logo
Wooden spears found in a German coal mine could change the history of human hunting

Wooden spears found in a German coal mine could change the history of human hunting

Independent10-05-2025

Ancient wooden spears unearthed over two decades ago in a German coal mine may be younger than previously thought, potentially shifting our understanding of early human hunting practices.
The discovery, made in Schöningen, includes complete spears crafted from spruce and pine, considered among the oldest hunting weapons ever found. Alongside the spears, researchers also unearthed the remains of nearly 50 horses, painting a picture of a prehistoric hunt.
Originally dated to 300,000 years ago, the spears were believed to belong to Homo heidelbergensis, a human ancestor thought to be the common link between modern humans and Neanderthals. However, new research suggests the spears may be younger, potentially placing them within the timeframe of Neanderthal existence. This raises the possibility that these sophisticated hunting tools were wielded not by Homo heidelbergensis, but by Neanderthals themselves.
This potential shift in ownership could reshape our understanding of Neanderthal capabilities and their role in the prehistoric landscape.
But the new analysis using a different dating technique suggests the spears are younger, placing them about 200,000 years old. The new age means the hunting weapons may have been used by Neanderthals instead, according to research published Friday in the journal Science Advances.
Recent work has suggested that some Neanderthals mixed and mated with early humans. The balanced, well-crafted spears could help scientists understand what Neanderthals were capable of and how they worked together to hunt.
The spears are 'pretty sophisticated for something that old," said study co-author Jarod Hutson with the Smithsonian National Museum of Natural History.
But it's not yet clear why the new dating disagrees with previous estimates. Archaeologist Thomas Terberger with the University of Göttingen said more research is needed to be sure of the spears' age and who used them to hunt.
'For the moment, I find the arguments interesting, but not absolutely convincing,' said Terberger, who had no role in the new study.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Slow cooking used to extract animal teeth for Stone Age jewellery
Slow cooking used to extract animal teeth for Stone Age jewellery

BBC News

time14 hours ago

  • BBC News

Slow cooking used to extract animal teeth for Stone Age jewellery

Prehistoric people used a culinary method similar to modern slow cooking to extract animal teeth for jewellery, archaeologists have found. Researchers from the University of York and University of Helsinki said the discovery showed Stone Age societies treated animal remains with "care". They said their findings suggested tooth extraction was a social activity and probably involved children. The researchers carried out experiments at a cemetery in eastern Latvia, where more than 2,000 animal teeth from 7,500 to 2,500 BC had been excavated. Dr Andrew Needham, experimental archaeologist, said: "By testing different methods, it became clear that methods like cutting, hammering or pulling the teeth out of a fresh jaw is extremely difficult and often damages the teeth in the process. "But what we see in these thousands of animal teeth at grave sites is that they are usually complete and undamaged by any extraction method." The teeth, most commonly derived from elk, wild boar and red deer, would be made into ornaments for the body and researchers noted that this practice of cooking gives an insight into the relationship between humans and animals at the time, with Stone Age people leaving little waste behind from animal Aimée Little, from the University of York's department of archaeology, said: "Making personal ornaments from teeth was likely to have been a social activity linked to everyday cooking activities."It is easy to imagine that different members of Stone Age societies, including small children, were involved in their making, with the first stage of extracting teeth from mandibles happening as meals were being prepared." Listen to highlights from North Yorkshire on BBC Sounds, catch up with the latest episode of Look North.

Look familiar? Scientists reveal what Neanderthals and Denisovans would look like TODAY if they hadn't gone extinct
Look familiar? Scientists reveal what Neanderthals and Denisovans would look like TODAY if they hadn't gone extinct

Daily Mail​

time15 hours ago

  • Daily Mail​

Look familiar? Scientists reveal what Neanderthals and Denisovans would look like TODAY if they hadn't gone extinct

