Tuesday, September 26, 2017

New scientific dating research unravels the story of life in prehistoric Orkney Read

A new study, published today in Antiquity journal, is challenging the previously understood narrative for prehistoric life on Orkney. It was led by Professor Alex Bayliss of Historic England and is based on the interrogation of more than 600 radiocarbon dates, enabling much more precise estimates of the timing and duration of events in the period c.3200-2500 BC. 


Excavating the Smerquoy Hoose [Credit: © Colin Richards]

The study is part of a much wider project, The Times of Their Lives, funded by the European Research Council (2012-2017), which has applied the same methodology to a wider series of case studies across Neolithic Europe. That project has demonstrated many other examples of more dynamic and punctuated sequences than previously suspected in 'prehistory'.

Neolithic Orkney is well-preserved and is a time of stone houses, stone circles and elaborate burial monuments. World-renowned sites such as the Skara Brae settlement, Maeshowe passage grave, and the Ring of Brodgar and Stones of Stenness circles have long been known and are in the World Heritage Site (given this status in 1999). They have been joined by more recent discoveries of great settlement complexes such as Barnhouse and Ness of Brodgar.

The new study reveals in much more detail than previously possible the fluctuating fortunes of the communities involved in these feats of construction and their social interaction. It used a Bayesian statistical approach to combine calibrated radiocarbon dates with knowledge of the archaeological contexts that the finds have come from to provide much more precise chronologies than those previously available.

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House “older than Stonehenge” found in East Ayrshire field

The field near Kilmarnock where man settled some 6,000 years ago. PIC: Scottish Water.

The remains of a pre-historic dwelling older than Stonehenge or the Callanish Stones have been found in a field in East Ayrshire.

Archaeologists believe the site near Kilmarnock is 6,000-years-old and was settled as man moved away from nomadic existence towards farming the land.

The discovery has been described as one of the most important of its kind in recent years.

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Storytelling flints and the original Oxen Ford: Oxford flood scheme archaeology begins


THIS tiny piece of flint is barely an inch long, but it tells an incredible story.

A stone flake reveals that 6,000 years ago, for just a few short minutes, a tribe of Mesolithic hunters stopped in this field in South Hinksey to sharpen their tools.

The miniscule fragment is just the first of thousands of discoveries archaeologists are hoping to make in 200 trenches across South Oxford in the next two months.

The team from Oxford Archaeology are excavating the area that in due course will become the Environment Agency's £120m Oxford flood alleviation channel.

They are looking for evidence of Saxon huts, Norman roads and even the very Oxen Ford, which our city is named after.

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Bronze Age Arrows and a Viking Sword – The 2017 Fieldwork Was Awesome!

Finally, the long wait was over and we were so ready for fieldwork!

We had chosen two large sites for the main fieldwork in 2017 – the Lauvhøe and Storfonne ice patches, both situated in the northeastern part of the Jotunheimen Mountains. More details on why these two particular sites were chosen can be found here.


he Storfonne ice patch, photographed in September 2014 during a major melt. Notice the light grey lichen-free zone surrounding the ice. This area was exposed by ice melt in the last 15-20 years. Photo: Lars Pilø, Secrets of the Ice/Oppland County Council.

Both sites had only seen short visits prior to this field-season. This had resulted in a number of artifact recoveries, especially arrows, found close to the melting ice. However, we knew that there were other finds on these sites, and that they were lying on the surface, exposed to the elements. The main job would be to rescue these artefacts. To achieve this, we planned to conduct a systematic and thorough survey of the lichen-free zone (where the ice has melted recently) surrounding the ice on both sites.

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Neanderthal brains 'grew more slowly'

The skeleton of a boy that shattered our view of Neanderthal brain development

A new study shows that Neanderthal brains developed more slowly than ours.

An analysis of a Neanderthal child's skeleton suggests that its brain was still developing at a time when the brains of modern human children are fully formed.

This is further evidence that this now extinct human was not more brutish and primitive than our species.
The research has been published in the journal Science.

Until now it had been thought that we were the only species whose brains developed relatively slowly. Unlike other apes and more primitive humans, Homo sapiens has an extended period of childhood lasting several years.

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Ancient DNA sheds light on African history

Burials at Mount Hora in Malawi yielded DNA used in the study

DNA from ancient remains has been used to reconstruct thousands of years of population history in Africa.

