In recent decades, the extraction and sequencing of ancient DNA (aDNA) from archaeological human remains has fundamentally altered historical anthropology. By mapping genetic affinities across millennia, paleogenomicists have frequently challenged long-standing archaeological models of cultural diffusion, demonstrating that major transitions in material culture—such as the regional adoption of agriculture or metallurgy—were often propelled by large-scale demographic migrations rather than the mere transmission of ideas. However, the initial euphoria surrounding archaeogenetics has increasingly given way to a nuanced methodological debate concerning the interpretive sovereignty of genetic data over contextual archaeological evidence.
A prominent contingent of archaeogeneticists champions what may be termed a genocentric paradigm. Proponents of this view contend that because genomic sequences constitute direct, unmediated physical traces of biological ancestry, they offer objective empirical benchmarks that should supersede the inherently interpretive, typological classifications constructed by traditional archaeologists. In this view, disparate artifact assemblages—such as ceramic styles, architectural motifs, or burial customs—are treated as secondary, often epiphenomenal expressions of social identity that can obscure the demographic shifts revealed by chromosomal haplogroups.
Conversely, contextual archaeologists argue that elevating genomic data to the status of ultimate arbiter commits a category mistake. They emphasize that biological ancestry and cultural identity are neither isomorphic nor synchronously mutable. Human communities frequently adopt foreign technologies, exchange prestige goods, or reshape linguistic affiliations without substantial genetic admixture; conversely, significant gene flow can occur across stable, unbroken material traditions without destabilizing prevailing social structures. Moreover, because ancient skeletal preservation is subject to extreme taphonomic bias—disproportionately favoring arid, alkaline depositional environments over humid, acidic ones—the spatial distribution of sequenced specimens rarely reflects ancient population densities with statistical fidelity.
Rather than treating aDNA as an autonomous narrative that renders material archaeology obsolete or, conversely, dismissing genomic evidence as reductionist noise, contemporary theorists increasingly advocate for an integrative framework. In this multi-proxy epistemological model, genetic data is treated not as an overarching truth that arbitrates cultural disputes, but as an empirical constraint operating alongside stratigraphy, radiocarbon dating, and material culture. Under this approach, divergences between genetic trajectories and material records are not resolved by subordinating one discipline to the other, but are instead recognized as vital diagnostic indicators of complex historical dynamics, such as selective elite migration, exogamous kinship networks, or asymmetric technological acculturation.
Which one of the following most accurately expresses the main idea of the passage?
- ABecause skeletal taphonomic biases and the non-isomorphic relationship between genetics and culture undermine ancient DNA analysis, genomic evidence should be subordinated to contextual material archaeology.
- BThe emergence of paleogenomic sequencing has definitively demonstrated that prehistoric cultural transitions were primarily driven by demographic migrations rather than the gradual diffusion of technological innovations.
- Rather than allowing either ancient genomic data or traditional material artifacts to claim interpretive priority, historical anthropology is best served by an integrative approach that treats divergences between them as diagnostic evidence of complex social dynamics.Cevap
- DSevere taphonomic preservation disparities across distinct geographic environments prevent paleogenomic data from providing statistically reliable reconstructions of ancient human population movements.
- EBecause biological ancestry and cultural identity evolve through entirely independent mechanisms, discrepancies between genetic sequences and material records cannot be reconciled by historical models.