For the last 40,000 years, Homo sapiens have been the only human species walking the Earth. Our ancient ancestors died out thousands of years ago, leaving behind nothing but fossils, a few scattered artefacts, and lingering traces in our DNA. But what if things had turned out differently? MailOnline has asked the experts to find out what the world might look like if the Neanderthals and Denisovans hadn't gone extinct. Surprisingly, they say that our distant evolutionary cousins might not be all that different to modern humans today. However, they might have had a hard time fitting in with our fast-paced, highly social societies. Dr April Noel, a palaeolithic archaeologist from the University of Victoria, told MailOnline: 'The idea that Neanderthals were hunched over, dim-witted individuals with no thought beyond their next meal is no longer tenable. 'At the same time, the idea that you could just slap a hat on a Neanderthal and you would not think twice about sitting next to him on the tube is also out the window.' What would they look like? Neanderthals and Denisovans are our closest ancient human relatives. The Neanderthals emerged around 400,000 years ago when they branched off from our common ancestors. Denisovans, meanwhile, are a far more elusive species of ancient humans who split from the Neanderthal evolutionary line around 430,000 years ago. If they had remained as separate species rather than going extinct, Neanderthals and Denisovans might look much the same as they did in the distant past. From the abundant fossil records, we know that Neanderthals were a little shorter than us on average, with shorter legs and wider hips. Neanderthals were very muscular and rugged, with large bodies and even larger heads. Their skulls show that they have room for a bigger brain than modern humans and would have been distinguished by a massive brow ridge and small foreheads. Neanderthals are our closest living relatives and share all our features to some degree. However, neanderthals have a stronger brow and a smaller forehead. Their skin tone would have depended on their climate, much like modern humans today (AI-generated impression) What would Neanderthals look like today? If Neanderthals survived until today, they might keep many of their original traits. This means they would be stockier and more heavily built than modern humans, with shorter legs and larger heads. Their faces would be distinguished by heavy brows and small foreheads. However, experts say that humans and Neanderthals would probably keep interbreeding. This means that these traits would become mixed with those of Homo sapiens. However, experts say they still would be clearly recognisable as fellow humans. Professor John Hawks, an anthropologist from the University of Wisconsin-Madison, told MailOnline: 'We don't know of any physiological traits that make Neanderthals distinct, that is, traits that don't overlap. 'Almost every physical trait in Neanderthals overlaps in its variation with ours today, at least to some extent.' That means they wouldn't look like lumbering cavemen or women, but rather like a slightly different variation of humans. Denisovans, meanwhile, are a little more of a mystery. It was only this month that scientists identified the first Denisovan skull, and besides this, there are only small fragments of bone to go on. Based on the newly identified skull, experts believe that Denisovans would have had a wide face with heavy, flat cheeks, a wide mouth, and a large nose. These bones also show that Denisovans would have been exceptionally large and muscular people, much stronger than more slender Homo sapiens. Not all that different However, experts say that Homo sapiens, Denisovans, and Neanderthals might not have remained that distinct for long. These human species interbred widely during the periods they overlapped, and many modern humans carry at least some Neanderthal and Denisovan DNA. If these species hadn't vanished, they might have continued to interbreed and further intermix our genes. Dr Hugo Zeberg, an expert on gene flow from Neanderthals and Denisovans into modern humans from the Karolinska Institutet in Sweden, told MailOnline: 'In a way they never went extinct. We merged!' 'Probably the relatively low amount of Neanderthal and Denisovan DNA in present humans reflects the fact that modern humans [Homo sapiens] were more numerous. 'But with more chances of encounters, we might have more archaic DNA present in the gene pool of modern humans.' We're still learning about how ancient genes influence modern humans, so it's hard to say what effects this mixing might produce. Neanderthals and modern humans interbred when we overlapped and would likely continue to into the future. Scientists say that male Neanderthal and Homo sapiens female couples would have had the highest likelihood of producing fertile hybrid offspring (AI-generated impression) Could modern and ancient populations merge? Scientists say it is extremely likely that Homo sapiens, Neanderthals, and Denisovans would eventually merge if no species went extinct. The resulting species would have genetic traits from all three groups. Since modern humans reproduce faster and build larger communities, they would likely represent more of the genetic material. This is essentially what happened to these species in the past. Our modern genome contains traits passed on from breeding with these ancient species before they disappeared. But Dr Zeberg points out that Denisovan genes are responsible for 'high altitude adaptation for Tibetans and some influence on lip shape in Latin American populations.' Similarly, Neanderthal and Homo Sapiens hybrids would likely have a mixture of the traits of both species such as larger heads, longer limbs, and narrower hips. Over time, some scientists believe Denisovans, Neanderthals and Homo Sapiens might have merged into a single human species with a mixture of all the traits. Dr Bence Viola, a paleoanthropologist at the University of Toronto, told MailOnline: 'I think it would have been impossible for Denisovans and Neanderthals to retain sufficient genetic isolation to remain a separate population. 