Researchers sequenced the genomes of 16 individuals who lived between 8,000 and 1,000 years ago.
The data shows how the invention and spread of farming had a major impact on the genes of people in Africa - just as it did in Europe and Asia.

The findings are published in the journal Cell.

The results suggest that populations related to the indigenous people of southern Africa had a wider distribution in the past.

This southern African-like genetic background is found in hunter-gatherers from Malawi and Tanzania in the east of the continent. These hunters lived between 8,100 and 1,400 years ago.

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Wednesday, September 20, 2017

Ancient British stone circles were used for ‘Neolithic parties’, study finds

The Ring of Brodgar originally had 60 stones, but now has 27 
Colin Richards, Historic England

Orkney is home to a host of Neolithic stone houses, stone circles and elaborate burial monuments, but a new study into the area has allowed experts to add a new purpose to the prehistoric communities’ use of some of these sites – partying.

New research led by Professor Alex Bayliss at Historic England has challenged the previously understood narrative for prehistoric life on the islands and painted a clearer picture of how communities farmed, gathered together at festivals and buried their dead.

The islands are home to renowned sites such as the Skara Brae settlement, Maeshowe passage grave, the Ring of Brodgar – which originally had 60 stones and is 104 metres in diameter - and Stones of Stenness circles, which were granted UNESCO World Heritage status in 1999.

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Spanish researchers discover 30,000 year-old cave paintings


Cave drawings at Altamira.Museo de Altamira/D. Rodríguez

Researchers have discovered four new sets of cave paintings in Cantabria, northern Spain, the oldest of which was made nearly 30,000 years ago – making it one of the earliest known examples of prehistoric art in the world.

The team from the Museum of Prehistory of Cantabria, led by Spanish prehistorian Roberto Ontañón, used cutting-edge imaging techniques to identify the drawings.

Twenty years ago, a speleologist – a scientist who studies caves – had informed archaeologists of the possible existence of ancient paintings in various rock cavities in Cantabria. However, the techniques available at the time were not sufficient to confirm the existence of the art.

The paintings, like much prehistoric artwork, had degraded so much over time that they were difficult to identify with the naked eye. To overcome this, Ontañón and his team used a 3D laser scanning method, which reproduced the artwork on a computer.

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Secrets of ancient Irish burial practices revealed


Carrowkeel neolithic passage tomb in Co. Sligo.

A new analysis of bones taken from a century-old excavation at Carrowkeel in County Sligo has revealed evidence of the burial practices and death rites of the ancient people of Ireland.
The findings, which have been published in the journal Bioarchaeology International, are part of a project applying modern techniques and research questions to the human remains. 
The team of researchers includes Sam Moore, lecturer in Prehistoric Archaeology at IT Sligo, and the group’s work focussed on the 5300 years-old Passage Tomb Complex at Carrowkeel. This site is one of the most impressive Neolithic ritual landscapes in Europe.
“The bones were analysed from an original excavation of Carrowkeel in 1911, led by Prof R.A.S. McAlister,” explains Sam. “They were subsequently presumed missing or lost until a group of boxes with the name ‘Carrowkeel’ on them was discovered in the archive in the University of Cambridge in 2001. The bones date from between 3500 and 2900 BC."
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Thursday, September 14, 2017

The enigma of early Norwegian iron production

Ancient Norwegians made top-quality iron. But where did the knowledge to make this iron come from? A professor emeritus from the Norwegian University of Science and Technology may have solved this riddle.


Where did the expertise to smelt iron ore come from?
And how did it actually get to Norway to begin with? 
[Credit: Colourbox]

For centuries, people in Norway’s Trøndelag region, in the middle of the country, made large amounts of first-class iron out of bog ore for use in weapons and tools. Production peaked at about 40 tonnes a year at around 200 AD. With production levels this high, it is likely that they exported iron to the European continent as well.

But where did the expertise to smelt the ore come from? And how did it actually get to Norway to begin with?

Arne Wang Espelund, a professor emeritus at the Norwegian University of Science and Technology’s (NTNU) Department of Materials Science and Engineering, has been interested in iron making since the 1970s.

He himself has helped to smelt iron with a method described in the 1700s by Ole Evenstad in Stor-Elvdal, just north of Lillehammer.

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