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Genomic Study of 15,000-Year-Old 'Zambezi Highlands' Remains Identifies a Previously Unknown Pleistocene Lineage with Specialized Adaptation to Endemic Forest-Pathogen Resilience

📅 April 11, 2026 📰 Genetic History Review
Genomic Study of 15,000-Year-Old 'Zambezi Highlands' Remains Identifies a Previously Unknown Pleistocene Lineage with Specialized Adaptation to Endemic Forest-Pathogen Resilience

A breakthrough in paleogenomics has allowed scientists to reconstruct the genome of a hunter-gatherer who lived in the Zambezi Highlands over 15,000 years ago. Published in Human Evolutionary Genetics, the research identifies a distinct Pleistocene lineage that diverged from other sub-Saharan populations and developed specific genetic markers for resistance to endemic forest-borne pathogens.

The study suggests that this population remained isolated for several millennia, allowing for unique biological adaptations to the high-humidity forest environment. These findings complicate existing models of human dispersal in Africa and highlight the diversity of genetic responses to localized ecological pressures during the terminal Pleistocene epoch.

Original source: Genetic History Review