primary_scientific_research · SRC-FELDMAN-2019
Ancient DNA sheds light on the genetic origins of early Iron Age Philistines
Michal Feldman, Daniel M. Master, Raffaela A. Bianco, Marta Burri, Philipp W. Stockhammer, Alissa Mittnik, Adam J. Aja, Choongwon Jeong, Johannes Krause · 2019
Reading ancient testimony
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Document and modern access
- Type
- journal_article_and_genomic_dataset
- Publication
- Science Advances, vol. 5, no. 7
Records informed by this source
- geography assertion Ashkelon — geography assertionEvidence confidence: moderateinforms · locates · Ashkelon contexts and genomic sample sequence
Supports identification and archaeological location of Ashkelon; the point is a representative site locator, not an excavation footprint.
- claim Southern Levant ancient-DNA results are constrained by small, uneven, preservation-biased, and socially selective samples.Evidence confidence: very highinforms · provides archaeological observation · ten-individual Ashkelon dataset
Shows local sample size.
- ranked model Philistine origins and integrationEvidence confidence: highinforms · provides archaeological observation · genomic data
Direct mobility.
- relationship Ashkelon — located in — Southern coastal plain and Philistia research zoneEvidence confidence: highinforms · provides archaeological observation · Ashkelon contexts and genomic sample sequence
Supports the site description, phase range, or principal research relevance.
- relationship Canaanite city communities — contributes to formation of — Philistine communitiesEvidence confidence: highinforms · provides archaeological observation · rapid ancestry dilution
Supports continuity/admixture.
- date assertion Transient early Iron Age ancestry shift in sampled Ashkelon burials — date assertionEvidence confidence: highinforms · provides archaeological observation · Ashkelon genome-wide samples and admixture models
Direct evidence.
- claim Substantial Late Bronze local population and cultural continuity persisted into Iron I despite imperial contraction, destruction, and migration.Evidence confidence: highinforms · provides archaeological observation · Ashkelon admixture and later dilution
Shows mobility plus continuity.
- claim Some extra-local migration into early Iron Age Philistia is strongly supported, but its scale and composition were limited and heterogeneous rather than total population replace…Evidence confidence: highinforms · provides archaeological observation · early Iron ancestry component and dilution
Direct biological evidence.
- claim The conventional connection between Egyptian Peleset and later Philistines is plausible, but it does not prove that every Philistine community descended from one homogeneous Pel…Evidence confidence: highinforms · provides archaeological observation · Ashkelon genomic sequence
Shows mixed ancestry.
- entity AshkelonEvidence confidence: highinforms · provides archaeological observation · Ashkelon contexts and genomic sample sequence
Supports the site description, phase range, or principal research relevance.
- date assertion Ashkelon — date assertioninforms · provides archaeological observation · Ashkelon contexts and genomic sample sequence
Supports the site description, phase range, or principal research relevance.
- entity Philistine communitiesEvidence confidence: highinforms · provides archaeological observation · Ashkelon genomic time series
Supports limited extra-local ancestry and rapid admixture.
- date assertion Philistine communities — date assertioninforms · provides archaeological observation · Ashkelon genomic time series
Supports limited extra-local ancestry and rapid admixture.
- event Transient early Iron Age ancestry shift in sampled Ashkelon burialsEvidence confidence: highinforms · provides archaeological observation · Ashkelon genome-wide samples and admixture models
Direct evidence.
- causal hypothesis Limited migration plus rapid local integration model for Philistine formationEvidence confidence: highinforms · provides archaeological observation · genomic time series
Direct mobility/admixture evidence.
- event Formation of early Iron Age Philistine communitiesEvidence confidence: moderateinforms · provides genomic evidence
- date assertion Formation of early Iron Age Philistine communities — date assertionEvidence confidence: moderateinforms · provides genomic evidence
- entity Pelesetinforms · provides relevant population evidence for early Iron Age Ashkelon
- property assignment Philistine communities — has property — Archaeological proxy, not ethnicityEvidence confidence: very highinforms · provides source criticism · sample and identity caveats
Supports assignment.
- claim Ancient genetic clusters and ancestry components must not be mapped directly onto Canaanite, Philistine, Israelite, Judahite, or other biblical ethnonyms.Evidence confidence: near certaininforms · provides source criticism · Ashkelon sample caveats
Shows individual/community distinction.
- property Cultural hybridizationinforms · supports biological admixture case · Ashkelon genomic time series
- claim Early Philistine communities included migrant ancestry from the west but rapidly became genetically and culturally mixed with local Levantine populations.Evidence confidence: high for Ashkelon moderate for all Philistiasupports · supports