Re-analysis confirms Neanderthal hunt of ancient elephant

Researchers have re-examined a 125,000-year-old straight-tusked elephant skeleton found in Germany in 1948, confirming that Neanderthals hunted and butchered the animal with a wooden spear lodged in its ribs. The findings, detailed in a recent Scientific Reports study, provide vivid evidence of Neanderthal big-game hunting skills. The elephant, a prime male over 3.5 metres tall, shows clear cut marks from flint tools.

In 1948, amateur archaeologist Alexander Rosenbrock discovered the bones of a Palaeoloxodon antiquus elephant in a lakebed at Lehringen, a hamlet near Verden, Germany. A 2.3-metre yew thrusting spear was embedded between the ribs, marking it as the only such weapon found in an extinct animal skeleton from that era. Neanderthals, the sole humans in Europe at the time, were long suspected of the kill, but doubts persisted for decades due to poor documentation and legal battles over the finds after Rosenbrock's death in the 1950s. The bones languished in storage until 2025, when Ivo Verheijen, a bones expert at the Schöningen Research Museum 150 kilometres away, revisited them. 'I was told there would only be a couple of boxes,' Verheijen said, but discovered a truckload in the attic, including flint tools, other animal bones, and Rosenbrock's notes continued by his daughter Waltraut Deibel-Rosenbrock. Verheijen quickly identified 'super clear' butchery marks on the elephant, which was about 30 years old and likely male, making it a solitary target. Cuts indicate processing from outside and inside, with organs harvested while fresh, ruling out scavenging. The team suggests the injured elephant retreated to water, possibly pursued by hunters using multiple spears, crushing one beneath it. Bones of bears, beavers, and aurochs at the site also bore butchery traces, pointing to repeated hunting at the lakeside. Verheijen's team plans further spear analysis and bone preservation for display. 'This is one of the most important Neanderthal sites in Germany,' he said. The study appears in Scientific Reports (DOI: 10.1038/s41598-026-42538-4).

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Realistic depiction of a frozen wolf pup with woolly rhinoceros in its stomach, scientists analyzing ancient DNA for extinction clues.
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Unique DNA analysis of extinct woolly rhinoceros in wolf stomach

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Researchers at the Swedish Centre for Palaeogenetics have analyzed DNA from an extinct woolly rhinoceros found in the stomach of a frozen wolf pup. The discovery, the first of its kind from the Ice Age, provides new clues about the species' extinction. The analysis suggests climate change likely caused the rhinoceros's disappearance rather than human hunting.

Archaeological analysis of mass graves in northeastern France has uncovered evidence of ritualized violence following Europe's earliest wars. Researchers used isotope analysis to show that victims were outsiders subjected to deliberate, symbolic acts of brutality. The findings suggest prehistoric conflicts involved structured displays of power rather than random chaos.

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Scientists have reconstructed the genome of a woolly rhinoceros from a fragment of flesh found in the stomach of a wolf pup that died 14,400 years ago in Siberia. The analysis reveals the rhino was genetically healthy, with no signs of inbreeding, challenging theories about the causes of its extinction. This discovery provides the closest genetic insight yet into the species just before it vanished.

A 2.6-million-year-old jawbone discovered in Ethiopia's Afar region marks the first known fossil of the robust hominin Paranthropus from that area. Found about 1,000 kilometers north of previous sites, the specimen suggests this early human relative was more adaptable and widespread than previously thought. Led by University of Chicago paleoanthropologist Zeresenay Alemseged, the discovery challenges long-held views on hominin competition and evolution.

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Fossils unearthed in a Moroccan cave offer a precise glimpse into early human evolution, dated to about 773,000 years ago using Earth's magnetic field reversal as a timestamp. The remains, blending primitive and advanced traits, suggest an African population close to the shared ancestor of modern humans, Neanderthals, and Denisovans. This discovery highlights northwest Africa's key role in human origins.

Genetic analysis suggests that interbreeding between Neanderthals and Homo sapiens involved mostly male Neanderthals and female modern humans. Researchers examined sex chromosomes to uncover this pattern, which occurred during multiple periods after humans left Africa. The findings point to mating preferences as the likely explanation, though experts call for more evidence.

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Researchers have detected preserved metabolic molecules in bones from 1.3 to 3 million years ago, shedding light on prehistoric animals' diets, health, and environments. The findings, from sites in Tanzania, Malawi, and South Africa, indicate warmer and wetter conditions than today. One fossil even shows traces of a parasite that still affects humans.

 

 

 

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