Saturday, February 6, 2021

The Death of Otzi Man - Ancient Archer

 The following post by Arqueo Educa is fascinating in that it not only gives us insight regarding an individual living approximately 5,000 years ago, but a glimpse into the possible details of the last moments of his life.


DETECTIVES IN THE PRESTORY

We return to our old friend Ötzi, the oldest European human mummy, inexhaustible source of information to find out what our ancestors looked like just over 5,000 years ago, during European Calcolithic.

The reason is that the Museum of Bolzano, where the remains of Ötzi are very fresh, commissioned a police investigation to try to rebuild the death of the ′′ Iceman ".

In charge of the inquiries has been Munich criminalist and police inspector Alexander Horn.

Horn interviewed an endless legion of scientists (from dermatologists, paleoforens, primitive archery experts, geologists to archaeometallurgy specialists) to learn about the exact nature of the injuries. And then he scrolled to the Otzal Valley to tour the crime scene hoping to figure out how the facts happened.

His findings were as follows:

- Ötzi died murdered (we already knew that) to treason, receiving a crush on his back that paralyzed his left arm. By the depth and position in which the stone tip is embedded, in the left lung, the arrow could be fired at a distance of 18 m to 20 m and impacted Ötzi's back at a rate of 18 m 50 meters per second.

- We already know how. Now it's time to know why. Horn points out that the murder motive should have been revenge, as Ötzi wasn't stripped of any of his valuable possessions he had 9 him. Among them is a copper axe from Tuscany. This hypothesis is endorsed by the recent ′′ defense ′′ wound that presents the body in one of his hands and the presence of DNA of various individuals in the blood remains present in the Ötzi knife and arrows.

- Regarding the ′′ who ′′ is presumed to be the owner of the blood present at Ötzi's remains, or any of his family members. It's hard to know and even the possibility of starting a dig in that area of the glacier to search for more data has been raised.

As always we get closer to the Iceman, the more we find out the more questions come up. For example, what was an armed guy doing to be in a desert glacier area at 3,100 feet above? Hopefully, future excavations or discoveries about his remains will cast us out of doubt.

Posted by Arqueo Educa on Facebook on January 24, 2021

Prehistoric Arrow Bonanza at Langfonne


“The history of the bow and arrow is the history of mankind.” — Fred Bear


Prehistoric Arrow Bonanza at Langfonne

For years, we kept the identity of one of our ice sites hidden, referring to it as our “secret arrow site.” The reason for the secrecy was that it contained a treasure trove of arrows. In fact, it is the ice site in the world with most arrows, and by a large margin. Doing fieldwork here and finding all the arrows was an incredible experience, an archaeologist’s dream. I remember telling the crew: “Enjoy the moment as much as you can. You will never experience anything like it again.”

We did not want to make the location public until fieldwork was completed. That is now the case – all the arrows and other finds that have melted out are collected. Today we publish a major study of the site in the scientific journal The Holocene (free download).

The Langfonne ice patch seen from the top during the 2014 fieldwork.
The Langfonne ice patch, seen from the top

The site is Langfonne ice patch in the Jotunheimen Mountains, Norway. This was where Reidar Marstein found a shoe back in 2006. We thought that the shoe could perhaps be as old as the Viking Age if we were lucky. When the radiocarbon date came back it turned out to be much older – 3300 years old, from the Early Bronze Age. That find was a real shocker for us. It kickstarted the fieldwork at the ice in Innlandet County, which later developed into the Secrets of the Ice program. However, the shoe was just the modest beginning of what Langfonne would reveal in the years ahead.

The Early Bronze Age shoe found at Langfonne in 2006, photographed in the museum lab.
The Early Bronze Age shoe found at Langfonne in 2006.

What is happening to the Langfonne ice patch?

A few words on the Langfonne ice patch, before we dig into the finds. Langfonne has retreated dramatically in the last two decades. It is now less than 30% of the size it was twenty years ago. This retreat is clearly visible in the landscape. Light grey, newly exposed scree and bedrock without lichen and moss surround the ice. The ice has split into three different ice patches. Langfonne is now only 10% of the maximum extent of the ice during the Little Ice Age (AD 1450-1920). The melt of Langfonne is part of much larger pattern of retreating mountains glaciers here in Norway and worldwide, linked to global warming.

Aerial photo of Langfonne in September 2014.
The upper part from Langfonne, photographed from a helicopter in September 2014. The light grey areas have been benn exposed by retreating ice and snow in the last two decades.

