Paleoher Foundation

20/09/2026

Exciting Opportunity for Young Geoscientists! 🚀

Join us for PRE-INQUA 2027
A 5-Day National Workshop on Field & Lab Techniques in Quaternary Geology & Geoarchaeology

From the stunning badlands of Kachchh to high-tech labs at ISR, Gandhinagar - get complete Field-to-Lab experience! 🏜️🔬

📅 24-28 Oct, 2026
📍 Kachchh & Gandhinagar
💰 FREE Registration + Free Stay + Travel Support (3AC)
🎯 Only 30 Seats!

Learn Mapping, Trenching, Sampling, XRF, ICPMS, OSL & more!

Last Date: 30th Sept, 2026
Scan QR to Apply NOW!

Organised by: ISR Gandhinagar & KSKV Kachchh University

20/09/2026

Can artificial intelligence help archaeologists rediscover how people played games nearly two thousand years ago?
A study published in Antiquity investigates a uniquely engraved limestone object from the Roman town of Coriovallum (modern Heerlen, Netherlands), whose unusual pattern did not match any known ancient board game. Rather than relying solely on visual comparison, researchers combined use-wear analysis, 3D surface modelling, and AI-driven gameplay simulations using the Ludii game system to test hundreds of possible rule combinations.
The simulations consistently showed that blocking games, where one player attempts to trap the opponent’s pieces, best reproduced the wear patterns preserved on the stone. This suggests that the object was most likely a Roman game board for a previously undocumented game, extending the known history of this family of board games by many centuries. More importantly, the study demonstrates how artificial intelligence can move beyond identifying artefacts to reconstructing ancient human behaviour, offering a powerful new approach for exploring archaeological questions that have long remained unanswered.

Source: https://www.cambridge.org/core/journals/antiquity/article/ludus-coriovalli-using-artificial-intelligencedriven-simulations-to-identify-rules-for-an-ancient-board-game/E5644BD43F8A5DC86DD1183A3E645ED9

18/09/2026

What happened after the fall of the Western Roman Empire? Was it a simple replacement of one population by another, or the emergence of an entirely new society?

A new Science study analysed 314 ancient genomes from Roman and post-Roman cemeteries across Pannonia (modern western Hungary), integrating ancient DNA, isotopic evidence, and archaeology to reconstruct community formation at an unprecedented resolution.

The researchers identified a substantial influx of Northern European ancestry around the sixth century CE, consistent with the expansion of the Langobards. However, the incoming groups did not replace the local population. Instead, they mixed with existing Roman communities, creating genetically and culturally diverse societies.

Beyond migration, the study reveals that early Langobard communities developed distinct social hierarchies. Large biologically related kin groups occupied privileged positions, with archaeological evidence suggesting inherited status, while neighbouring communities displayed markedly different social organisations despite sharing similar material culture.

Together, these findings demonstrate that the emergence of the Langobard polity was driven by dynamic interactions between migration, local continuity, and evolving social networks, rather than by simple conquest or population replacement.

AncientGenomics PopulationHistory Migration HumanMobility Archaeogenetics Bioarchaeology Archaeology IsotopeAnalysis Kinship SocialOrganisation EarlyMedievalEurope HumanHistory ScienceResearch ResearchCommunication

18/09/2026

What happened after the fall of the Western Roma Abhishekre? Was it a simple replacement of one population by another, or the emergence of an entirely new society?
A new Science study analysed 314 ancient genomes from Roman and post-Roman cemeteries across Pannonia (modern western Hungary), integrating ancient DNA, isotopic evidence, and archaeology to reconstruct community formation at an unprecedented resolution. The researchers identified a substantial influx of Northern European ancestry around the sixth century CE, consistent with the expansion of the Langobards. However, the incoming groups did not replace the local population. Instead, they mixed with existing Roman communities, creating genetically and culturally diverse societies.
Beyond migration, the study reveals that early Langobard communities developed distinct social hierarchies. Large biologically related kin groups occupied privileged positions, with archaeological evidence suggesting inherited status, while neighbouring communities displayed markedly different social organisations despite sharing similar material culture. Together, these findings demonstrate that the emergence of the Langobard polity was driven by dynamic interactions between migration, local continuity, and evolving social networks, rather than by simple conquest or population replacement.

Source: https://www.science.org/doi/10.1126/science.aec2634?__cf_chl_f_tk=J3kdAmRKcOnyh5hVAcH9oIrcXGkfAOLOIfXSUsV5lzE-1783152687-1.0.1.1-usRx2o4agenj9Q0uunn5pdtW32jJ5wbrMpeIBPl1axU

15/09/2026

What can a cooking vessel tell us about a prehistoric society?
Dating to around 2500 BCE, this extraordinary ka’en doki, or Fire-flame Cooking Vessel, was produced during Japan's Jōmon period. Its elaborate rim, carved surfaces, and dramatic flame-like projections make it one of the most visually striking examples of Jōmon pottery. Cleveland Museum of Art
Yet its significance lies precisely in the contrast between function and expression. These vessels were practical objects, with lower portions originally set into the ground during use, but their makers invested enormous effort in transforming them with complex carved and applied decoration. Archaeologists still cannot determine exactly what the flame-like design represented, or whether the vessel's primary role was cooking or storage. Cleveland Museum of Art
Scientific residue analysis of Jōmon vessels has also revealed evidence that people processed and consumed detoxified acorns, providing a glimpse into the sophisticated food practices of these prehistoric communities. Cleveland Museum of Art
The Jōmon record reminds us that technological sophistication does not require agriculture, cities, or metal. Long before those transformations, hunter-gatherer communities were already producing objects in which daily life, technology, and extraordinary visual creativity converged.

