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Archaeology

Neolithic farmers processed cow, goat and sheep milk

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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.

PAP

Header Image Credit : University of York

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Archaeology

Study reveals new insights into wreck of royal flagship Gribshunden

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Underwater archaeologists from Södertörn University, in collaboration with the CEMAS/Institute for Archaeology and Ancient Culture at Stockholm University, have conducted an investigation of the wreck of the royal flagship Gribshunden.

A diving club first discovered the wreck in the 1970’s at a depth of 10 m (33 ft), but unaware of the significance, the identity of the wreck wouldn’t be confirmed until 2013.

The wreck is internationally significant as the world’s best-preserved ship from the Age of Exploration – a proxy for the vessels of Christopher Columbus and Vasco da Gama.

The Gribshunden was the flagship of Hans (John), King of Denmark, which after a large explosion in 1495, sank at anchor near the town of Ronneby, Sweden.

The ship was enroute to Kalmar from Copenhagen and was carrying the king for a summit with the Swedish council. At the time of the explosion, the king was ashore and suffered no injury, however, one contemporary account records 150 crewman dying in the tragic accident.

The Gribshunden sunk to a depth of just ten metres, meaning that the rigging was still above the water level and was partially accessible. Salvers boarded the ship and used rudimentary diving equipment to salvage some of the high-status belongings of the king and retinue.

Underwater archaeologists have recently conducted a non-intrusive survey of the wreck site using photography and 3D photogrammetry. This has provided new data for a digital reconstruction of the wreck and further insights into the ship’s superstructure.

Furthermore, the survey has provided details into the armaments still onboard and the present state of preservation of the timbers from the wreck structure.

According to a paper on the study: “The main focus of the investigation concerned the ship’s superstructure, and it can be stated that there are a large number of timbers and building parts which, after further reconstruction and interpretation, will give a more detailed picture of the ship’s superstructure”.

Header Image Credit : Rolf Fabricius Warming

Sources : Stockholms universitet

This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily

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Archaeology

Stone sphere among artefacts repatriated to Costa Rica

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395 pre-Columbian artefacts have been repatriated to Costa Rica thanks to a grant by the United States Embassy to the Cultural Agreements Fund.

Among the objects repatriated is a stone sphere from the Diquís culture, an extinct people that emerged in the Valley of the Rio Grande de Térraba and produced over 300 stone petrospheres (also know as Diquís Spheres).

Between AD 800 to 1500, the Diquís civilisation reached its apex and developed complex settlements on the small island of Isla del Caño and the Diquís Delta in Costa Rica.

Stone spheres of up to two metres in diameter were placed in alignments in public plazas, or along the approach to the dwellings of the ruling elite/chieftains.

Image Credit : National Museum of Costa Rica

Since 2005, the National Museum of Costa Rica has developed the project “Archaeological investigations in sites with stone spheres, Delta del Diquís” aimed at the study of the pre-Columbian occupation of the delta, focusing particularly on archaeological sites with the presence of stone spheres.

According to the National Museum of Costa Rica, the repatriated sphere measures 65 centimetres in diameter and is likely made from gabbro, a phaneritic (coarse-grained) mafic intrusive igneous rock.

Also repatriated are ceramics with representations of animals and humans, metates that were used for ceremonies or to prepare food, stone tools, polychrome vessels, and precious seals and stones worn by various pre-Columbian cultures.

Cynthia Telles, United States Ambassador to Costa Rica, said: “Our two nations share a common belief about the importance of preserving and celebrating our unique histories. We recognise the value of these pieces as more than just objects, because they are an integral part of the identity of the Costa Rican people.”

Header Image Credit : National Museum of Costa Rica

Sources : National Museum of Costa Rica

This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily

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