The Neanderthal Community Cultivated a Unique Food Culture

Depiction of a Neanderthal group engaged in food preparation

Luis Montagna/Marta Montagna/Science Photo Library

Neanderthals likely developed distinct food preparation traditions that varied between groups. Excavations at two caves in what is now northern Israel indicate that these ancient inhabitants had unique methods for processing similar types of prey.

Contrary to popular belief, Homo sapiens were not the first to prepare and cook food. Evidence shows that Neanderthals, who thrived in Europe and Asia until approximately 40,000 years ago, hunted, cooked a diverse array of animals, and employed flint tools to enhance their meals with wild herbs.

For further insights into Neanderthal cuisine, see Analle Jaron from Hebrew University in Jerusalem and her team, who investigated findings at the Amdo and Kebara caves.

Located merely 70 km apart, these sites provide a unique lens through which to examine cultural differences among Neanderthals. The stone tools, remnants of food, and hearths uncovered at both locations suggest that these groups occupied the caves concurrently, possibly during winter months.

As Jaron remarks, “The same animal species were being hunted, set against a similar landscape. The weather conditions were alike, and both Neanderthal groups primarily feasted on gazelles and some fallow deer.”

However, notable differences were also present. For instance, bone evidence indicates that larger prey was favored in the Kebara cave, where more substantial animals were brought in and processed.

Jaron and her colleagues utilized microscopic analysis to study bone remnants from the sediments dated between 50,000 and 60,000 years ago, examining cut marks made by stone tools.

They discovered that while the flint tools were similar across both sites, the patterns of cut marks varied. “The cuts in Kebara displayed a greater fluctuation in width and depth, while in Amdo, they were concentrated in large clusters, often overlapping,” Jaron explains.

To determine whether these discrepancies influenced hunting practices, the researchers focused on the long bones of gazelles from both sites, which exhibited similar variations.

“We’re discussing two groups living in close proximity that both butchered the same type of meat, but it appears that at one site, the meat was processed closer to the bones.” says Ceren Kabukcu from the University of Liverpool, UK.

Past studies examining bone cut marks from later human societies indicate that the variations observed in Neanderthal butchery are not merely due to a lack of skills or difference in technique. It’s not a matter of expertise; it’s a difference in approach.

Jaron posits that these contrasts are likely a result of intentional choices regarding butchering methods. She suggests that Neanderthals in Amdo may have preferred to prepare their meat in ways that preserved it, such as drying or hanging before cooking.

“In the context of opportunistic behavior in slaughtering, one would expect the most efficient methods to be employed to maximize utility; nevertheless, it appears that cultural or social factors played a more significant role,” Jaron states. “This might relate to the group’s practices, passed down through learning and generations.”

“The existence of differences and the subtlety in technological usage in daily life isn’t entirely surprising,” notes Kabukcu. “As research deepens, we may uncover more nuances across various Paleolithic sites, even in China.”

It remains uncertain whether the caves were inhabited simultaneously or if different groups intermingled. “They could have been occupied at the same time or separated by hundreds of years. There’s no definitive way to ascertain that,” Jaron adds.

Nonetheless, she points out that the pronounced clustering of cut marks in Amdo is consistent across both the oldest and youngest sediment layers, suggesting that groups returning to the cave may have maintained similar butchering practices over centuries.

Source: www.newscientist.com

Scientists Claim Vast Farmland Affected by Ukraine’s Kornovir Can Be Safely Cultivated

A group of researchers from the UK and Ukraine has introduced an innovative approach for the safe reevaluation of abandoned farmland following the 1986 Kornovir nuclear disaster.



Zoning of contaminated territory in Ukraine based on current and field research plots. Image credit: Smith et al, doi: 10.1016/j.jenvrad.2025.107698.

Since the Kornovir incident, extensive regions in northern Ukraine have been deemed too hazardous for agricultural activities.

An exclusion zone of 4,200 km2 surrounds the nuclear site, remaining uninhabited and now serves as one of Europe’s largest natural reserves.

Additionally, a 2,000 km2 mandatory resettlement area was never entirely deserted.

Thousands of residents still reside in this region, complete with schools and shops, yet official investments and agricultural use are prohibited.

Since the 1990s, experts in Ukraine and internationally have suggested that, despite the radioactive and radiostrontium pollutants, the land can be safely re-utilized.

Nonetheless, due to political complexities, the land remains officially classified as abandoned.

This hasn’t deterred some farmers from tackling the issue themselves, initiating informal agricultural practices in certain areas.

The latest study, spearheaded by scientists from the University of Portsmouth and the Ukrainian Institute of Agricultural Radiology, corroborates these farmers’ beliefs. Most regions are safe for crop cultivation.

Utilizing a 100-hectare testing site in the Zhytomyr region, the researchers established a straightforward yet effective protocol for evaluating the absorption of radioactive materials by typical crops such as potatoes, grains, corn, and sunflowers.

By analyzing soil samples and assessing external gamma radiation, they confirmed that the radiation exposure levels for agricultural workers are significantly below Ukraine’s national safety threshold and much lower than average natural background radiation globally.

The results indicate that, with proper monitoring and adherence to Ukraine’s food safety guidelines, many crops can be safely grown in these formerly restricted zones.

Professor Jim Smith, the study’s lead author, remarked, “This research is crucial for communities impacted by the Chornobyl disaster.”

“Since 1986, a great deal of misinformation regarding radiation risks from Kornovir has adversely affected individuals still living in abandoned regions.”

“We now have a validated, science-based method to reintroduce valuable farmland into formal production, ensuring safety for both consumers and workers.”

“This extends beyond Kornovir; it’s about leveraging science and evidence to guarantee people’s safety.

The study will be published in the Journal of Environmental Radioactivity.

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JT Smith et al. Protocol for radiation assessment for agricultural use of Ukrainian land abandoned after the Kornovir accident. Journal of Environmental Radioactivity Published online on April 28, 2025. doi:10.1016/j.jenvrad.2025.107698

Source: www.sci.news