Source: https://www.clevelandart.org/art/1984.68

Post credit: Samanvith

Archaeologists call this kind of vessel “fire flame,” ka’en in Japanese, because its top resembles flames. No one knows why the design was made or what it actually represents. This example is remarkable for the amount that is original. It was recently determined that a bottom from a d...

11/09/2026

What can a diseased tooth tell us about human evolution?
A new study examines 71 gnathic remains from Australopithecus and Homo species dating to the Plio-Pleistocene boundary, using macrophotography, scanning electron microscopy, and microfocus X-ray tomography to investigate ancient alveolar bone loss.
The results reveal a striking difference between the groups. While Australopithecus africanus and A. robustus predominantly show horizontal alveolar bone loss, specimens attributed to Homo habilis and Homo erectus display substantially greater loss, including vertical defects, crateriform lesions, and severe furcation defects characteristic of advanced periodontitis.
The authors propose that periodontal disease and associated alveolar bone loss may have contributed to selection for smaller dental crowns and reduced masticatory forces, potentially facilitating the reduction of prognathism and subsequent cranial expansion and encephalization in the Homo lineage.
The study therefore places an unexpectedly familiar condition, periodontal disease, within a much deeper evolutionary story. The proposed evolutionary pathway remains a hypothesis, but the fossil evidence demonstrates that periodontal pathology itself is remarkably ancient.

Source: https://pubmed.ncbi.nlm.nih.gov/41505262/

Post credit: Samanvith

07/09/2026

What if one of the most intriguing claims about Homo floresiensis was built on evidence that does not actually demonstrate what we thought it did?
A new Science Advances study revisits the behavioral capabilities of Homo floresiensis at Liang Bua, Flores, Indonesia, using detailed taphonomic and zooarchaeological analysis of the Stegodon bone assemblage.
The researchers conducted controlled feeding experiments with Komodo dragons and compared their tooth marks with experimentally produced cutmarks and trampling damage. Their analysis found that Komodo dragons likely had primary access to many Stegodon carcasses, while H. floresiensis appears to have gained secondary access and processed some of the remains. The pattern of cutmarks, however, does not provide convincing evidence that H. floresiensis actively hunted Stegodon.
Even more striking is the evidence for fire. Of 3,155 Stegodon elements, only one showed burning, and that specimen was probably associated with much later Homo sapiens activity. In the H. floresiensis-associated Unit 1, 0 of 4,240 murine elements showed burning damage.
The authors therefore argue that the evidence for habitual fire use and active large-game hunting by H. floresiensis has weakened considerably. Instead, the Liang Bua assemblage points toward a more complex but different picture: raw-meat consumption, passive scavenging, interaction with large prey, and competition with Komodo dragons.
A fascinating reminder that in paleoanthropology, association is not automatically evidence of causation or behavior.

Source: https://www.science.org/doi/10.1126/sciadv.aeb7219

Post credit: Samanvith

03/09/2026

Not every burial in the archaeological record reflects a traditional funeral.
A new interdisciplinary study investigates an extraordinary Iron Age burial from Cerro de las Cabezas (Spain), where two uncremated adult males were found outside the settlement's defensive wall. Unlike the typical Iberian cremation burials of the period, these individuals were deposited without a formal grave, accompanied by six red deer antlers, suggesting an intentional and highly unusual mortuary practice associated with what archaeologists describe as a "bad death."
Anthropological analysis revealed striking evidence of interpersonal violence. One individual suffered a fatal deep cut to the femur after surviving an earlier cranial injury, while the second had been deliberately decapitated. Stable isotope analyses (δ¹³C, δ¹⁵N and δ¹⁸O) reconstructed aspects of their diet and mobility, indicating that although the two men experienced different life histories, neither could be confidently identified as a non-local individual.
By integrating archaeology, osteology and isotope geochemistry, the study offers rare insight into violence, ritual behaviour and social exclusion in Iron Age Iberian society.

Source: https://www.researchsquare.com/article/rs-9781535/v1

Post credit: Samanvith

27/08/2026

What if frogs, lizards and crocodiles could help reconstruct India's ancient climates?
A new synthesis brings together Quaternary palaeoenvironmental records with the fossil and genetic history of India's herpetofauna, creating the first integrated framework linking climate archives to amphibian and reptile evolution on the Indian Subcontinent. By combining evidence from speleothems, marine sediments, lake deposits, the Narmada Valley, Karewa sequences and Kurnool caves, the study explores how changing monsoon intensity, vegetation and habitats shaped biodiversity over the last 2.58 million years.
The review shows that long-term monsoon fluctuations influenced population fragmentation, range shifts and diversification, particularly in the Western Ghats and Himalaya. However, it also identifies a major research gap: although India's climate record is exceptionally detailed, biological evidence for the impacts of short-term events such as the 8.2 ka and 4.2 ka climate events remains remarkably scarce.
By integrating geology, palaeoclimate, palaeontology and genomics, this framework demonstrates how living and fossil herpetofauna can serve as powerful biological archives for understanding past environmental change while helping predict biodiversity responses to future climate change.

Source: https://www.sciencedirect.com/science/article/abs/pii/S0277379126004129

Post credit: Samanvith