Articles tagged with Neanderthals
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Researchers analyzed ancient fire remains to uncover Neanderthal mobility habits and settlement patterns. The study found stratified hearths built on multiple topsoils over different periods, indicating at least four successive short-term Neanderthal occupations.
The research attributes the human-elephant relationship during the Pleistocene epoch to their mutual ecology and shared living environments. Both species likely hailed from ancestors that came to Europe from Africa and adapted to living conditions in Ice Age Europe, highlighting their genetic similarities.
A recent reanalysis of a Neandertal individual's vertebrae and pelvis suggests that their spinal curvatures were within the range of normal modern human posture, except for disease-related effects. The findings challenge previous interpretations of Neandertal anatomy as functionally different from those of modern humans.
Researchers from the University of Zurich have virtually reconstructed a Neanderthal skeleton and found that they walked upright with a curved lumbar region and neck, similar to modern humans. This challenges previous reconstructions that depicted Neanderthals as having poor posture.
New research using compound-specific isotope analysis reveals that Neandertals had a predominantly carnivorous diet, primarily consisting of large herbivores. The study also sheds light on the possibility of late weaning and cannibalism in Neandertal populations.
Scientists have discovered the first Neanderthal footprints in Gibraltar, dated to around 29 thousand years ago. The footprints, along with those of other species, provide significant insight into the wildlife community of the Rock's past.
Researchers found that modern humans replaced Neanderthals in southern Spain between 45,000 and 43,000 years ago, pushing back the previously known date by 5,000 years. The discovery suggests a more complex coexistence between both groups for millennia.
A new study reveals that Neanderthals had the technological capabilities to hunt at a distance using advanced wooden spears, contradicting previous theories that they only hunted at close range. The spears, dating back to 300,000 years ago, were found to be effective in hitting targets up to 20 meters away.
A new study of Bajondillo Cave in southern Spain found that modern humans replaced Neanderthals approximately 44,000 years ago, challenging the traditional timing of this event. The research suggests that coastal corridors played a key role in the early dispersal of Homo sapiens into Europe.
Researchers identified two genes, UBR4 and PHLPP1, that correlate with reduced cranial roundness in modern humans carrying Neandertal DNA fragments. These genes are involved in brain development and may have played a role in the evolution of human brain shape.
Researchers found Neandertal DNA fragments on chromosomes 1 and 18 associated with less globular brains, altering activity of genes UBR4 and PHLPP1. These fragments influence brain globularity in the basal ganglia and cerebellum.
Researchers analyzed obsidian samples from various Neanderthal sites and found that common tools originated from specific sources. The study suggests a developed social network between groups of people from different regions during the Upper Paleolithic period.
The study suggests that Neanderthals relied on the diaphragm for breathing due to their wider lower thorax and more horizontal rib orientation. This finding is consistent with previous research on increased lung capacity in Neanderthals.
A team of scientists has reconstructed the 3D shape of a Neandertal ribcage, revealing an upright individual with a straighter spine and potentially greater lung capacity. The study offers new insights into ancient human anatomy and biomechanics.
Research at the University of York suggests that Neanderthals had a well-developed system of care for injuries and childbirth challenges. The study of over 30 individuals with minor and serious injuries found evidence of healthcare dating back 1.6 million years ago, indicating a fundamental role in survival strategies.
A study found that viruses influenced the evolution of humans, particularly in adapting to pathogens. Neanderthal DNA was shared with modern humans, providing resistance to viruses, and its presence suggests selective benefits.
Researchers found that many genes inherited from Neanderthals interact with modern-day viruses like HIV and influenza A, suggesting they provided protection against ancient RNA viruses. The study suggests a 'poison-antidote' model of gene swapping between species, where Neanderthals bequeathed genetic tools to combat invaders.
Fossil teeth from Italy's Fontana Fanuccio and Visogliano sites show Neanderthal dental features emerged by 450,000 years ago, adding to the understanding of a period of complex human evolution. The discovery supports an early divergence of the Neanderthal lineage and suggests multiple human lineages inhabited the region.
A study of Early Pleistocene Homo antecessor teeth reveals similarities with Neanderthals in enamel distribution, but not thin enamel characteristic of Neanderthals. The findings suggest that certain dental traits arose earlier than previously thought, highlighting the complex evolution of hominin dentition.
A study found that a fragment of an ancient retrovirus, HK2, is more frequently integrated in the genes of people who contracted HIV through IV drug use. This suggests that HK2 may contribute to dopaminergic manipulation and be an underappreciated pathogenic burden.
