Ancient Discovery: Earliest Wooden Hand Tool Found, Dating Back 430,000 Years

Archaeologists have made a groundbreaking discovery, unearthing the “oldest known hand-held wooden tool” at a Middle Pleistocene site in Marathusa 1, Greece.



Impression of a Marathusa 1 female artist crafting a digging stick using small stone tools from an alder trunk. Image credit: G. Prieto / K. Harvati.

According to Professor Katerina Herberty from the University of Tübingen, “The Middle Pleistocene was crucial for human evolution, marking a period when complex behaviors emerged.”

“This era also showcases the earliest reliable evidence of the targeted use of plants for technological purposes.”

The 430,000-year-old wooden tools discovered at the Marathusa 1 site, led by Professor Harbati and his team, consist of worked alder trunks and small willow/poplar artifacts.

The primary tool is made from alder wood (Alnus sp.) and features engraving marks along with associated stop and chop marks, indicating intentional shaping.

This approximately 81 cm long artifact displays signs of usage consistent with a multifunctional rod likely employed for paleolakeshore excavation.

The second tool, a small piece of willow/poplar (Salix sp./Populus sp.), measures 5.7 cm and exhibits signs of rounding.

This object shows two signs of potential processing, suggesting that growth rings have been removed from one end.

Researchers hypothesize that this small wooden tool’s function remains uncertain but may have been utilized for modifying stone tools.

Alongside these wooden tools, scientists uncovered butchered remains of an elephant with straight tusks (Paleoloxodon Antique), as well as stone artifacts and processed bones.

Dr. Annemieke Milks, a researcher at the University of Reading, states, “Unlike stone artifacts, wooden objects need special conditions to survive over long durations.”

“We meticulously examined all tree remains, analyzing the surfaces under a microscope.”

“Our findings revealed clear evidence of cutting and carving on these two objects, strongly indicating that early humans intentionally shaped them.”



A multifunctional digging stick (top) and small wooden tools (bottom) from the Marathusa 1 site in Greece. Image credit: D. Michailidis / N. Thompson / K. Harvati.

Additionally, researchers found a large fragment of an alder trunk exhibiting deep carved stripes, interpreted as fossilized claw marks from a large carnivore. This suggests potential competition between early humans and carnivores at this site.

Evidence of cuts and damage on the elephant remains indicate that early hominins had access to the carcass, while gnawing marks reveal subsequent carnivorous activity.

Dr. Milks added, “Previous discoveries of ancient wooden tools have occurred in countries such as Britain, Zambia, Germany, and China, comprising weapons, digging sticks, and tool handles.” However, she noted that these finds date newer than the Marathusa 1 artifacts.

“The only evidence of ancient wood used by humans, dating to around 476,000 years ago, comes from the Kalambo Falls site in Zambia, where the wood served as structural material rather than tools.”

“We have now identified the oldest known wooden tools and the first of their kind from southeastern Europe,” emphasized Professor Herberty.

“This discovery highlights the exceptional conservation conditions at the Marathusa 1 site.”

“The concurrent evidence of human activity and large carnivores in the vicinity of the butchered elephant indicates a competitive dynamic between them.”

Details of these findings are published in Proceedings of the National Academy of Sciences.

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A. Chemilux et al. 2026. The earliest evidence of human use of wooden hand tools, discovered at Marathusa 1 (Greece). PNAS 123 (6): e2515479123; doi: 10.1073/pnas.25154791

Source: www.sci.news

Ancient Wooden Tool: The Oldest Known Stick Shaped by Early Humans

Reconstruction of a Paleolithic woman crafting wooden tools

Credit: G. Prieto; K. Harvati

Remarkably, some of the oldest known wooden tools have been unearthed in an open-pit mine in Greece, dating back 430,000 years. These artifacts were likely crafted by an ancient human ancestor, potentially related to Neanderthals.

Archaeologists note that prehistoric wooden artefacts are “extremely rare.” According to Dirk Leder from the Lower Saxony Cultural Heritage Office in Hannover, Germany, any new findings in this area are highly valued.

Evidence suggests our extinct relatives may have utilized wooden tools for millions of years. “This could be the oldest type of tool ever used,” states Katerina Harvati from the University of Tübingen, Germany. Unfortunately, the preservation of wooden artifacts is often poor, hindering our understanding of their use.