The finds from Langfonne

Langfonne was an ancient reindeer hunting site. We have recovered a record-breaking 68 arrows from the site, dating from the Stone Age to the Medieval Period. The earliest arrows are c.6000 years old. This is earlier than finds from any other ice site in Northern Europe and about 800 years earlier then Ötzi.

A complete arrow from AD 700, as it was found in the scree.
An arrow from c. AD 700 as it was found lying on the stones in the scree, close to the melting ice.

The finds also include the Early Bronze Age shoe and the usual scaring sticks. In addition, we collected nearly 300 finds of faunal material, mostly bones and antlers from reindeer. With a few exceptions, the faunal material was deposited naturally without human interference. The age of this natural material provides an interesting contrast to the age of the artefacts.

The mysterious patterns

We have carefully recorded the position of each find in the field using a high-precision GPS. We have also radiocarbon dated 102 finds, including nearly all the arrows. This has resulted in a very detailed archaeological record and has revealed mysterious patterns on the site.

Julian and Øystein - the finds team in 2016.
The finds team at Langfonne in 2016. Øystein (right) is holding a high-precision GPS.

The record shows that there are patterns to where the artefacts are found on the site. We discovered many artefacts in front of the lower ice edge. These finds are mostly poorly preserved, while finds along the sides of the ice and above the upper ice edge are better preserved. In addition, the Stone Age finds appear on the surface of the ice or very close to the present-day ice edge.

A map showing where all the finds were made.
The distribution map of artefacts and biological material at Langfonne.

There is also chronological patterning, i.e. some periods have many finds while others have fewer. There are, relatively speaking, many arrows from the Late Neolithic (2400-1750 BC) and especially during the Late Iron Age (AD 550-1050). Other periods have few or no artefact finds. The number of dated reindeer bones also varies over time, but differently from the artefacts.

A diagram showing the variability of artefacts and faun material, compared to glacier size in various time periods.
The chronological patterns of artefacts and reindeer bones, compared with glacier size.

Preservation of the individual arrows is also variable over time. Not the way you would expect it with the arrows getting gradually better preserved the younger they are. Arrows from the Late Neolithic (2400-1750 BC) are well preserved and numerous, while arrows from the following 2000 years are poorly preserved and less numerous.

Humans vs Nature

The big question is whether changes in human activities on the site or natural processes caused these variabilities in artefacts and reindeer bones? It is important to keep in mind that ice patches are not your regular archaeological sites. They are situated in the high mountains in a cold and hostile environment. The forces of nature are on a very different scale up here than on normal archaeological sites in the lowlands. 

What happens to the finds once lost in the snow? How do ice movement, meltwater, heavy winds and exposure affect the finds? Is the impact of nature so massive that we cannot get historical information beyond what we can learn from the individual finds, say an arrow? This is a crucial, yet unsolved question in the new field of glacial archaeology. To put it very simply: Is the ice a preserver of finds but a destroyer of history? 

The earliest fragment of an arrow, as it was found lying among the stones.
The earliest arrow shaft found on the site, dated to c.4100 BC. That is 800 years older than Ötzi., the iceman from the Tyrolean Alps.

The crushed arrows

Based on ice dates from the bottom of nearby Juvfonne ice patch, we believe that the ice in Langfonne formed around 5600 BC, but the finds do not go so far back in time yet. This may change as the ice patch continues to melt in the years ahead.

We have found six arrow shafts dated to around 4000 BC (the transition between the Mesolithic and the Neolithic). They are all very poorly preserved. This may appear like a natural consequence of their great age, but this is not so straightforward. Two of the arrows were found on the surface of the ice just after they had melted out. Arrows get quickly displaced downslope on the ice by meltwater once exposed, ending up on the ground in front of the ice. Finding the arrows on the ice surface thus implies that these arrows had likely not been previously exposed. Normally when first time exposure happens, artefacts are in a pristine condition. They look like they were lost yesterday. Instead, these arrow shafts were poorly preserved. This lead to a suspicion that something had happened to them while inside the ice.

A radar profile of the ice patch.
The section through the size, produced by the ground penetrating radar. The marked purple is the underlying bedrock/scree. The derformed ice is seen as lines following the bottom topography. 

We believe that ice deformation deep inside the ice patch caused the poor condition of the earliest arrows. The arrows have literally been crushed by the ice. But wait, aren’t ice patches supposed to be non-moving? Yes, ice scientists used to think that. New research, however, has shown that the ice inside large ice patches may slowly deform. We used a ground penetrating radar at Langfonne to check this. And sure thing: The radar revealed the ice had been deforming and moving downhill, probably most markedly during the Little Ice Age (AD 1450-1920). This process also brought the very early arrows to the surface.