A recent study suggests that climate change contributed to the decline and eventual extinction of the Neanderthals. The researchers found that prolonged extreme cold periods coincide with a near complete absence of archaeological artefacts from the Neanderthals. This indicates that climate change played a significant role in their demise.
Researchers found that cold climate cycles coincided with the absence of Neanderthal tools and the rise of modern humans in Europe. The limited diet of Neanderthals, which relied on terrestrial meat sources, may have contributed to their decline during stadials.
A single bone fragment from Denisova Cave has revealed the genetic makeup of a child born to a Neandertal mother and a Denisovan father. The study's findings suggest that Neandertals and Denisovans interbred frequently, with the child showing ancestry from both groups.
A team of researchers discovered hunting lesions on fallow deer skeletons dating back 120,000 years to Neandertal hunting methods. The findings suggest a confrontational way of hunting requiring careful planning and close cooperation.
A new framework helps interpret engravings on stone artifacts, suggesting Neanderthals engaged in symbolic activities. Researchers analyzed a flint flake from Crimea and concluded that the incisions were deliberate, requiring fine motor skills and attention to detail.
Researchers used computer-based methods to compare the physiological behavior of Neanderthals to today's humans, finding that their noses were able to transport twice as much air to the lungs than modern humans. This unique feature allowed Neanderthals to thrive in Ice Age environments and power their more strenuous lifestyle.
Researchers applied new technological approaches to study the iconic Neandertal skeleton, identifying fossil remains, pathological conditions, and confirming deliberate burial. The study sheds new light on Neandertal anatomy, behavior, and cultural practices.
The study of five late Neandertals' genomes provides evidence for a turnover in the Neandertal population towards the end of their history. The genomes also show that Neandertals were more similar to modern humans outside Africa than an older Neandertal from Siberia.
New research reveals Neanderthal healthcare was widespread and effective, with a focus on caring for injured peers. Despite severe injuries, individuals remained part of the group, highlighting the social significance of healthcare in Neanderthal society.
Researchers found cave art in Europe dating back at least 20,000 years, suggesting Neanderthals created the artworks. The discovery also included dyed and decorated marine shells dating back to times before modern humans arrived in the region.
Researchers used Uranium-Thorium dating to determine the age of cave art in Spain, finding it was created by Neanderthals over 64,000 years ago, predating modern human arrival in Europe. This discovery suggests that Neanderthals shared symbolic thinking and cognitive abilities with early Homo sapiens.
Scientists have discovered the first major evidence that Neanderthals created the world's oldest known cave paintings, dating back over 64,000 years. The findings suggest that Neanderthals had an artistic sense similar to that of modern humans and were capable of symbolic thinking.
A UC Davis study suggests that Neanderthals' inability to draw may be related to their hunting techniques, which required more precise eye-hand coordination. This could have contributed to the evolution of Homo sapiens' larger brains and advanced cognitive abilities.
A study suggests that early Neanderthals in southern Tuscany used fire to create digging sticks and shape wooden tools. The site's fossil bones and cut marks indicate a high level of technical expertise in toolmaking, dating back to around 171,000 years ago.
A new study in Heliyon reveals that Neanderthals lived at least 3,000 years longer than previously thought in Southern Iberia, challenging the idea of a smooth wave-of-advance. The research proposes a 'stop-and-go, punctuated' mechanism for human evolution.
Researchers analyzed nasal morphologies to infer Neanderthal soft tissue, finding that cold-adapted nasal configurations evolved independently in both species. Computational fluid dynamics simulations showed faster air warming and humidification rates in Neanderthals compared to modern humans.
A new study analyzes genetic material from people in Western Asia, identifying DNA sequences inherited from Neanderthals. The research suggests that this region is the most likely spot where humans first encountered Neanderthals, with implications for human health and well-being.
Despite multiple injuries and deafness, Shanidar 1 lived into his 40s with the help of others. His sensory impairment made him vulnerable to predators, emphasizing the importance of social support for survival as a hunter-gatherer in the Pleistocene.
Neandertal DNA has been linked to various human characteristics, including skin tone, hair color, and sleep patterns. The study suggests that sun exposure plays a crucial role in shaping these traits, with Neandertal genes contributing to lighter or darker skin tones.
Research suggests that prehistoric humans recognized the dangers of inbreeding at least 34,000 years ago and developed sophisticated social networks to avoid it. The study analyzed genetic information from remains of anatomically modern humans and found evidence of deliberate mate selection beyond immediate family members.
