Italians began exploring a varied diet sometime between the 7th and 6th centuries BC, according to a new analysis of ancient teeth from Iron Age Italians.
Unravelling details about the lifestyles of ancient cultures is a challenging task, as it requires specific, well-preserved fossils of long-deceased individuals, The Independent reported.
Fossil human teeth are an excellent resource to understand ancient diets, acting as archives of each individual’s life history.
However, collecting information from teeth across different eras remains a challenge.
In the new study, researchers combined multiple analyses of teeth remains from the Italian archaeological site of Pontocagnano to interpret the health and diet of people in the region during the 7th and 6th centuries BC.
Scientists assessed the dental tissue of 30 teeth from 10 individuals, obtaining data from canine and molar teeth to reconstruct each ancient person’s history during the first six years of their lives.
Researchers found that the Iron Age Italians had a diet rich in cereals, legumes, abundant carbohydrates, and even fermented foods and drinks.
“We could follow childhood growth and health with remarkable precision and identify traces of cereals, legumes, and fermented foods in adulthood, revealing how this community adapted to environmental and social challenges,” said Roberto Germano, an author of the study.
Emanuela Cristiani, another author of the study said, “In the case of Pontocagnano, the analysis of dental calculus revealed starch granules from cereals and legumes, yeast spores, and plant fibres, providing a very concrete picture of the diet and some daily activities of these Iron Age communities.”
The findings offer strong evidence of this ancient Italian population regularly consuming fermented foods and beverages, researchers said.
Their diets likely diversified at the time as their contact with Mediterranean cultures increased, they added.
The researchers noted that while the study may not be completely representative of the broader Italian population, it provides a “very concrete picture” of the diet and some daily activities of Iron Age communities in the Italian region.
“This and other modern approaches represent a major technological and disciplinary advancement that is revolutionizing the study of the biocultural adaptations of past populations,” said Alessia Nava, another author of the study from Sapienza University of Rome.