A 4000-year-old arrow lying on the ice.
4000-year-old arrow as it was found on the ice surface, just after it melted out.

The Late Stone Age arrow finds close to present-day ice

There is a hiatus in the finds after the cluster of early arrows. The arrows reappear in the Late Neolithic (2400-1750 BC). Most of these arrows are well preserved, even better than arrows thousands of years younger. The good preservation may be caused by the Late Neolithic being a time of glacier expansion in the Jotunheimen Mountains (where Langfonne is situated). It is common sense that finds lost in the snow are more likely to be better preserved during times of ice expansion, rather than during ice retreat.

Interestingly, all the Stone Age finds were recovered either on the ice or very close to the edge of the present-day ice. This may give us an indication that the ice was generally smaller during the Stone Age than it was later. However, we cannot be sure, as the ice could also have been a lot larger with arrows getting stranded far away from the ice during a later retreat, with a subsequent loss (we get to that below).

A 4000-year-old arrow head in quartzite.
A 4000-year-old arrowhead made from quartzite, moments after it was pulled from the dirt.

The poorly preserved Bronze Age finds

The period from 1750 BC – AD 200 has a gradually reducing number of finds compared to the Late Neolithic. In addition, the arrows were found further away from the ice than in the Late Neolithic and were less well preserved. This period is a time of both glacier expansions and retreats, and the poorly preserved finds may reflect that. Due to the poor preservation, we should probably be careful not to try to extract too much information from the finds from this period.

The Iron Age peak in finds

From AD 200 onwards the number of dated arrows increases, peaking around AD 700-750, before the number decreases again. The most recent arrow dates to the early 13th century AD. Remarkably, only two reindeer antlers and no bones have been dated to the period c. AD 540-1160. Both reindeer antlers have cut marks made by humans. The sharp rise of the number of arrows and the disappearance of reindeer bones at the same time is surely not a coincidence.  

The finds from Langfonne tell us that reindeer hunting intensified just prior to the onset of the Viking Age. This is very interesting in a wider context. Recent analysis of combs in the 8th century AD emporium in Ribe, Denmark, have identified that some of them were made from reindeer antler. It supports recent ideas that long-distance trade in low cost commodities in Northern Europe started earlier than previously believed.

Large reindeer antlers lying in the scree
A large reindeer antler lying in the scree below the ice patch. Radiocarbon-dated to AD 1260-1290. It would have been one of only few reindeer left after the large scale killings of the Late Iron Age and Medieval Period.

The reindeer hunt took place not only on the ice, but also off the ice using pitfall traps and mass trapping systems. The hunting pressure eventually became too much for the reindeer and their numbers dwindled. By the 13th century AD, the wild reindeer in the mountains of Innlandet County were nearly extinct.

The Iron Age and Medieval finds are situated even further away from the ice than finds from previous periods. This may indicate that the ice was larger during parts of this period (but see below). This is in accordance with what we know about the size of the Jotunheimen glaciers at the time.

The front of a 1300-eyar-old arrow.
Detail of a 1300-year-old arrow from the peak period of hunting at Langfonne.

The finds distribution – humans vs nature

The analysis shows that ice movement, ice melt, meltwater and wind displaced most of the finds from the site. The clearest example of this is the concentration of arrows, which we found on the foreland of the lower ice edge. A typical find here is part of an arrow shaft with no arrowhead and no remains of sinew or fletching. These arrows were exposed on the ice surface further up the slope and were damaged during meltwater transport downslope, until they ended up on the ground. Thus, the arrows in front of the ice do not indicate where hunting took place. Their presence here is a result of natural processes on the site. Originally, hunting took place more centrally on the ice patch.

Arrows found above the upper edge of the ice probably show more directly where hunting took place. These arrows are generally better preserved and half of them still preserve their arrowheads. There is also a line of scaring sticks northeast of the ice patch that appears to be in place. This would show where the Iron Age hunters blocked the exit from the ice patch for the reindeer.

Map of where artefacts are found on the site through time
Map of where the dated artefacts and the antlers with cut marks were found on the site. The earliest finds are very close to present-day ice, the younger further away.

