Neanderthal Migration Map: Europe & Eurasia
- A team of anthropologists has charted the likely paths of Neanderthal migration across Europe and Eurasia, shedding light on how these ancient hominids populated vast territories.
- Prior studies indicated a major Neanderthal migration from Eastern Europe toward Central and Eastern Eurasia occurred between 120,000 and 60,000 years ago.
- Using computer simulations, researchers modeled potential routes, concluding that Neanderthals likely followed river valleys as natural corridors during warmer climate periods.
Computer simulations have mapped Neanderthal migration routes across Europe and Eurasia, unveiling how these ancient hominids journeyed thousands of miles. Researchers now understand how Neanderthals traveled from Eastern europe, primarily utilizing river valleys as natural corridors during warmer periods, a critical piece of the primarykeyword puzzle. This groundbreaking research offers unprecedented insights into the secondarykeyword behaviors of our ancestors, filling gaps left by limited archaeological evidence. Using cutting-edge simulations, the team charted potential migration paths, revealing a northern route through the Ural Mountains. This study, published in PLOS One, leverages simulations to uncover new facts about our shared human history. News Directory 3 is keeping you informed. Discover what these routes tell us about Neanderthal interactions with other hominid groups, including Denisovans, and what the future holds.
Computer Simulations Map neanderthal Migration Routes Across Eurasia
A team of anthropologists has charted the likely paths of Neanderthal migration across Europe and Eurasia, shedding light on how these ancient hominids populated vast territories. The research, which focused on Neanderthal migration routes, suggests they journeyed some 2,000 miles in under 2,000 years.
Prior studies indicated a major Neanderthal migration from Eastern Europe toward Central and Eastern Eurasia occurred between 120,000 and 60,000 years ago. Though, the specific routes remained unclear due to limited archaeological evidence.
Using computer simulations, researchers modeled potential routes, concluding that Neanderthals likely followed river valleys as natural corridors during warmer climate periods. Emily Coco, a postdoctoral researcher at the University of Algarve in Portugal, spearheaded the study while a doctoral student at New York university. Radu Iovita, an associate professor at NYU’s Center for the Study of Human Origins, also contributed to the research published in PLOS One.
Coco noted the simulations offer insights into ancient migrations not readily available from archaeological records. She added that this approach reveals how computer models can uncover new facts about ancient migrations that shaped human history.
The simulation considered terrain elevation, ancient river systems, glacial barriers, and temperature fluctuations to model Neanderthal movement decisions. This approach, previously applied to modern human and animal movement, had not been used to study Neanderthals.
Researchers identified possible migration routes during two warmer periods: Marine Isotope Stage 5e (MIS 5e), starting about 125,000 years ago, and Marine Isotope stage 3 (MIS 3), starting about 60,000 years ago. Simulations on the NYU Greene Supercomputer Cluster indicated Neanderthals could have reached the Siberian Altai Mountains within 2,000 years during either MIS 5e or MIS 3. The routes generally followed a northern path through the Ural Mountains and southern Siberia, frequently enough intersecting known archaeological sites.
Iovita said Neanderthals could have migrated thousands of kilometers from the Caucasus Mountains to Siberia in just 2,000 years by following river corridors.
The study also suggests these migration routes would have brought Neanderthals into contact wiht Denisovans, aligning with existing evidence of interbreeding between the two groups.
What’s next
Future research will focus on refining the models with new archaeological discoveries and genetic data to further clarify the specifics of Neanderthal migration patterns and their interactions with other hominid groups.