Harvati and her team discovered the tool at a site called Marathusa 1, originally confirmed in 2013 in the Megalopolis Basin of southern Greece. The open-pit lignite mine revealed sediment layers that are nearly a million years old, offering unprecedented access to date and research, as mentioned by researcher K. Harvati.

From 2013 to 2019, excavations yielded not only tools but also the skeleton of a straight-tusked elephant (Paleoloxodon antiquus), indicating a rich archaeological context with evidence of activity, including more than 2,000 stone tools and remains of varied flora and fauna, depicting an ancient lakeshore ecosystem.


To date Marathusa 1, researchers relied on various methods, including analyzing fossil footprints and historical changes in the Earth’s magnetic field. By 2024, they confirmed that the artefacts are around 430,000 years old, a time marked by challenging climatic conditions—the gravest ice age of the Pleistocene in Europe. The Megalopolis Basin likely provided refuge due to its relatively temperate climate.

The archaeological team identified two significant wooden tools among the 144 artifacts. The first, an 81 cm long pole made from alder, exhibits marks indicative of intentional shaping. One end appears rounded, possibly serving as a handle, while the other is flattened, hinting at potential use for digging underground tubers or perhaps for butchering elephant carcasses. Harvati admits uncertainty about its exact application.

Mysterious second wooden tool from Marathusa 1

Credit: N. Thompson; K. Harvati

The second tool remains enigmatic, measuring just 5.7 cm in length and made from willow or poplar. It also shows signs of intentional shaping after the bark was removed. According to Harvati, this represents a completely new type of wooden tool. While it might have served to modify stone tools, the specific purpose remains a mystery.

Reeder points out that while the first tool is a clear example of wooden craftsmanship, questions remain about the functionality of the second. “Is this a complete item or part of something larger?” he muses.

No hominid remains have been found at Marathusa 1. Given its age, it predates our species and is likely too early even for Neanderthals. “The prevailing hypothesis suggests this site might be associated with pre-Neanderthal humans or Homo heidelbergensis. However, Harvati cautions against making definitive conclusions, noting that Greece was frequented by various hominin groups.

Other ancient wooden tools, like the Clacton spear discovered in Britain, are estimated to be about 400,000 years old, while a wooden spear from Schöningen, Germany, has been dated using multiple methods to around 300,000 years. The only tools that predate those found at Marathusa 1 are from Kalambo Falls in Zambia, which date back 476,000 years and resemble remains of larger structures or buildings.

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Ancient Wooden Tools Dating Back 300,000 Years Found in China

Archaeologists have discovered a collection of 35 wooden tools, including drilling sticks and pointed hand tools, at an early Paleolithic site in Gantanquin, southwestern China. These findings indicate that the humans who utilized these tools focused on creating implements for excavation and processing rather than for hunting purposes.

Wooden tools found on the Gangtankin property in China. Image credit: Liu et al. , doi: 10.1126/science.adr8540.

While early humans have crafted wood tools for more than a million years, such artifacts are exceedingly rare in archaeological records, particularly from the early to mid-Pleistocene epochs.

The majority of ancient wooden tools have been uncovered in Africa and Western Eurasia, with notable specimens like spears and throwing rods found in Germany and the UK, alongside structural elements from Zambia and wooden plaques and excavation rods from sites in Israel and Italy.

For years, the Bamboo hypothesis has suggested that early East Asian populations largely depended on bamboo for toolmaking, though there is limited archaeological evidence supporting organic material-based tools in this region.

In a recent study led by Dr. Jian-Hui Liu and colleagues from the Yunnan Cultural Relics and Archaeology Institute, a diverse array of artifacts from the Gantangqing site was analyzed.

Among these were 35 wooden artifacts displaying clear signs of intentional shaping and use, along with indications of wear, suggesting they were deliberately crafted by humans.

These tools, made from pine, included probable hook-like implements used for cutting plant roots, varying from large, double-handed excavation sticks to smaller portable tools.

“In comparison to other prominent prehistoric wooden tool sites in Europe, Gantankin is characterized by a variety of medium-sized hunting equipment as well as a broader scope of handheld tools primarily designed for excavating and processing plants,” the researchers noted.

“The sophistication of these wooden tools emphasizes the significance of organic artifacts in understanding early human behavior, especially in contexts where only stone tools might suggest a more ‘primitive’ technological landscape.”

A study detailing these findings was published today in the journal Science.

