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Revealed: the secrets of pre-Viking whaling

Credit: Wikimedia Commons[/caption]

Toys and games as evidence for early whaling

A visit to a typical Swedish museum will expose visitors to extensive collections of Iron Age board game pieces. Thousands of pieces have been found, helping to paint a picture of early Scandinavian culture and communication. But new studies from the University of York and Uppsala University have analysed the raw materials, showing that these toys were commonly made out of whale bone from the mid 6th Century. Suggesting an advanced method of production, they were created in large volumes and had standardised forms. As a result, researchers believe that a steady access to whale bone would have been necessary; and since it is unlikely that the carcasses of beached whales would have been in rich supply, we’re able to interpret this as evidence for early whaling. Adding to the theory, gaming pieces and toys made from whale bone appear at around the same time as larger boathouses, as well as production features for blubber, were becoming more common in Norway. It’s likely that the toys were made in this region, before being transported southwards and ultimately being used as playthings and burial gifts in Sweden.  

Whaling in folklore

Despite northern Europe’s large-scale whaling being discussed frequently, its origins have long been shrouded in mystery. Alleged sources have been controversial: 9th Century sagas about the Norwegian merchant Ohthere or Ottar, who was a guest and informant at the court of King Alfred the Great, mention his penchant for hunting large whales. Similarly, there are written sources that detect large-scale whaling during the Viking Age in Scandinavia. Neither source is unanimously regarded as true.  

Determining the species

The team was able to determine the materials for a number of game pieces using Zooarchaeology by Mass Spectrometer, or ZooMS. The method revealed that all of the analysed pieces came from the North Atlantic right whale, the Eubalaena glacialis: a huge whale that typically weighs around 50 to 80 tonnes. The animal got its name because it was the ‘right whale’ to hunt. It was known for swimming slowly and close to the shore, and it contained so much blubber that it would float after being killed. With only 300 in known existence, the North Atlantic right whale is one of the world’s most endangered large whales. By shedding a light on the history of its hunt, this research could certainly affect calculations on the development of its population. [caption id="attachment_8733" align="aligncenter" width="500"] Atlantic Northern Right Whale mother and calf. Credit: Wikimedia Commons[/caption]

Pre-urban, pre-Viking trading networks

As well as shedding light on early whaling, the archaeologists believe these findings are an important component for researching extensive early trading networks. Alongside other goods such as bear furs, birds of prey, and an increased iron and tar production, whale bone products indicate that Scandinavia had developed strong, pre-urban trading routes – 200 years before the Viking Period. To complement the research, an in-depth supplementary study will analyse human influence on the marine ecosystems in relation to the population of whales in European waters, since the story of whaling goes back much further than we previously thought.]]>

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An Iron Throne in the Great Pyramid? – The History News of the Week

