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How Multiple Denisovan Populations Shaped Modern Human Genes

Anthropology.net

One of the most intriguing chapters in human evolution is the story of the Denisovans, a mysterious, now-extinct hominin group that left a significant genetic footprint in the DNA of modern humans. Overview of the distinct Denisovan populations that introgressed into modern humans.

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Unveiling Homo juluensis: A New Chapter in Human Evolution

Anthropology.net

Discovery of a Potential New Human Species A groundbreaking study published in Nature Communications 1 has proposed the existence of a new human species, Homo juluensis. This ancient hominin, believed to have lived in eastern Asia between 300,000 and 50,000 years ago, is a significant addition to our understanding of human evolution.

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Tracing the Genetic Threads of Wallacea’s Complex History

Anthropology.net

A recent study sheds new light on its human history, highlighting the deep impact of migrations from New Guinea into this region approximately 3,500 years ago. Challenges of Deciphering Human Migrations Studying Wallacea’s genetic history isn’t without its challenges. Human Biology , 83(4), 587–607. Kealy, S.,

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“We Have Always Been Here”: How DNA and Oral Tradition Aligned to Tell the Picuris Pueblo’s Deep Past

Anthropology.net

federally recognized tribe has led and co-authored a genomic study of its own ancestry. Ancient Ties, Modern Stakes The study grew from a desire not just to explore ancestry but to support sovereignty. in April 2024. Who We Are and How We Got Here: Ancient DNA and the New Science of the Human Past. Nature , 1–8.

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New Genetic Study Redefines Origins On Japan's Ancestry

Anthropology.net

A groundbreaking genetic study conducted by researchers at the RIKEN Center for Integrative Medical Sciences has uncovered new evidence that challenges the longstanding belief in a dual-origin model of Japanese ancestry. This study shows that their genetic legacy persists, with their ancestry decreasing as one moves westward across Japan.

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Faces from the Deep Past: How Europe's Skulls Record 30,000 Years of Upheaval

Anthropology.net

The Bone Archive of Human History If genes are blueprints, skulls are blueprints weathered by time. The short, high, gracile cranial forms common in recent centuries may owe more to changes in nutrition, lifestyle, and climate than to deep ancestry. Related Research Olalde, I., Nature , 555, 190–196. link] Lazaridis, I.,

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Neanderthals and Modern Humans: A Shared Past Revealed Through DNA

Anthropology.net

The genetic legacy of Neanderthals persists in modern humans, with 1-2% of non-African genomes composed of Neanderthal DNA—a determination made through comprehensive sequencing and comparison of ancient and modern genomes. “These beneficial traits spread rapidly in early human populations.”