Two new studies on ancient genomes provide valuable insights into the lives of our ancestors and their cousins, the Neandertals. The new genome of a female Neandertal reveals new genetic contributions to modern-day humans, including variants related to plasma levels of LDL cholesterol and vitamin D. Additionally, early modern human gen...
A new analysis of a Neandertal child's skeleton suggests that Neandertals may have experienced an extended period of brain growth compared to modern humans. The study found that the 7-year-old Neandertal had a brain size similar to that of an adult, challenging previous theories on brain development.
A study on a Neanderthal child's fossil remains found that both species regulate their growth differently to adapt energy consumption. The child's brain growth was slower than expected, while its body grew at a similar rate to modern humans.
Researchers used an improved dating technique to date Neanderthal remains from Vindija Cave in Croatia. The dates obtained were significantly older than previously reported, pushing back the timeline of Neanderthal presence in Central Europe. This challenges previous theories about the coexistence of Neanderthals and modern humans.
A University of Utah-led team analyzed archaic DNA to reconstruct the early history of humans, revealing an evolutionary story that challenges traditional views. The study found that Neanderthals and Denisovans nearly went extinct after separating from modern humans, but later diverged and grew into tens of thousands of individuals.
Researchers found that genetic variations from Neanderthals shape modern human brain structures, particularly those involved in tool use and visualization. This may lead to trade-offs with social brain function, potentially contributing to deficits seen in these disorders.
The study suggests that a hominin migration out of Africa occurred between 470,000 and 220,000 years ago, introducing their mitochondrial DNA to the Neanderthal population. This event reconciles discrepancies in nuclear and mitochondrial DNA phylogenies, providing new insights into human evolution.
Researchers suggest that population growth, migration, and cultural bursts led to explosive changes in early human culture around 50,000 years ago. Computer simulations showed that combining these factors could explain the emergence of new technologies and art.
A decorated raven bone from the Zaskalnaya VI site in Crimea features two intentionally made notches, suggesting a visually consistent pattern. Researchers believe these modifications may have been symbolic additions used by Neanderthals to display a specific design.
A team of researchers has discovered the oldest fossil human cranium in Portugal, dating back 400,000 years. The cranium is significant because it is well-dated and associated with abundant faunal remains and stone tools, including bifaces.
New research reveals that Neanderthals at the El Sidrón site in Asturias, Spain, consumed a diverse diet including wild mushrooms, pine nuts, and moss. Genetic analysis of dental plaque found no evidence of meat consumption, contradicting earlier theories.
A team of international researchers analyzed dental plaque from four Neandertals, revealing a complex picture of their behavior, diet, and evolutionary history. The study found that Neandertals had a good knowledge of medicinal plants and used them to self-medicate, including the use of poplar trees for pain relief.
Two early Late Pleistocene crania from Lingjing, China exhibit a morphological mosaic with similarities to Neandertals and eastern Eurasian humans. The fossils provide insight into the biology and population history of early Late Pleistocene eastern Eurasia.
The discovery of two ancient skulls in central China provides a unique glimpse into the biology of early humans in the region. The skulls, dated to around 100,000 years ago, exhibit a mix of features from different human populations, suggesting regional interconnectedness and population continuity across Eastern Eurasia.
Researchers found that Neanderthal DNA sequences still influence human gene expression, contributing to traits such as height and susceptibility to schizophrenia or lupus. The study used the Genotype-Tissue Expression Project dataset and analyzed RNA sequences in 52 different tissues.
Researchers found a unique limestone rock at the Krapina Neanderthal site in Croatia, collected over 100 years ago. The discovery suggests Neanderthals had a curiosity for collecting and assigning symbolic significance to objects.
Recent studies identify 126 places in human genomes where archaic DNA sequences exist at high frequencies, including regions related to skin and immunity. This inheritance helped humans adapt to new environments as they dispersed throughout the world.
A new study reveals that Neanderthal genes are being removed from the human genome at a rate of weak but widespread selection. The researchers found that the small population of Neanderthals mixing with modern humans led to inbreeding, causing genetic variants to persist and then be weeded out by natural selection.
A study published in PLOS Genetics found that natural selection removed weakly deleterious Neanderthal gene variants from the human genome, as they were more effective in larger human populations. This loss of Neanderthal ancestry is attributed to historical differences in population sizes between humans and Neanderthals.
A new estimator developed by geneticists suggests that the population in Africa was likely 50% larger than previously thought and that an archaic-modern human separation date of 440,000 years ago is the best fit. The study also found that ancient populations interbred less than previously believed throughout Eurasia.