Neolithic farmers processed cow, goat and sheep milk
According to a recent study, milk from cows, goats, and sheep was processed by Neolithic farmers.
A study published in the Royal Society Open Science has confirmed that Neolithic farmers in what is now Poland produced dairy products using milk from different animals such as cows, sheep, and goats. This conclusion was drawn from an analysis of residues found in clay vessels discovered in the Kujawy-Pomerania Province.
Dr. Harry Robson from the Department of Archaeology at the University of York said: “These results contribute significantly to our understanding of the use of dairy products by some of the earliest farmers of Central Europe.
“Whilst previous research has shown that dairy products were widely available in some European regions during this period, here, for the first time, we have clear evidence for a diversified dairy herd, including cattle, sheep and goats, from the analysis of ceramics.”
In 2016, while conducting rescue excavations in the vicinity of the village of Sławęcinek (Kujawy-Pomerania), archaeologists discovered ceramic vessels in a Late Neolithic layer (approximately 3650-3100 years ago). The excavation also revealed traces of a small settlement that included four houses, wells, and burial sites.
To investigate the vessels and the deposits on their surface, the researchers utilized a multi-stranded proteomic and lipid-analysis. By comparing proteomic data, it is possible to directly identify cheesemaking and other dairy processing methods that enrich curds by examining the proportion of curd proteins.
Lead author of the study, Miranda Evans from the Department of Archaeology at Cambridge said: “Proteomic results showed that the ancient residues (from vessels – PAP) closely resembled both the modern cheesemaking residues and cheese itself and not whole milk. This reveals that the people of Sławęcinek practised cheesemaking or another form of curd-enriching dairy processing.”
Further evidence of multiple species used for cheesemaking was the presence of both cow and sheep or goat bones on the archaeological site.
During the Neolithic period, lactose intolerance was prevalent, affecting nearly all inhabitants of Europe. It wasn’t until the Late Bronze Age when a genetic mutation became widespread, allowing adults to produce lactase, the enzyme responsible for breaking down lactose in the body. At the same time, cattle farmers discovered techniques to reduce the lactose content in milk through methods such as cheese-making or yogurt production.
Evidence for the consumption of dairy products includes the remains of vessels with ‘milk residues’ preserved from those times in various regions. A similar argument are dairy proteins found in the dental plaque of Neolithic humans. There are also bones of cattle with kill patterns expected for dairy animals.
There is mounting archaeological evidence indicating that milk consumption has been a practice in Central Europe dating back to the Neolithic era. Fat particles characteristic of dairy products were discovered on ceramic vessels unearthed in modern-day Poland and Hungary, estimated to be from the 6th millennium BC. Furthermore, traces of cheese production dating back over 7,000 years have been identified on vessels excavated in Kujawy.
Header Image Credit : University of York
Nazca geoglyphs discovered used AI deep learning
Archaeologists from the Yamagata University have used AI deep learning to discover new geoglyphs in the northern part of the Nazca Pampa in the arid Peruvian coastal plain.
Geoglyphs in the Nazca Pampa were first identified during the 1920’s, with ongoing studies since the 1940’s revealing various figurative geoglyphs of zoomorphic designs, geometric shapes, and linear lines.
Geoglyphs can be categorised into three main types: figurative, geometric, and lineal. Archaeologists suggest that the lineal geoglyphs were created by the Nazca, a culture that developed during the Early Intermediate Period and is generally divided into the Proto Nazca (phase 1, 100 BC to AD 1), the Early Nazca (phases 2–4, AD 1 to 450), Middle Nazca (phase 5, AD 450 to 550) and the Late Nazca (phases 6–7, AD 550 to 750).
The relief type dates from the Late Formative period (400 to 200 BC), as the iconography of the geoglyphs are similar to that of Formative petroglyphs found on outcrops of rock. During this period, the region was inhabited by the Paracas Culture, an Andean people that emerged around 800 BC until 100 BC.