Cheops Pyramid Void an Iron Throne Room? An Italian archaeologist has come up with a theory for the huge void recently discovered in the Cheops (Khufu) Pyramid. In November 2017, the results of the Scan Pyramids project were published in the journal Nature. They revealed a huge void measuring at least thirty metres long within the Pyramid of Cheops. The project used a non-invasive technique based on the measurement of muons: elementary particles that are generated in cosmic rays and absorbed differently depending on the materials they go through. Giulio Magli, Director of the Department of Mathematics and Professor of Archaeoastronomy at the Politecnico di Milano, has now come up with a possible explanation for the mysterious void, suggesting it could be a Pharaoh’s “iron throne”. “Cheops Pyramid, built around 2550 BC, is one of the largest and most complex monuments in the history of architecture. Its internal rooms are accessible through narrow tunnels, one of which, before arriving at the funerary chamber, widens and rises suddenly forming the so-called Great Gallery,” Magli explained in a press release. “The newly discovered room is over this gallery, but does not have a practical function of “relieving weight ” from it, because the roof of the gallery itself was already built with a corbelled technique for this very reason.” Magli continued: “There is a possible interpretation, which is in good agreement with what we know about the Egyptian funerary religion as witnessed in the Pyramids Texts. In these texts it is said that the pharaoh, before reaching the stars of the north, will have to pass the “gates of the sky” and sit on his “throne of iron”. It would be possible to check Magli’s hypothesis by exploring the north shaft of the Cheops Pyramid. At present, it’s not known for sure that the north shaft leads into the mysterious void, as the available images are only approximations of the pyramid’s layout. Dual Migration Routes to Scandinavia Suggested by new Genomic Data The first human settlers to Scandinavia arrived by two distinct migration routes, new research suggests. The new study, which has been published in the journal PLOS Biology, also suggests that the resulting mixed population genetically adapted to the extreme environmental conditions. Although there is consistent evidence of a human presence in the Scandinavian peninsula from around 11,700 years ago, the migration routes and genetic makeup of the first Scandinavians have until now remained elusive. Researchers from Uppsala University sequenced the genomes of seven hunter-gatherers excavated from across Scandinavia and dated to be between 9,500 to 6,000 years old. They determined from their findings that migrations into Scandinavia likely followed two routes, one from central Europe and one from the Northeast along the Norwegian Atlantic Coast. The two groups met and mixed in Scandinavia, creating a genetically diverse population with variants that haven’t been passed along to modern Europeans. Several genetic variants in the hunter-gatherers were found to be linked to a gene associated with physical performance. The study authors hypothesise that this could be part of the physical adaption to cold weather. In addition, the hunter-gatherers had a high-frequency of genetic variants linked to reduced skin pigmentation, a known adaptation to environments with low UV radiation, such as those at high latitude. “We used cutting-edge genomic approaches to investigate hypotheses about the early colonization of northern Europe after the ice-sheet of the last glaciation retracted. It is really great to see how evidence from different disciplines can be combined to understand these complex past demographic processes,” said population geneticist Torsten Günther, one of the lead authors, in a press release. Council Accused of Covering Up Major Archaeological Find North Somerset Council in the UK has been accused of trying to keep a major archaeological find quiet, according to the BBC. The pre-Christian cemetery, containing over 300 graves, was discovered in the village of Yatton in 2017, during works to develop the land for housing. Some have claimed that the local council attempted to keep the find “hush-hush”, although the council told the BBC that publicising cemetery excavations was not common practice. “I’m amazed there hasn’t been more public communication between the archaeologists, the developer and the local community – it’s almost scandalous,” Mark Horton, professor of archaeology at the University of Bristol, told the BBC. “It’s normal procedure – even if the public aren’t allowed inside – to put information on the outside about what’s been found and it does seem to be really bad practice that there’s such secrecy about this project.” The remarkable site is close to both an Iron Age fort and a Roman hill fort. An archaeologist for the council claimed that the fact human remains were found at the site meant that information about it was not made widely available to the public. “It seems like we’ve been covering it up, but it’s common practice not to publicise the excavation of cemeteries like this to avoid risking the integrity of the site,” said Cat Lodge, archaeologist for the council. Boor Homes, the company developing the site, said in a statement to the BBC that “no identified grave goods” or “datable artefacts” had been unearthed, while the skeletons “are in varying states of survival”. Featured image: North-south section of the Great Pyramid showing (dust-filled area) the hypothetical project of the chamber, in connection with the lower southern shaft. The upper southern shaft does not intersects the chamber (as instead suggested by the section) because, when viewed in plan, it is displaced to the west with respect to the Great Gallery. Courtesy of Giulio Magli]]>

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Were Viking Raiding Parties Just Lonely Hearts Clubs?

journal Evolution & Human Behavior, can be found online at http://www.ehbonline.org/article/S1090-5138(16)30307-5/abstract]]>

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More Details Revealed About Iceland’s “Woman in Blue”

American Association of Physical Anthropologists, researchers presented the results of their ongoing examination and testing of the girl’s remains and the objects found buried with her. The incomplete and poorly preserved skeletal remains belong to a young woman determined to have been between 17 and 25 years old (radiocarbon testing of the fabric and tooth show she was born around the year 900 CE and the time of her death was sometime around the year 920 CE). Based on the chemical analysis of one of her teeth, the Woman in Blue moved from the British Isles or Scandinavia to Iceland when she was between five and ten years old, a fact indicated by her change in diet from mostly land animals and plants to one that included a large amount of seafood and fish. It’s unclear if the young woman was a Viking or Northern European, although she was dressed in traditional Viking garb which had been made with Icelandic wool and dyed blue using herbs that were probably brought to Iceland from abroad. The indigo blue plant-based dye is typical of female Viking garments. Buried along with her were an extravagant pearl necklace and two oval Scandinavian brooches made with a copper alloy. Amazingly, a piece of her skin had been preserved underneath one of the Scandinavian brooches which had been pressed against the young woman’s body at the time of her burial. The skin has allowed researchers to determine, among other things, her age and origin. Iceland’s history starts with Viking explorers (and their slaves) settling there in the ninth century – Iceland remained uninhabited even after western Europe had long-been settled. These first permanent settlers and the vast majority of the settlers (but not all) who arrived in Iceland over the following decades were Norwegian. The traditional story for this Norwegian exodus is that it was instigated by people escaping the overly strict rule of then Norwegian king Haraldr Hárfagri (Harold the Fair-haired). Alternatively, people may have simply been leaving Norway because of overcrowding in the western fjords. Seagoing Vikings from Norway, Denmark, and Sweden arrived and settled in several different countries, Iceland being one of them between the year 700 CE and the year 1100 CE, supporting the possibility the “Woman in Blue” came with the Vikings to Iceland. Skin and bone remains from the Woman in Blue were inadvertently stained green by the preservation solution used in the jars they were stored in. These items were transferred recently into jars containing a light paraffin oil in order to maintain their preserved state without staining them further. DNA from the young women is currently being studied by a team of researchers led by Joe and Jakob Walser, both with the University of Iceland in Reykjavik.]]>

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Neanderthals Could Have Lived in Southern Scandinavia