There is a clear chronological pattern at Langfonne, with the earliest finds close to or on the ice, and the most recent further away from the ice. It is still an open question whether this means that the ice was generally smaller in the Stone Age than in the Viking Age. We may be seeing what archaeologists call a taphonomic overprint. This means that the artefacts will survive better over time, the closer they are to the ice, as this would limit their time length of exposure. At present, we think that both ice size and the decay of artefacts causes this chronological pattern over time.

Our conclusion

The case study at Langfonne shows that natural processes have seriously damaged the archaeological record. Even so, it is still possible to gather historical information beyond the individual finds, at least during some time periods. Taking the impact of nature into account, careful study of the artefacts and the biological material from ice patches can give us information of considerable value. At Langfonne, we learned that an apparent peak in the number of arrows AD 700-750 is unlikely to be caused by natural processes. This shows the importance of glacial archaeology to our understanding of expanding resource extraction within Norway prior to the start of the Viking Age. It also provides a smoking gun to new ideas on early trade in Scandinavia.

Glacial archaeology is a new field in archaeology, still in its infancy. It has the potential to transform our understanding of human activity in the high mountains and beyond. However, in each case we have to carefully consider how natural processes may have altered the archaeological record. Without such analysis, we may mistake patterns in the record produced by natural processes with traces from human activities. The arrow upon arrow found in front of the receding ice do not point to intensive hunt there. Gravity and meltwater sent the arrows downslope, ending up in front of the ice.

The future of Langfonne

We have learned a lot about Langfonne’s past, but what about its future? With the current climate prognosis, most of the ice in the high mountains of Norway will melt away during this century. The future for the Langfonne ice patch looks bleak. With more melt in the pipeline, Langfonne has surely not given up all its secrets yet. We will continue to monitor the ice here in the years ahead.

The 2014 field team
The 2014 field team at Langfonne on the last day in camp. A happy bunch, after the fieldwork of a lifetime.

National Geographic covered the Langfonne story here.

Medieval Rangers: Fact or Fantasy

 


A Ranger of Medieval times (also known as Hunter, Archer, Scout, or Tracker) is an archetype found in works of fantasy fiction and role-playing games.


Rangers are usually associated with the wisdom of nature. Rangers tend to be wise, hardy, cunning, and perceptive in addition to being skilled woodsmen. Many are skilled in woodcraft, stealth, wilderness survival, beast-mastery, herbalism, tracking, and sometimes "nature magic" or have a resistance to magic. Rangers spend a great deal of time hunting, fishing, and camping—whether on a short- or long-term basis—and their preferred martial arts weapons leans towards practical-utility: archery, knife fighting, stick-fighting, axeplay, spearplay and swordplay.


Ranger Archetype


Rangers skills in books and games can include and are not limited to:


  • Combat expertise with bows and other ranged weapons, often the result of years hunting wild animals

  • Use in martial combat weapons, often swords, axes, and daggers; oftentimes they may dual-wield such weapons and rely on finesse over brute strength

  • Throwing knives

  • Non-magical stealth

  • Climbing

  • Detecting or laying traps

  • Taming, calming or charming animals; often they may be accompanied by a favored animal companion

  • Tracking and leaving no trail to be tracked

  • Knowledge of herbs for medical and poisonous uses

  • The art of healing (magical or medical) due to their self-reliance

  • Land and nature related magic and enchantments or the ability to recognize them or resistance to them

  • Ability to move quickly through any terrain they are familiar with.  (adapted from: https://en.wikipedia.org/wiki/Ranger_(character_class)


Were there any rangers like Robin Hood in medieval Europe?


It depends on what you mean by rangers like Robin Hood, as the term "ranger" did not exist in the Medieval period but is a later invention by fantasy authors, such as J.R.R Tolkien. The inspiration for these rangers did come from real historical figures, however, as it was common for lords and nobles to hire skilled archers and hunters to protect their forests from poachers and criminals on the run. There are countless sources which describe highly skilled archers who spent the majority of their time in the woods, as can most clearly be seen in Chaucer's character of the yeoman in the "Canterbury Tales". In regards to the Robin Hood figure of an individual who steals from the rich and gives to the poor, it is almost certain that a number of these individuals did exist. The folk tale of Robin Hood arose from a collection of stories about skilled archers who lived in the forests of England who were "noble" bandits, who only stole from nobles and the gentry. 


In all, it is almost certain that there were figures like Robin Hood in the Medieval Period and banditry was extremely common in this time, but it is unsure whether an actual Robin Hood did exist or whether it is an amalgam of a number of individuals combined into one. (Slander.com)


Where there ever any rangers in history like Faramir and Aragorn from Lord of the Rings or Will and Halt from the Rangers Apprentice series?