Since 2004, Yamagata University has been conducting geoglyph distribution surveys using satellite imagery, aerial photography, airborne scanning LiDAR, and drone photography to investigate the vast area of the Nazca Pampa covering more than 390 km2.
In 2016, the researchers used aerial photography with a ground resolution of 0.1 m per pixel to create a detailed survey of the region. Overtime, the team have identified various geoglyphs, however, the process is very time consuming, so they have adopted AI deep learning to analyse the photographs at a much faster rate.
The results of a study, published in the Journal of Archaeological Science, has revealed the discovery of four new Nazca geoglyphs using this new method by creating an approach to labelling training data that identifies a similar partial pattern between the known and new geoglyphs.
The four new geoglyphs depict a humanoid figure, a pair-of-legs, a fish, and a bird. The humanoid geoglyph is shown holding a club in his/her right hand and measures 5 metres in length. The fish geoglyph, shown with a wide-open mouth measures 19 metres, while the bird geoglyph measures 17 metres and the pair-of-legs 78 metres.
According to the study authors: “We have developed a DL pipeline that addresses the challenges that commonly arise in the task of archaeological image object detection. Our approach allows DL to learn representations of images with better generalisation and performance, enabling the discovery of targets that have been difficult to find in the past. Moreover, by accelerating the research process, our method contributes to archaeology by establishing a new paradigm that combines field surveys and AI, leading to more efficient and effective investigations.”
Header Image Credit : Yamagata University
Archaeologists study fortress in southern Georgia to understand community resilience
A team of archaeologists led by Cranfield University is conducting a detailed study of the fortress of Dmanisis Gora in the Kvemo Kartli region of Georgia.
The study is part of a project to understand why communities in the region were more resilient than other parts of the world during the transition from the Bronze to the Iron Age around 1200 BC.
Dmanisis Gora is located at the north-eastern edge of the highland zone between two such gorges. The site consists of a compact defensive core that has two defensive walls with an enclosed area of 3.7 acres.
On the plateau behind the citadel area, a third wall, extending about 1000 m from edge to edge on the plateau, encloses a much larger area of about 138.3 acres that contains numerous circular and linear stone features.
During the so-called ‘12th Century BC crisis’ and its aftermath, the majority of Middle Eastern regions underwent a period of significant turmoil characterised by the disintegration of empires, famine, crop failures, armed conflicts, and mass migration.
In contrast, the Caucasus region (consisting of present-day Georgia, Armenia, and Azerbaijan) appears to have been shielded from this tumultuous period, exhibiting only gradual transformations in material culture and patterns of settlement.
Either the region managed to entirely avoid the widespread disruption, or it did not experience the same cultural, economic, and political repercussions as other areas. This suggests that the communities in the region might have been more resilient, enabling them to withstand and adapt to the challenges in a comparatively effective manner.
Dr Erb-Satullo, from Cranfield University, said: “The key to understanding why the Bronze Age-Iron Age transition is different in the Caucasus is to study the fortress communities that dot the landscape during this period. We’re looking for clues about life in the Late Bronze Age through examining areas such as ceramics, burial rituals, farming practices, tools and social structures.”
“Given the upheaval at that time in other nearby regions, we are intrigued to find out more about one of these sites and determine what underlies their apparent resilience,” added Dr Erb-Satullo.
The project expands upon earlier pilot excavations carried out at the site prior to the pandemic, along with a thorough survey conducted in Autumn 2022 using drone-based photogrammetry. This is done by using the latest forensic technologies including isotopic analysis of animal remains, metallurgy, magnetometry and deploying drones to scan the area.
“What’s really exciting about this site is its size, preservation, and the fact that it has layers dating precisely to the years around the 12th Century BC crisis,” continued Dr Erb-Satullo. “Many fortresses are on hills which are prone to erosion. But this one has relatively flat topography, so the sediment will have built up in layers over time, helping to preserve artefacts and archaeological clues from the Late Bronze age.”
Header Image Credit : BING Maps
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