Age of the Degeneracy - reconstructing the Late Mesolithic of Britain

Image Source - my own, taken today, of a flint blade from an old finds box. Thetford Forest. It would have been recorded as a snapped blade, possibly transitional Mesolithic-Neolithic. Now in the 21st Century I understand that this blade was strictly, Mesolithic. I no longer believe there was transition.

I've written a novel. The story provided me with an escape from unbearable life. The tale has two primary settings, both circa 6,000 years ago.  One in what is now South Iraq on the edge of the marshes where civilisation starts to take shape, and the other in South East Britain, as Mesolithic hunter-gatherers meet Neolithic farmers. It is a little play on parts of the Genesis story.

I was cut off from all Nature. I am only just now starting to reconnect. It will be a very long healing experience if I decide to maintain it. Because I'm running short of hope. I had very little access to data. I had to scrap around in order to attempt any understanding of how the Mesolithic British may have experienced life, and was left with little more than contemplation. This is how I reconstructed a fictional South-eastern British environment 6,000 years ago:

Natural Britain during the Early Holocene

Birch scrub advanced first. Followed by pine, yew, and other evergreens.  This is the Age of Star Carr. The tundra grasslands receded with this rapid advance. Temperatures increased annually. Waters began to rise.

The birch grew taller. Alder joined them. Willow and holly. Followed by oak. Lime and hazel arrived on the British peninsular of North West Europe. Wych elm, hawthorn, blackthorn then ash. In South Eastern Britain, it was the lime which dominated as the most common tree.

Tree biodiversity was actually quite limited in Late Mesolithic Britain. Because the North Sea (Doggerland), and the English Channel, flooded with thawed out glacial waters to make Britain an island, before more species could shift across any land-bridge.

Later Mesolithic SE Britain.  Wild-woods or temperate-forests?

I suspect that the term temperate rainforest should be reserved for the wetter parts of the British Isles. Particularly for the west. Across the drier south-east of Britain, I propose that it would be better to describe it as wildwood.  Even here I suspect that the ecology was incredibly rich, with mosses, lichen and fungi.  Some areas of the wildwoods were kept quite open by the actions of large wild bovines that generated their own woodland pastures. Others were more dense.

The British canopy was not continuous. Breaking it were small glades, and some larger plains. These were kept open by browsing and grazing herbivores that herded in the open - aurochs, red deer, bison, roe deer. A distinct ecology existed on these small scrubs and prairies. 

Equally there were lowland marshes and fens of reed bed with water-logged islands of alder carr. Often, belts of these ran up the riparian terraces of river valleys to provide rich habitats for birds, beavers, and pig. The rivers were clean, and ran naturally within their floodplains except for the works of beavers. Upper stretches of chalk streams would have been choked by Summer watercress. Alder and willow trees dominated the riparian belts. Banks were not cut, and rivers wider, bordered by the roots of alder, or by gravel shores. They often flowed around riverine islets and over gravel banks. Water channels changed their many courses through the marshes of deltas.

Bird-life was devoid of some species that have adapted to and follow human agriculture, but could have included some surprise species no longer in the British Isles such as black woodpecker, black stork, and European eagle owl. These in addition to species such as titmice, woodcock, wood pigeon, tawny owl, bustards, and cranes. Goshawks would have been a widespread raptor across the forests, and white tailed eagles not an uncommon site.

Mammalian predators included wolf, brown bear, lynx, fox, badgers and martens

Image Source - taken on the phone today.

I've demonstrated in recent posts that the Mesolithic hunter-foragers in Britain, most likely descended either from the Ice Age Epigravettians of Italy and South East Europe. They or / and perhaps recent arrivals from South West Asia, who had crossed a dry Aegean. A recent study of ancient genomes supported the former population.

We know that they appear from genetics to be dark skinned and possibly with light coloured eyes.  That is just a fine detail. To those people that make a deal out of it, I ask why? And I love the reconstructions of western hunter-gatherers by Tom Björklund.

What was the environment in South East Britain, 6,500 years ago? How had they adapted to the changed environment?  Their ancestors had survived the Ice age mammoth steppe. They had survived so long on the tundra.  What challenges had the Holocene's new forests thrown at them?   Their ungulate prey species had dispersed from herds in the open, and into the woods. There, they were more difficult to locate, and could quickly disappear into cover. They had less need to form large herds.  Temperate forests release a lot of their calories only during the autumn. To survive, Mesolithic hunter-foragers needed to be exceptionally intelligent. They needed to break up into smaller bands, and adapt to a forest way of life

How I portray Late Mesolithic Britons in fiction

The wild-woods may not have always been dense. Yet they would have been difficult for humans to traverse by foot. Deadwood would have laid across everywhere. Its rot fed the ecology. Moss and dead leaf-mould, deep. Some alder rain-forests would have been likely waterlogged and swamped. Walking across these environments uses a lot of calories that are otherwise precious.