If you haven't heard of them basically they are exceptional archers that are superb at remaining unseen using their skills and a mottled green cloak, to be general.


 If there weren't any "Rangers'' were there any people that were similar to them?


The archetypal form of those sorts of characters certainly existed. Tolkein, as a professor of English, was very aware of his influences and what he was drawing on. The later horde of fantasy authors ripping him off? Probably less so.


One of the earliest expressions of this sort of archetype was the Yeoman introduced in the prologue of Chaucer's Canterbury Tales. He is the only attendant accompanying the Knight and Squire on pilgrimage, presumably as their bodyguard since he is well-armed and they are not mentioned to be bearing weapons. Just as the Knight and Squire are idealized representations of their "types" ( the Knight is a bold crusader and paragon of chivalry, the Squire is a fresh-faced youth jousting for the hand of a lady), the Yeoman is an idealized image of what yeomen could be. He's very well-armed, carrying his longbow, a sword, a dagger, and a buckler. He has "a cropped head and a sun-browned face," from working outdoors and in the forests. The Yeoman's job, in peacetime, was to administer the forests on his lord's lands. This included apprehending poachers, stopping illegal logging or grazing, and watching over the deer population. Chaucer himself was once appointed as a forester, although his position was more administrative than the Yeoman's. It's never mentioned explicitly, but it's very possible that the Yeoman accompanied the Knight on crusade or in some other war. Standard English armies of the day were made up of large archer formations protected by men-at-arms. If the Yeoman did go to war with the Knight, it's possible that he would be a captain or other officer of the archers in the Knight's retinue. From his weapons and other equipment he's carrying (peacock-fletched arrows, a "gay bracer," and a silver medal of St. Christopher), it's clear that the Yeoman is economically well-off and thus the sort of person who might raise a company of archers for service in war. The Yeoman is not mentioned to be mounted, but he could certainly afford a horse if he wanted one. Mounted archers were employed by the English for rapid movement on campaign, raiding, and scouting, although for pitched battles, they would dismount and fight on foot.



So how does that connect to the ranger archetype of modern fantasy fiction? Well, the "ranger" concept is essentially a blending of the roles of a yeoman archer. The peacetime duties of a forester and the wartime duties of an archer are blended into one role. Faramir's rangers (*1) are actually a semi-accurate depiction of how yeoman archers fought. In the fight where they are introduced, they seem to have a force of archers deployed behind a screen of infantry. Their strategic purpose, disrupting enemy movement through Ithilien, is somewhat similar to the chevauchées of the Hundred Years War. A real chevauchée would often be focused on looting undefended villages rather than getting into larger fights, but sometimes the English launched large-scale raids for the purpose of forcing the French to come out and face them in pitched battles, which is a little closer to what Faramir seems to be doing. Lacking access to Gondorian accounts of their campaigns in Ithilien, it's hard to say how exactly Faramir was going about it. The only observers are Frodo and Sam, neither of whom had a keen eye for military details. The rangers of the Ranger's Apprentice series are a little more fantastical, since they seem to most closely resemble a 14th century CIA than any medieval archers. Fun for telling a YA fantasy story, but not really anything historical.


To sum up, the ranger archetype in fantasy fiction is an amalgamation of several different roles a yeoman might perform. Men with experience in foresting were considered to be the best source of archer recruits for a campaign, but they wouldn't be sneaking around on the battlefield wearing some kind of medieval camouflage. In a pitched battle, they'd be fighting in formation with the rest of their company. On campaign, they might be called on for raiding and scouting duties, but that wasn't a role exclusive to men with forestry experience. So the ranger archetype has roots in literary traditions and memories of medieval English archers, but isn't really reflective of their historical reality.


*(footnote 1): That is, Faramir's rangers as they are depicted in the book The Two Towers. They're pretty much all Robin Hood in the movie. - adapted from: Rangers in History. Reddit.com



Wednesday, February 3, 2021

Magic and Majesty of Dawn


"It was before dawn, that period of hush before the birds had begun to sing. The lake was breathing softly as in sleep; rising and falling, it seemed to me to absorb like a great sponge all the sounds of the earth. It was a time of quiet--no wind rustling the leaves, no lapping of the water, no calling of animals or birds." -- SFO, The Singing Wilderness


“Dawn. A pregnant green moist silence everywhere; and then the robins, and the starlings, and the jays, and the juncos, and the Barred Owl closing up shop for the night, and a hound howling in the hills ....” 

                                                   - Mink River, Brian Doyle