across the second millennium BC turn out to describe one population.

The first Canaanite genomes were five individuals from Bronze Age Sidon, published in 2017 (Haber et al. 2017). They were a mixture of the local Levantine Neolithic population, itself descended from the Natufian foragers who built the first villages of the region, with a substantial component related to the Neolithic farmers of the Zagros and the Caucasus, which had not been present in the Levantine Neolithic. Present-day Lebanese were modelled as deriving the great majority of their ancestry from that Sidon population, with a small later contribution from the steppe or Europe.

In 2020 the picture was filled in with 73 further genomes from Megiddo, Hazor, Abel Beth Maacah, Tel Shadud, Yehud, Ashkelon and other sites, spanning the Intermediate and Middle to Late Bronze Age (Agranat-Tamir et al. 2020). Their conclusions are the reason the source exists.

• One population. The genomes from the coast, the Galilee, the Jezreel Valley and the interior are genetically homogeneous. Whatever the political map looked like, the people of the Bronze Age southern Levant were one gene pool.
• Two ancestral streams. That gene pool was formed from the Chalcolithic Levantine population and a Zagros- or Caucasus-related population, and the Zagros-related share was still rising through the Bronze Age, which means the migration was not a single event but a long process.
• Continuity into the Iron Age and today. The few Iron Age individuals from the region are consistent with the Bronze Age population, and present-day Levantine Arabic-speaking groups and Jewish groups both derive a large part of their ancestry from a Canaanite-related population, with the remainder differing by group.

The Chalcolithic cave burials of Peqi'in in the Galilee, a few centuries older, show the Zagros- related stream already arriving, together with a small Anatolian-related share (Harney et al. 2018). And at Ashkelon, the early Iron Age arrival of the Philistines brought a measurable European-related component that was absorbed into the Canaanite population within a couple of centuries (Feldman et al. 2019). Both findings are the same story from different angles: a stable Levantine population that received migrants and absorbed them.

Who carries Canaanite ancestry#

Nearly everyone from the region. The order below is roughly the order of share, from the ancient genomes and the modelling in Haber et al. 2017, Agranat-Tamir et al. 2020 and Almarri et al. 2021.

• Lebanese, Palestinians, Jordanians, Syrians and Druze derive most of their ancestry from a Canaanite-related population, with later additions that differ by community: a steppe- or European-related trace in Lebanese Christians, an Arabian Peninsula share in Muslim populations that grew with the Islamic centuries, and a strong founder signal among the Druze.
• Samaritans are close to a Canaanite-related population with very strong drift, the mark of a community that has numbered a few hundred people for centuries.
• Jewish communities. Iraqi, Iranian, Kurdish, Syrian and Yemenite Jews derive a large share from a Canaanite-related population with additional Iranian-related or Arabian ancestry; Ashkenazi and Sephardic Jews carry the same Levantine share beside a southern European one. The community posts in this series go through each case.
• Cypriots, and the Roman-era eastern Mediterranean more broadly, carry Canaanite-related ancestry beside Aegean and Anatolian; this is the Eastern Mediterranean (0 - 600 AD) source in the catalog.
• The Phoenician colonies carry surprisingly little. Genomes from Carthage, Sardinia, Sicily and Ibiza show that the Punic world drew mostly on local Mediterranean populations, and the Levantine contribution was modest (Fernandes et al. 2020; Moots et al. 2023). The Phoenician and Punic DNA post has the details.

Why the catalog needed a Canaanite source#

qpAdm models a genome as a mixture of ancient source populations and can reject the model with a p-value. It is only as good as its sources. Until August 2026 our catalog represented the Levant with three populations: the Natufian foragers and the Levantine Neolithic farmers in the deep-time era, and the Iron Age Phoenicians and the Roman-era Eastern Mediterranean in the Classical Antiquity era. For a Jewish, Lebanese or Palestinian genome that left a gap exactly where the ancestry lives. The Phoenician and Eastern Mediterranean sources both descend from the Canaanites, but the Phoenician genomes are Iron Age and the Roman-era ones carry Aegean and Anatolian admixture, so a target's real Levantine stream was being split between two later, admixed proxies, and the model's standard errors were paying for it.

The new source is the Israel_MLBA group of the Allen Ancient DNA Resource, version 66: 34 individuals from Megiddo, Hazor, Abel Beth Maacah and their neighbours, dated between about 1900 and 1200 BC, the largest single Canaanite group in the reference panel. It is one published archaeological label, not a pool of several, in keeping with how every source in the catalog is built; the low-coverage, related and outlier individuals that the AADR flags are excluded. It sits in the Classical Antiquity era on purpose, although it predates the era's window, so that an analyst can test it against the Phoenician and Eastern Mediterranean sources inside one model.

What it changes in practice: for a Levantine or Jewish genome the analyst's starting model in the Classical Antiquity era is now Canaanite beside whichever later source the community's history suggests, and the report shows how confidently the Canaanite share was separated from the Iranian, Anatolian, Aegean, Italian or Arabian one. The source page carries the description, the map and the model notes.

What a Canaanite weight means#

A weight on the Canaanite source means your genome is well described as partly resembling the Bronze Age population of the southern Levant, to within the standard error shown. It does not mean that any individual buried at Megiddo was your ancestor; a source is a reference the model tests against, never a family. It does not distinguish between the many histories that drew on that population: a Lebanese Christian, a Palestinian Muslim, a Syrian Jew and a Cypriot may all carry a large Canaanite weight, and the model is not a statement about which of those histories is yours. And it is not a statement about identity or belonging of any kind.

Related reading#

• Jewish ancestry and ancient DNA: the series introduction
• Phoenician and Punic DNA across the Mediterranean
• What a qpAdm ancestry test is
• The AADR explained, for where the Israel_MLBA label comes from
• The full source population directory

References#

• Agranat-Tamir, L. et al. (2020). The genomic history of the Bronze Age Southern Levant. Cell, 181(5), 1146–1157.
• Almarri, M. A. et al. (2021). The genomic history of the Middle East. Cell, 184(18), 4612–4625.
• Feldman, M. et al. (2019). Ancient DNA sheds light on the genetic origins of early Iron Age Philistines. Science Advances, 5(7), eaax0061.
• Fernandes, D. M. et al. (2020). The spread of steppe and Iranian-related ancestry in the islands of the western Mediterranean. Nature Ecology & Evolution, 4, 334–345.
• Haber, M. et al. (2017). Continuity and admixture in the last five millennia of Levantine history from ancient Canaanite and present-day Lebanese genome sequences. American Journal of Human Genetics, 101(2), 274–282.
• Harney, É. et al. (2018). Ancient DNA from Chalcolithic Israel reveals the role of population mixture in cultural transformation. Nature Communications, 9, 3336.
• Moots, H. M. et al. (2023). A genetic history of continuity and mobility in the Iron Age central Mediterranean. Nature Ecology & Evolution, 7, 1515–1524.