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Jian-Hui Liu et al. 2025. Wooden tools from Gantankin in southwestern China, dating back 300,000 years. Science 389 (6755): 78-83; doi: 10.1126/science.adr8540

Source: www.sci.news

Rare Bronze Age Wooden Tools Unearthed in British Trenches

Archaeologist removing excess mud from a Bronze Age plow

wessex archeology

A Bronze Age wooden spade has been unearthed by British archaeologists. It is extremely rare that wooden artifacts from such an ancient period have been preserved.

This spade offers a glimpse into life at a time when people grew crops and increasingly lived in settled communities.

“It’s very specific,” he says ed treasure At Wessex Archaeology, Salisbury, UK. “It’s a very direct connection to the past.”

The spade was discovered in a bog near Poole Harbor on England’s south coast, where Wessex Archeology has been excavating for several years. of The Moors of the Arne Coastal Change Project is working to restore the region’s coastal wetlands, and archaeologists are carrying out excavations to ensure that no useful artifacts are accidentally lost.

The researchers were digging a ring gully, a circular trench that is thought to have originally surrounded the shelter. In one of the ring gullies they found the handle of a spade. “It was an almost unbelievable moment,” says Treasure, who was not personally present. “I could tell right away that it was a carved piece of wood.” The spade was carved from a single piece of oak.

Moist conditions did not expose the shovel to oxygen, slowing down rot.

Using debris found with the spade, the team radiocarbon-dates the spade to 3,400 to 3,500 years ago. “A small part of the spade broke off during the burial, but we used it as a date,” Treasure said. Nearby pottery also showed a similar age. This dates the origins of the spade back to the Middle Bronze Age.

“We’re in the midst of some pretty big changes in prehistoric Britain,” Treasure says. People stopped living as nomads and began spending more time in settled communities, growing a variety of grains and other foods.

However, there are no signs of permanent settlement at this location throughout the year. Of course, it was and still is a wetland. “We strongly believe this is a seasonal use of this landscape,” Treasure says. People may have brought in animals for summer grazing, cut peat for fuel, or collected reeds for thatching.

Future research will try to understand how plows were made and what they were used for. “It may have been used to cut peat on site,” Treasure said. “It may also have been used to dig the ring ditch where it was discovered.”

It is rare that a spade from this era has been preserved. One of the only other examples is the Brynlow shovel. Discovered in Cheshire in 1875rediscovered in the 1950s It was discovered by fantasy author Alan Garner in a school assembly hall and was eventually radiocarbon dated to almost 4,000 years ago.

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Source: www.newscientist.com

NASA to Send Wooden Satellites Into Space for Innovative Research Purposes

In 1957, the first man-made object was successfully launched into space and into orbit around the Earth. This was Sputnik 1, a beautifully simple Soviet spherical satellite with only four antennae.

But this historic event also marked the beginning of another, more disturbing one. It means that humans left the first space debris in orbit around the Earth.

Part of the 267-ton, 30-meter-tall rocket that launched Sputnik also became stuck in orbit. Suddenly, the world was faced with a problem we didn’t know we needed to solve: outer space littering.

Thankfully, Sputnik and the rocket debris it left behind deorbited shortly after launch and burned up in the atmosphere. However, this was not always the case. Just 66 years of space exploration has left vast amounts of detritus in orbit around Earth.

Now, NASA and the Japan Aerospace Exploration Agency (JAXA) are considering ideas to help solve this problem. The idea is to build a satellite out of wood, a widely available biodegradable material.

Space junk is currently a problem

The problems that government agencies are trying to address are big and complex, and they need to know how big the first phase of the project was. At least 130 million pieces of man-made debris are known to be orbiting the Earth, most of them flying at speeds of more than 7 kilometers per second. This is eight times faster than a normal bullet. But while this is a staggering number, some scientists believe it is a conservative estimate.

Most objects sent into space remain in space until either they deorbit and burn up on re-entry, or they are pulled away from Earth into graveyard orbits, where they orbit for hundreds of years. The majority of such objects are actually very small, less than 1 cm in diameter, from paint chips to small pieces of electronic equipment to pieces of insulation foam and aluminum.

Such tiny pieces cannot be seen from Earth, even with powerful telescopes. Therefore, we need to look for evidence left behind when it collides with other objects in space. This is no easy task.

Work to assess the scope of the problem began in earnest after five extraordinary objects, the NASA Space Shuttles, repeatedly orbited and returned. Since 1981, NASA has launched a total of 135 shuttle missions.