Quarternary International, the new study questions this idea. Although not proving either way whether Neanderthals actually made it as far as Southern Scandinavia, it shows that climate constraints wouldn’t have been enough to stop them. Two main hypotheses exist regarding Neanderthal inhabitation of Southern Scandinavia. The first, and by far the most widely held, is that climate constraints and dispersal barriers made it an impossibility. The second hypothesis claims that they did migrate north of 55°N, but they have for some reason remained invisible to the archaeological record. Led by Trine Kellberg Nielsen from Aarhus University, the authors of the study constructed climate models of where Neanderthals are known to have lived, and where they could have lived. Palaeoenvironmental reconstruction techniques were used to model the environment of Northern Germany and Southern Scandinavia during the Last Interglacial Complex. “Our results are inconsistent with the claim that climatic constraint and/or a lack of suitable habitats can fully explain the absence of Neanderthals in Southern Scandinavia during the Eemian Interglacial and Early Weichselian Glaciation”, they write in the abstract to the study. For years a cast of roe deer bones held in Denmark’s National Museum were considered evidence that Neanderthals had reached Southern Scandinavia. Archaeologists argued that the bones, discovered in 1955, showed signs of having been manipulated by Neanderthals. In 2013 this evidence was debunked by a team specialising in genetic engineering, from Aarhus University. Other evidence for a Neanderthal presence in Denmark comes in the form of Coups de poing, Lower Paleolithic hand axes. Around fifteen such axes which could have been used by Neanderthals have been found in Denmark. This evidence is far from conclusive however, human stone age hunters also used the primitive stone axes, and the examples found in Denmark were all unearthed from mixed soil, making it impossible to definitively date them. The timing and extent of Neanderthal migration throughout Europe is under constant revision and revaluation. Late last winter a study argued that Neanderthals had reached Italy 100,000 years earlier than previously thought. Significantly, Nielsen and colleagues’ study does find evidence that a geographic barrier may have impeded northerly migrations during the Eemian Interglacial Period between 130,000 and 115,000 years ago. The higher temperatures of the Interglacial Period inevitably led to higher sea levels, and there is a strong indication that the Baltic and North Seas were connected over southern Denmark. As such, even if the climate was warm enough for Neanderthals to have lived in Southern Scandinavia, a sea could have prevented them from walking there. Neanderthals lived across Eurasia between 200,000 and roughly 30,000 years ago, although these dates are far from agreed upon. Their duration, and the breadth of the area they inhabited: from the Middle East to the British Isles, shows the Neanderthals’ flexibility and endurance, especially when one considers the period they lived in included the last Ice Age. Nielsen et al’s study shows just how much there is still to learn about our closest extinct relatives. For more information: www.sciencedirect.com]]>

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Research into Viking Age Reveals Possible Causes

www.journals.cambridge.org ]]>

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Revealed: How Leprosy Came To Britain

PLOS ONE. The man’s skeleton shows the signs of having been afflicted by leprosy: the toe bones have narrowed and there is damage to the joints. By conducting modern DNA testing the team confirmed that the man, probably aged in his twenties, suffered from leprosy and may well have come to Britain from southern Scandinavia. The team tested the skeleton for bacterial DNA and lipid biomarkers which are characteristic of leprosy. What they found was quite remarkable. “Not every excavation yields good quality DNA,” Professor Mike Taylor, a Bioarchaeologist from the University of Surrey, said, “but in this case, leprosy DNA isolated from the skeleton was so good it enabled us to identify its strain.” Results of the tests showed the specific lineage which the leprosy strain belonged to. The lineage, called 3I, has previously been found in burial sites from Medieval Scandinavia and southern Britain. In the case of the team’s research, the leprosy strain comes from a much earlier period, dating from the fifth or sixth Century CE. By comparing the identified fatty molecules known as lipids from the different leprosy bacteria, the team confirmed that the 3I leprosy found in the Great Chesterford skeleton was different to later strains. Isotopic analysis of the man’s teeth also provided some interesting results. It seems that the Great Chesterford man did not come from Britain; he most likely grew up elsewhere in northern Europe, perhaps southern Scandinavia. It is possible, therefore, that he brought a Scandinavian strain of the leprosy bacterium with him when he traveled to Britain. Project leader Dr Sarah Inskip of Leiden University stated: “The radiocarbon date confirms this is one of the earliest cases in the UK to have been successfully studied with modern biomolecular methods. This is exciting both for archaeologists and for microbiologists. It helps us understand the spread of disease in the past, and also the evolution of different strains of disease, which might help us fight them in the future. We plan to carry out similar studies on skeletons from different locations to build up a more complete picture of the origins and early spread of this disease.” Leprosy today is mainly confined to tropical areas, but in the past it occurred in Europe. Human migration helped to spread the disease, with skeletons from the seventh century onward in particular exhibiting signs of it. The origins of leprosy and how it spread are, however, shrouded in mystery. The recent study of the Great Chesterford skeleton has given us a fantastic opportunity to understand leprosy and, in particular, how it spread. For more information: www.journals.plosone.org Image courtesy of Wikimedia Commons user: Netha Hussain]]>

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Signs of Masculinity Were Different in Ancient Scandinavia