'We know that they interbred with modern humans whenever they came into contact, and so the more contact there is, the more mixing happens – so they would have become a part of us.' Would they fit in? We don't currently know very much about how Denisovans lived, but research now shows Neanderthals might have struggled to fit in with modern society. One of the leading theories for why Homo sapiens survived while other species dropped off is that modern humans essentially 'tamed' ourselves. Unlike modern humans, Neanderthals and Denisovans didn't evolve to be so sociable. Scientists say they would find it difficult to integrate into our hyper-social society (AI-generated impression) Could Neanderthals and modern humans coexist? Scientists aren't sure whether Homo sapiens and Neanderthals could have cohabited permanently. There is no evidence of violence between the two species and we know that groups met and interbred frequently. However, Neanderthals are not as pro-social as modern humans and lived in much smaller groups. Homo sapiens also have a long history of violence and discrimination targeted against other human groups. In large, connected modern cities this could lead to conflict between the two species. Modern humans developed genes that allowed us to become more sociable, develop larger social networks, and work with our fellow humans. Dr Noel says: 'Unlike their modern human contemporaries, Neanderthals lived in small, fairly isolated groups. 'If there was an accident that killed a number of their hunters or some other crisis occurred, they did not always have others to reach out to. As a result, their numbers would drop below what you need to be sustainable.' Dr Noel points out that research into Neanderthal genes suggests they were less cognitively flexible, had greater difficulties processing language, and lacked genes related to self-awareness, creativity, and behaviours intended to benefit others. 'In the highly connected world we all live in, I think Neanderthals would have been left behind, or at least, left out,' says Dr Noel. In a world where Neanderthals lived alongside other human species, this could really change the way society was structured. Professor Spikins says that while modern humans became 'tamer, more playful and more friendly to each other,' those changes came alongside 'being a bit easily led'. She adds: 'If Neanderthals were better at not "following the herd" and more of those tendencies were present, I bet much of our world would be different; they might not be easily swayed by social media!' How would the world be different? If Neanderthals and Denisovans hadn't gone extinct thousands of years ago, the world might be a very different place. From the evidence we have of these ancient species, we know that they lived in much smaller communities and had a far more limited impact on the land. In fact, Dr Zeberg points out that modern humans appear to be unique in the way that we modify the world around us through agriculture and large cities. One strange consequence of this is that a world where Homo sapiens are not dominant might mean a world without pets. There is no evidence that Neanderthals and Denisovans attempted to nurture relationships with animals through domestication - that means no horses, cats, dogs or even modern agricultural species like cattle and sheep. But with more of our relative anti-social genes, humanity may also have avoided some of its more destructive tendencies. Professor Spikins says: 'If Neanderthals had been the ones to survive, we might not have the problem we have with climate change, as their tendency to be more isolated within their separate groups might have limited how technology spread and got used, and how much the environment got exploited.' THE DENISOVANS EXPLAINED Who were they? The Denisovans are an extinct species of human that appear to have lived in Siberia and even down as far as southeast Asia. The individuals belonged to a genetically distinct group of humans that were distantly related to Neanderthals but even more distantly related to us. Although remains of these mysterious early humans have mostly been discovered at the Denisova Cave in the Altai Mountains in Siberia, DNA analysis has shown the ancient people were widespread across Asia. Scientists were able to analyse DNA from a tooth and from a finger bone excavated in the Denisova cave in southern Siberia. The discovery was described as 'nothing short of sensational.' In 2020, scientists reported Denisovan DNA in the Baishiya Karst Cave in Tibet. This discovery marked the first time Denisovan DNA had been recovered from a location that is outside Denisova Cave. How widespread were they? Researchers are now beginning to find out just how big a part they played in our history. DNA from these early humans has been found in the genomes of modern humans over a wide area of Asia, suggesting they once covered a vast range. They are thought to have been a sister species of the Neanderthals, who lived in western Asia and Europe at around the same time. The two species appear to have separated from a common ancestor around 200,000 years ago, while they split from the modern human Homo sapien lineage around 600,000 years ago. Last year researchers even claimed they could have been the first to reach Australia. Aboriginal people in Australia contain both Neanderthal DNA, as do most humans, and Denisovan DNA. This latter genetic trace is present in Aboriginal people at the present day in much greater quantities than any other people around the world. How advanced were they? Bone and ivory beads found in the Denisova Cave were discovered in the same sediment layers as the Denisovan fossils, leading to suggestions they had sophisticated tools and jewellery. Professor Chris Stringer, an anthropologist at the Natural History Museum in London, said: 'Layer 11 in the cave contained a Denisovan girl's fingerbone near the bottom but worked bone and ivory artefacts higher up, suggesting that the Denisovans could have made the kind of tools normally associated with modern humans. 'However, direct dating work by the Oxford Radiocarbon Unit reported at the ESHE meeting suggests the Denisovan fossil is more than 50,000 years old, while the oldest 'advanced' artefacts are about 45,000 years old, a date which matches the appearance of modern humans elsewhere in Siberia.' Did they breed with other species? Yes. Today, around 5 per cent of the DNA of some Australasians – particularly people from Papua New Guinea – is Denisovans. Now, researchers have found two distinct modern human genomes - one from Oceania and another from East Asia - both have distinct Denisovan ancestry. The genomes are also completely different, suggesting there were at least two separate waves of prehistoric intermingling between 200,000 and 50,000 years ago. But what they did not expect to find was individuals from East Asia carry a uniquely different type.