After each shuttle returned to Earth, it was evaluated using a fine-tooth comb to identify damage caused by orbital debris. This gives NASA a clearer picture of the problem of small pieces of dead satellites flying through space.

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NASA scientists have discovered exactly what they expected: small pieces of debris just a few millimeters in diameter can cause small but powerful impacts. NASA also produced the first estimates of how degraded the debris environment is.

Prior to 1978, NASA scientists Don Kessler and Barton Coolpare had proposed a scenario they named Kessler syndrome. The phenomenon they discussed is a catastrophic event in which when a satellite is shattered by space debris, the resulting debris destroys more satellites, creating even more debris, repeating an endless chain of events. It is a chain of

Obviously, this is a big problem. So how can we slow down the rate of debris formation or eliminate it altogether? Proposed solutions include using radiation hardening to reach space within five years of launch. It involves taking the ship out of orbit.

materials (designed to be less susceptible to damage from exposure to the high levels of radiation and extreme temperatures experienced in space) and launches on reusable rockets.

Incorporate the idea of ​​a wooden satellite. LignoSat, the name of the NASA and JAXA project, is a coffee machine built using traditional Japanese joinery techniques that houses electronics and other materials needed for space missions, much like today's CubeSats. It is a cup-sized (approximately 10x10x10cm) wooden box.

Wood samples were tested for suitability over 290 days in 2022 on the International Space Station's Kibo Japanese Experiment Module.

Magnolia coped well and performed best when exposed to intense cosmic rays and extreme temperature changes in its harsh environment. It does not burn, rot, crack, or deform, and has the important property that upon re-entry into the atmosphere, it burns up to a fine ash, leaving behind small fragments.

Lignosat prototype.Photo provided by: Kyoto University

Another advantage of wooden satellites is their reflectivity, or rather their lack of reflectivity. Currently, reflections from aluminum satellites are so bright that they can be easily spotted from Earth with the naked eye. Importantly, this reflected light can reach sensitive areas and interfere with astronomical observations.

LignoSat test launch is currently scheduled for 2024. Success could pave the way for further missions.

So will all satellites be made of wood in the near future? Unfortunately, that is unlikely. On the plus side, projects like this encourage researchers to think outside the box and can have a greater impact in the future. If LignoSat is successful, more research groups may try to introduce biodegradable materials to reduce further debris generation.

But for now, I strongly support efforts to actively track as many objects in Earth orbit as possible to reduce future collisions with matter in space.

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Source: www.sciencefocus.com

Archaeologists in Mongolia uncover ancient wooden saddle dating back 1,600 years

New archaeological discoveries in Mongolia show that, despite a fragmentary archaeological record, horse cultures in the eastern Eurasian steppes early adopted framed saddles and stirrups, at least by the turn of the 5th century AD. It shows. His 1,600-year-old saddle, discovered at Urd Ulan Unito, is one of the earliest known examples of a wooden-framed saddle, indicating that it was locally produced and a link to earlier saddle traditions. Both show evidence of a connection. The recent discovery of Khufu Nur suggests that stirrups were also used in the Mongolian steppes at the same time as they first appeared elsewhere in East Asia.

Birch composite frame saddle (top left) from Urud-Ulan-Unit, Mongolia and artist’s restoration. Image credit: P. Lopez Calle.

Horseback riding appears to have been little attempted as a regular mode of transportation until the late 2nd millennium BC or early 1st millennium BC, although some archaeological data suggests that horses were used in Eastern Europe by the early 2nd millennium BC. This suggests that it could have been ridden. Grassland.

Early iconography, written sources, and archaeological finds indicate that in regions of western Eurasia, these first horsemen used simple blankets or soft pads with their legs suspended and separating rider and horse. Basically, I often rode naked.

The Greek writer and soldier Xenophon, writing in the 4th century BC, outlined best practices for cavalry riding, including riding naked, holding the horse only by the upper thighs, letting the lower legs dangle, and holding the mane. I explained the Greek tradition. More security.

Despite their near-ubiquitous use among modern horsemen, neither stirrups nor true saddles appear to have been used by early equestrians.

The earliest direct evidence of mounted horses in the equid family is from mounted cavalrymen in Mesopotamia and the Levant who interbred with donkeys in the third millennium BC.

