Showing 13 to 24 of 36 results
Ancient Chinese DNA Reveals Prehistoric Matrilineal Society
Analysis of DNA from two cemeteries in Fujia, Shandong province, reveals a matrilineal society dating back to 2750-2500 BC, challenging previous assumptions about early human social organization and predating European Iron Age examples.
Ancient Chinese DNA Reveals Prehistoric Matrilineal Society
Analysis of DNA from two cemeteries in Fujia, Shandong province, reveals a matrilineal society dating back to 2750-2500 BC, challenging previous assumptions about early human social organization and predating European Iron Age examples.
Progress
44% Bias Score
Ancient DNA Reveals Complete Population Replacement in Bogotá Highlands
Researchers sequenced DNA from 21 individuals at five Colombian archaeological sites, discovering a previously unknown population of hunter-gatherers who inhabited the Bogotá highlands 6,000 years ago, then vanished completely around 2,000 years ago without leaving genetic descendants, replaced by m...
Ancient DNA Reveals Complete Population Replacement in Bogotá Highlands
Researchers sequenced DNA from 21 individuals at five Colombian archaeological sites, discovering a previously unknown population of hunter-gatherers who inhabited the Bogotá highlands 6,000 years ago, then vanished completely around 2,000 years ago without leaving genetic descendants, replaced by m...
Progress
28% Bias Score
Ancient Colombian Hunter-Gatherers Reveal Unexpected Lineage in Early American Settlement
A new study published in Science Advances reveals a previously unknown ancient hunter-gatherer group in Colombia, dating back 6,000 years, whose DNA is distinct from both North and South American groups; researchers are uncertain how this group disappeared 4,000 years later.
Ancient Colombian Hunter-Gatherers Reveal Unexpected Lineage in Early American Settlement
A new study published in Science Advances reveals a previously unknown ancient hunter-gatherer group in Colombia, dating back 6,000 years, whose DNA is distinct from both North and South American groups; researchers are uncertain how this group disappeared 4,000 years later.
Progress
24% Bias Score
Ancient Libyan Mummies Reveal Isolated Human Group, Rewriting North African History
DNA analysis of two 7,000-year-old mummies in Libya reveals a previously unknown human group isolated in the Green Sahara, challenging theories of human migration and interbreeding in North Africa, and suggesting cultural diffusion without genetic mixing.
Ancient Libyan Mummies Reveal Isolated Human Group, Rewriting North African History
DNA analysis of two 7,000-year-old mummies in Libya reveals a previously unknown human group isolated in the Green Sahara, challenging theories of human migration and interbreeding in North Africa, and suggesting cultural diffusion without genetic mixing.
Progress
40% Bias Score
Ancient DNA Reveals Genetically Isolated Saharan Population
Complete DNA from two 7,000-year-old bodies found in a Libyan cave reveals a previously unknown, genetically isolated population in the Sahara, challenging assumptions about ancient migration patterns in the region despite evidence of some cultural exchange.
Ancient DNA Reveals Genetically Isolated Saharan Population
Complete DNA from two 7,000-year-old bodies found in a Libyan cave reveals a previously unknown, genetically isolated population in the Sahara, challenging assumptions about ancient migration patterns in the region despite evidence of some cultural exchange.
Progress
44% Bias Score
Ancient Genomes Reveal Isolated Sahara Population
Analysis of the first whole genomes recovered from 7,000-year-old mummified remains of two women at Libya's Takarkori rock shelter reveals a previously unknown, long-isolated population in the Sahara during the 'green Sahara' period, challenging theories about migration and pastoralism's spread in t...
Ancient Genomes Reveal Isolated Sahara Population
Analysis of the first whole genomes recovered from 7,000-year-old mummified remains of two women at Libya's Takarkori rock shelter reveals a previously unknown, long-isolated population in the Sahara during the 'green Sahara' period, challenging theories about migration and pastoralism's spread in t...
Progress
28% Bias Score
Ancient Colombian Genome Reveals Mysterious Disappeared Population
Researchers discovered the genetic remains of an unknown ancient human population in central Colombia's Altiplano plateau, dating back 6,000 years, whose genetic lineage vanished completely by 2,000 years ago, leaving no descendants among later populations and raising questions about early South Ame...
Ancient Colombian Genome Reveals Mysterious Disappeared Population
Researchers discovered the genetic remains of an unknown ancient human population in central Colombia's Altiplano plateau, dating back 6,000 years, whose genetic lineage vanished completely by 2,000 years ago, leaving no descendants among later populations and raising questions about early South Ame...
Progress
12% Bias Score
Ancient Leprosy Strain Found in Americas Before European Contact
A groundbreaking study published in Science reveals that leprosy existed in the Americas for over 1,000 years before European colonization, challenging previous assumptions and highlighting a distinct strain of the disease, M. lepromatosis, that spread widely across the continent.
Ancient Leprosy Strain Found in Americas Before European Contact
A groundbreaking study published in Science reveals that leprosy existed in the Americas for over 1,000 years before European colonization, challenging previous assumptions and highlighting a distinct strain of the disease, M. lepromatosis, that spread widely across the continent.
Progress
12% Bias Score
Ancient Migration from Russia Populated the Americas: A Genetic Study
A genetic study published in Science traces the origins of the first Americans to present-day Russia 20,000–30,000 years ago, detailing their migration, diversification, and adaptation to diverse environments across South America, highlighting genetic variations impacting modern health.
Ancient Migration from Russia Populated the Americas: A Genetic Study
A genetic study published in Science traces the origins of the first Americans to present-day Russia 20,000–30,000 years ago, detailing their migration, diversification, and adaptation to diverse environments across South America, highlighting genetic variations impacting modern health.
Progress
16% Bias Score
Ancient DNA Reveals Sahara's Green Past and its Inhabitants
Analysis of ancient DNA from 7,000-year-old mummified remains in Libya's Takarkori rock shelter reveals the ancestry and herding lifestyle of people who inhabited the then-verdant Sahara, providing insights into human adaptation to environmental changes and migration patterns.
Ancient DNA Reveals Sahara's Green Past and its Inhabitants
Analysis of ancient DNA from 7,000-year-old mummified remains in Libya's Takarkori rock shelter reveals the ancestry and herding lifestyle of people who inhabited the then-verdant Sahara, providing insights into human adaptation to environmental changes and migration patterns.
Progress
32% Bias Score
Ancient Sahara DNA Reveals Isolated Population
Complete DNA from two 7,000-year-old female skeletons unearthed in a Libyan cave reveals a previously unknown population that lived in isolation for millennia in the Sahara, despite evidence suggesting some cultural exchange with other groups.
Ancient Sahara DNA Reveals Isolated Population
Complete DNA from two 7,000-year-old female skeletons unearthed in a Libyan cave reveals a previously unknown population that lived in isolation for millennia in the Sahara, despite evidence suggesting some cultural exchange with other groups.
Progress
44% Bias Score
Hunnic Migration to Europe: A Complex Genetic Story
A genetic study of 370 individuals from the 2nd century BCE to the 6th century CE across Central Asia and the Carpathian Basin revealed that the Huns' migration to Europe was not a mass movement, but a complex process involving assimilation with local populations, challenging traditional historical ...
Hunnic Migration to Europe: A Complex Genetic Story
A genetic study of 370 individuals from the 2nd century BCE to the 6th century CE across Central Asia and the Carpathian Basin revealed that the Huns' migration to Europe was not a mass movement, but a complex process involving assimilation with local populations, challenging traditional historical ...
Progress
32% Bias Score
Showing 13 to 24 of 36 results