archaeology26.36 min read
Ancient 430,000-Year-Old Wooden Digging Stick Found in Greece Rewrites Prehistoric Tool History
20 hours ago•Source: ZME Science
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2,300-Year-Old Qin Beer Survives in Sealed Bronze Bottle, Revealing Ancient Brewing
Archaeologists excavating Tomb M39 at the Shanjiabao cemetery near the Qin Great Wall found a sealed bronze bottle containing what appears to be beer dating 2,300–2,800 years old; chemical analysis revealed more than 2,400 organic compounds and thousands of yeast cells, suggesting a sophisticated beer recipe using proso millet, wheat or barley, and flavoring ingredients, produced by Qin brewers; the beverage was preserved by a double-layer sealing method, indicating advanced preservation as well as brewing accessible to non-elites.
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Embrace in stone: ancient DNA confirms Poland's first medieval same-sex burial
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More Archaeology Stories
High-Altitude Pyrenean Cave Reveals Early Copper Processing Across Millennia
Archaeologists excavating Cave 338 in the eastern Pyrenees uncovered 23 hearths with crushed green mineral fragments resembling malachite, indicating deliberate copper processing at a high-altitude site used repeatedly over about 2,000 years. The stratigraphy includes a 6,000-year-old oldest layer and layers dated roughly 5,500–4,000 years ago and ~3,000 years ago, along with human remains and pendants, suggesting possible burial or ritual use. The findings challenge the notion that high mountains were only marginal habitats for prehistoric peoples, and researchers plan further work to confirm malachite’s source and deepen the site’s chronology.
Spain’s Intact Stegosaur Skull Forces a New Dawn in Dinosaur Evolution
Spanish paleontologists describe MAP-9029, the most complete stegosaur skull from Europe, attributed to Dacentrurus armatus, revealing a unique supraoccipital orientation and prompting a new Neostegosauria-based framework that reshapes stegosaur evolution across continents.
Laos' Giant Jars Unveil Multigenerational Burials and Hidden Trade Links
Excavation of a large stone jar at Site 75 on Laos’ Plain of Jars uncovered the remains of about 37 individuals, dating to 9th–12th centuries, indicating secondary interment and multigenerational mortuary use rather than a single burial. The find included grave goods such as beads from South India and Mesopotamia, suggesting long-distance trading connections; some remains show signs of cremation. The research proposes that smaller jars housed initial decomposition before bones were moved to larger jars, hinting at a lifecycle of mortuary rites across generations, though researchers caution that practices varied locally across Laos.
Ancient Mongolian Trackway Rediscovered, Revealing 31 Giant Dinosaur Footprints
Rediscovered in northern Mongolia, a 120-million-year-old tracksite in the Shinekhudag Formation preserves 31 footprints—two parallel sauropod trackways suggesting herd movement and five theropod tracks—indicating large predators converged at a drying lake edge; first noted in 1950 but lost for decades, the site could yield bones nearby and helps fill gaps in Mongolia’s early Cretaceous dinosaur record.
Roman Manuscript Uncovers Earliest Old English Poem, Rewriting Language Origins
A Rome-based medieval manuscript dating to 800–830 contains the Old English Caedmon’s Hymn embedded in Latin text, making it the third-oldest surviving copy and shedding new light on how early English poetry was valued alongside Latin; discovered by Trinity College Dublin researchers in the National Central Library of Rome (originating from the Abbey of Nonantola), its digitization has revealed a cross‑cultural link between England and Italy in the early medieval period.
3,000 Ancient DNA Samples Reframe Japanese Origins
A study analyzing roughly 3,000 ancient DNA samples reshapes our understanding of how the Japanese population formed, offering new clues about ancient migrations and genetic connections.
Bronze Age Iberia Unearths Meteoric Iron in Treasure of Villena
Testing two ferrous-looking pieces from Spain's Treasure of Villena (c. 1400–1200 BCE) indicates they were made from meteoritic iron, inferred from elevated nickel content measured by mass spectrometry; this places meteoritic iron among Iberian Bronze Age metalwork and suggests ironworking began earlier in Iberia than previously thought, though corrosion limits conclusive proof and further non-invasive analyses are planned.
Kenya’s 1.6-million-year-old bones reveal planned meat processing by early humans
Analysis of over 1,000 bones from FwJj 80 in Kenya’s Koobi Fora Formation shows cut marks and marrow-extraction damage from stone tools, indicating early Homo butchered carcasses and transported prime meat away from kill sites across diverse habitats. This suggests planning and flexible foraging that could have supported higher energy needs for brain growth and social cooperation, with patterns similar to older sites like FLK Zinj and Kanjera South, pointing to continuity in meat-use strategies across landscapes.
Neanderthals Shaped Stone with Rhinoceros Teeth, Study Finds
A new study in the Journal of Human Evolution reports that Neanderthals used rhinoceros teeth as hammers and anvils to shape stone and process materials. Wear patterns on fossil teeth from sites in Spain and France match experimental results using modern rhino teeth, suggesting deliberate, task-specific tooth selection rather than opportunistic use, and hinting at higher cognitive capabilities in Western Europe’s Middle Paleolithic.
Oldest Octopus Fossil Reclassified as Nautiloid Relative, Reshaping Cephalopod History
Using synchrotron imaging, researchers reclassified Pohlsepia mazonensis as a nautiloid relative Paleocadmus pohli, overturning the fossil's status as the oldest octopus and pushing crown octopus divergence to the Jurassic, while highlighting the oldest nautiloid soft-tissue preservation in the Mazon Creek deposits.