Manchester: Researchers help uncover ancient Egyptian city
Manchester: Researchers help uncover ancient Egyptian city

BBC News

time15 hours ago

  • BBC News

Manchester: Researchers help uncover ancient Egyptian city

An ancient Egyptian city has been uncovered by a team of British and Egyptian archaeologists. Archaeologists from the University of Manchester worked alongside a team from the University of Sadat City in Cairo to excavate the ancient city of Imet in the eastern Nile team combined remote sensing using high-resolution satellite imagery with on-the-ground archaeology, unearthing artefacts including a cooking pot complete with the remains of a 4th century BC fish lead Dr Nicky Nielsen said: "Imet is emerging as a key site for rethinking the archaeology of Late Period Egypt." Gives you 'a jolt' "This discovery opens new doors to our understanding of daily life, spirituality and urban planning in the Delta," he Nielsen said the cooking pot they found contained tilapia bones and it was found still in place on a to it were platters where bread would have been leavened in the sun, he Nielsen said: "When you take it out of the ground and you are the first person to touch it in 2,500 years then it does give you a bit of a jolt."He said archaeologists first excavated the area in the 1800s but they had focused on the nearby temple site and cemetery rather than the Nielsen and his team also uncovered multi-storey homes, along with granaries and a ceremonial road linked to the worship of the cobra goddess Wadjet. Among the other artefacts uncovered during excavations at Tell el-Fara'in, also known as Tell Nabasha, was a shabti figurine made out of green faience ceramic, which would have been intended for a figurine dates from the 26th Dynasty, which was the late Egyptian period around 2,300 years ago. Shabti figurines were inscribed with a spell and put in the tombs of high ranking officials in the belief that they would be servants for the deceased during the afterlife, when they believed they would be expected to do agricultural work."They were a way of getting out of labour in the afterlife," said Dr artefacts excavated included a small amuletic tomb marker known as a steal, which depicts the god Harpocrates standing on top of two crocodiles with the head of the god Bes above amulet was intended to protect against also unearthed a bronze sistrum, which is a kind of metal rattle used in was adorned with the twin heads of Hathor, goddess of music and Nielsen said they reflected a vibrant spiritual culture. Dr Nielsen said that by combining remote sensing with on-the-ground archaeology, the team had begun to transform understanding of the urban, religious and economic life of this city in the Nile Delta during the 4th Century team used high-resolution satellite imagery to identify clusters of ancient mud bricks prior to excavation. This led to the discovery of dense architectural remains, including substantial tower houses, which were multi-storey buildings supported by exceptionally thick foundation walls."These tower houses are mainly found in the Nile Delta between the Late Period and the Roman era, and are rare elsewhere in Egypt," said Dr. Nielsen. "Their presence here shows that Imet was a thriving and densely-built city with a complex urban infrastructure."Additional discoveries include a paved area for grain processing and animal enclosures, pointing to an active local economy alongside its religious significance. Dr Nielsen said that elsewhere, excavators found a large building with a limestone plaster floor and "massive pillars" dating to the mid-Ptolemaic Period offering insights into shifting religious landscapes in ancient Egypt.A University of Manchester spokesperson said their involvement in the project continued to shape global narratives of Egypt's forgotten cities, "bringing the ancient Delta back into view one discovery at a time".The excavation team also comprised Dr Diana Nikolova from the University of Liverpool among other researchers from around the world. Listen to the best of BBC Radio Manchester on Sounds and follow BBC Manchester on Facebook, X, and Instagram. You can also send story ideas via Whatsapp to 0808 100 2230.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store