By the middle of the first millennium BC, at the same time as cavalry was emerging across Eurasia, soft-padded saddles made of leather and stuffed with fur, textiles, and other materials and secured to the horse with a girth strap were being adopted in the Eurasian interior. I did.

These early saddles were sometimes reinforced with wooden or horn supports, and sometimes secured to the horse’s chest or hindquarters with chest straps or clappers.

Throughout Eurasia, by the beginning of the first century AD, simple saddles were adopted for greater safety.

In western Eurasia, Roman military saddles incorporated four large “horns” and grips to increase stability for mounted soldiers. It may also contain hard internal components, but this is debated.

Early semi-structured saddles probably provided greater comfort and safety for rider and horse, and allowed mounted and armored soldiers to handle blunt weapons and swords more directly.

These innovations in saddle stability allowed riders to withstand collisions and ride more heavily armed, allowing heavy cavalry to replace chariots on the battlefield throughout Eurasia by the end of the first millennium BC. It was helpful.

In East Asia, parallel developments were underway towards structured saddles.

Excavations of the tombs of the Xiongnu (c. 200 BC – c. 100 AD), the first steppe empire of Mongolia, have shown that padded saddles are usually supplied with a croupier and/or chest strap to secure the saddle in place. revealed that it had a hard pommel/cantle. Components were also commonly used.

By the 6th century, in East and Central Asia, primitive saddles had been replaced by sophisticated composite frame saddles combined with two metal ribs.

“Ultimately, the technologies that emerged from Mongolia had a domino effect that shaped today’s American horse culture, particularly the tradition of harnesses and stirrups,” said William Taylor, an archaeologist at the University of Colorado Boulder. said.

“But these insights come at a time when Mongolia’s horse culture is beginning to disappear,” added Dr. Jamsranjab Bayarsaikhan, an archaeologist at the Max Planck Institute for the Science of Human History.

“Horses not only influenced the history of the region, but also left a deep mark on the art and worldview of the nomadic Mongolians.”

“However, the age of technology is slowly erasing the culture and use of horses. In the plains of Mongolia, horse-riding pastoralists are increasingly being replaced by motorcyclists.”

In April 2015, Dr. Bayarsaikhan and his colleagues at the National Museum of Mongolia received a report from the police that the Urd Ulan Unit cave burial site in Myangad Sum, Khovd province, had been destroyed by looters.

Police seized some organic material that was well preserved in the cave’s dry environment.

An intact wooden saddle was also recovered from Urd Ulan Unito Cave.

The saddle was made of about six birch pieces held together with wooden nails.

The black trim has red paint marks and contains two leather straps that may have once supported the stirrups.

Archaeologists have not been able to definitively trace where those materials came from. However, birch trees commonly grow in the Altai Mountains of Mongolia, suggesting that local people were not trading saddles, but were making them themselves.

“Since the early days of horseback riding, humans have used pads, the precursor to saddles, to keep horses comfortable after riding,” Dr. Taylor said.

“The combination of a sturdier wooden saddle and stirrup opens up new ranges of what people can do with their horses.”

“One of the things they created was heavy cavalry and fierce fighting on horseback. Think of the jousting of medieval Europe.”

“In the centuries after the Mongol saddle was made, this type of tool quickly spread throughout western Asia and into the early Islamic world.”

“There cavalry was the key to conquering and trading with the Mediterranean region and much of North Africa.”

“But where it all started is less clear. Archaeologists usually think that the birthplace of the first frame saddles and stirrups is modern-day China, and some finds date back to the 5th century AD. It dates back to the 6th century or earlier.

“But our research complicates that picture. It is possible that Mongolia may have been the first to adopt these new technologies, or may actually be the place where the innovations first took place.” This is not the only information that suggests this.”

“Mongolia’s place in its history may have been underestimated for a long time because of the region’s geography.”

“The country’s mountainous regions have some of the lowest population densities on earth, making it difficult to encounter and analyze important archaeological finds.”

“Mongolia is one of the few countries that has preserved horse culture from ancient times to modern times,” said Dr. Bayarsaikhan.

“However, scientific understanding of the origins of this culture is still incomplete.”

team’s findings Published in this month’s magazine ancient.

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Jamsranjaf Bayarsaikhan other. Origins of saddles and horse riding techniques in East Asia: Discoveries from Altai, Mongolia. ancient, published online on December 12, 2023. doi: 10.15184/aqy.2023.172

Source: www.sci.news