Archaeologists Discover Neolithic Europeans’ Surprisingly Complex Cuisine

An international team of archaeologists analyzed 85 pottery sherds containing significant food shell remains from 13 archaeological sites in Northern and Eastern Europe, dating from the 6th to 3rd millennium BC. They identified various plant tissues such as wildflowers, legumes, fruits, and herbaceous roots, leaves, and stems in 58 of these sherds. The findings reveal that prehistoric hunter-gatherers exhibited a selective preference for specific plant species and parts, often pairing them with certain animal foods.

Prehistoric Europeans demonstrated careful selection of their plant foods, consciously opting for specific species and combining them with targeted animal foods. This practice may have led to the development of unique tastes, flavors, and textures, facilitated by pottery techniques, thereby motivating their invention and adoption.

Foraging wild plants was a crucial aspect of survival for prehistoric communities. However, direct evidence, including the types of plants foraged and their uses, often remains elusive.

Traditionally, scientists analyze fat residues in ancient pottery to interpret ancient diets. Nonetheless, this method primarily sheds light on animal remains, limiting insights into plant consumption.

In a groundbreaking study, researcher Lara González Carretero from the University of York and her colleagues employed advanced techniques, including microscopy and chemical analysis, to uncover evidence of plant consumption by ancient European hunter-gatherers.

The study evaluated organic artifacts from 58 pottery pieces excavated from 13 archaeological sites in Northern and Eastern Europe, dating between the 6th and 3rd millennium BC.

This innovative approach collected tissue samples from various plant species, including grasses, fruits, leaves, and seeds, frequently found alongside remains of animals, particularly fish and other marine life.

The specific combinations of ingredients varied by region, likely reflecting local cultural practices and available resources.

This important discovery underscores the significant role of plants and aquatic foods in early European diets.

The results confirm that these communities regularly utilized pottery techniques for meal preparation, each developing their own intricate culinary traditions.

“Our findings reveal that the selection of plant foods was highly selective, with hunter-gatherers favoring specific plant species and parts, often combining them with particular animal foods,” the researchers stated.

“These results also suggest that our understanding of plant processing in pottery may be drastically underestimated if we rely solely on lipid residue analysis.”

Read their paper published in the online journal PLoS ONE.

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L. González Carretero et al. 2026. Selective culinary uses of plant foods by Northern and Eastern European hunter-gatherer-fishermen. PLoS One 21 (3): e0342740; doi: 10.1371/journal.pone.0342740

Source: www.sci.news

The Genetic Origins of Multiple Sclerosis in Northern Europeans Revealed by Ancient DNA

Northern Europeans have a higher risk of multiple sclerosis due to ancient DNA, a study reveals. About 5,000 years ago, people flocked to this area.

This discovery emerged from a large-scale study comparing modern DNA with DNA obtained from ancient human teeth and bones. This allowed scientists to explore prehistoric migration and associated disease-related genes.

Results show that when the Yamnaya people migrated from present-day Ukraine and Russia to northwestern Europe during the Bronze Age, they carried a genetic mutation. This mutation is now known to increase the risk of multiple sclerosis.

The study, published in the journal Nature, suggests that these genes not only allowed the Yamnaya to flourish and spread but also protected them from infectious diseases carried by cattle and sheep.

The project, led by Eske Willerslev and the University of Copenhagen, is pioneering ancient DNA research and comparing it to similar research, including tracking down early cousins such as Neanderthals.

The process of ancient DNA extraction at the Lundbeck Foundation Geogenetics Center in Copenhagen.Michal Schlosser / University of Copenhagen (via AP)

This gene bank’s first exploration of multiple sclerosis is especially relevant since the disease is most common among people of white Scandinavian descent, yet the reason remains unknown.

Scientists believe certain infections can cause MS in genetically susceptible individuals. Over 230 genetic mutations have been identified that may increase the risk of this disease.

The study uncovered major changes in the population of northern Europe, tracing the migration of the Yamnaya people around 5,000 years ago. The gene bank was used to compare ancient DNA with around 400,000 modern humans

Comparisons revealed that MS-related genetic variants remained in the north, the direction the Yamnaya migrated, rather than in southern Europe. This supports the idea that the Yamnaya people are the closest ancestors of modern Danes, and the incidence of MS is particularly high in Scandinavian countries.

Dr. Astrid Iversen from the University of Oxford explains how exposure to animal-based bacteria may lead to imbalances in the immune system, possibly playing a role in the early development of autoimmune diseases.

While the study provides a potential explanation for the North-South MS disparity in Europe, further research is required to confirm the link. This statement comes from New York’s M.D., Samira Asghari, a genetics expert at Sinai School of Medicine, who was not involved in the study.

Source: www.nbcnews.com