It was probably easier to travel by waterway whenever possible. Although upper rivers might be seasonally clogged by growth, and beaver dams a trial. Watercraft include dugouts, but also canoes of bark or animal skin. It would have been the way to travel.

During this travelling, few people would have been encountered. The bands dispersed in order to make best use of resources. Human population was likely very sparse across Britain.

Image Source.  11,000-year-old skull headdress from Star Carr.

Food opportunities were seasonal:

Late Winter / Early Spring. Bands would have radiated out of winter encampments, hunting deer, pig, among other prey species. But these themselves were losing all winter fat. The Mesolithic people may have relied heavily on caches of roasted nuts and other preserves. Or chewed tree resin and inner bark to stave off hunger. Fish were available, through traps, nets, spears. Eel, chub, and pike. This may have been the lazy time, when they sat around hearths, preserving expensive energy.

Late Spring.  Wild greens, pignuts, tubers, flowers, cat-tails, buds, even young tree leaves of elm and hawthorn. Slow game - birds eggs and chicks. Possibly European pond turtles. Roots such as those of cat tail could be dried and ground into flour.

Summer.  I have my fictional hunter-foragers moving to the coast during summer, where they meet up with other bands for sports and social networking. There they could have foraged sea beet, sea lettuce, samphire, buckthorn berry, and shellfish. Mussels, oysters, clams, cockles, razor shells, whelks, crabs.  Perhaps hunted seals on the beaches and sea flats.  Cetaceans would have been vastly more abundant in the seas, and whales would beach, providing opportunities. Sea canoes might have provided the opportunity to fish with nets, or to hunt small cetaceans. Late summer inland, and wild berries - raspberry, mulberry, sloe, brambleberry, elderberry, buckthorn, hawthorn.  Early fungi such as puffballs, parasols, chicken-of-the-woods.

Autumn / Early Winter.  Busy squirrels and martens could be snared.  Game is now at its fattest.  The salmon run on more British rivers than today.  But this would also be a time for foraging nuts and seeds. The hazel-nut may have almost been a staple, at least as a preserve.  It would have been roasted. It can be ground into flour to make bread and biscuits. Acorns were also abundant. They could be rinsed and soaked to remove excessive tannins, then added to flours. Pine nuts if many of their trees remained in South East Britain. Wild grass seeds could be harvested.  Beech probably arrived with the Neolithic. I imagine the small camps being busy at this time of year, processing acorns and nuts to be cached as food reserves. Edible fungi including bollettes, ceps, chanterelles, deceivers, and many more will carpet the wildwoods.
Image Source. Aurochs in a wild wood.

The dark honeybee was most probably abundant in the lime tree forests. I’m sure that their hives in dead trees would have been exploited for honey and wax. The honey could be eaten, or used to make mead - perhaps adding some berries for yeast. Birch and tree sap could also be enjoyed, and fermented to make alcohol. Hallucinogenic mushrooms would have been exploited. The beeswax would also be added to tree resins to make their glues.

Favoured prey species for hunting would have been the red deer, also roe deer, wild boar, aurochs (enormous wild cattle), European bison if they remained, fox, badger, beaver, etc. Bird species on the menu probably included geese, ducks, cranes, swans, bustards, wood pigeons, turtle doves, woodcock, snipe, etc.  My savages had the domestic dog, but it is a laika-type, that does not bark. It is useful for tracking prey by scent. Dogs also provide companionship and warmth in a den.

The belief system that I designed for my fictional savages was animist. The sense of self, and of afterlife, is projected onto everything natural - prey, trees, tools, the forest, and otherwise. Areas of natural resources became sacred. My fictional savages had female shamans, and were matrilineal. Celebrations and feasts would be frequent. They would engage in sports.  I also suggested some ritual cannibalism, if only to prevent the ghosts of enemies from extracting revenge on the living. I portrayed them as very egalitarian, with little personal property, and no chieftains. But they had different roles for either gender, and the elders were respected.

My fictional savages have a totem-identity, but I'm not sure that would have been the case. Again, my choice was to tie them to local nations set into a larger territory called a wilderness. These nations I divided into smaller more practically sized family bands. None of this is based on any strong anthropological evidence, and was entirely my own creativity.  In reality, bands could have had a wider more homogeneous identity, and ranged wider across the British Isles, free of tribal territorial restrictions. Yet I see this as leading to conflict.

Birth rate in my savages was controlled by extended nursing and delayed weaning in comparison to the Neolithic farmers. This reduced fertility. Otherwise competition would grow for limited natural resources, and local prey extinctions. Conflict between bands would follow as an ultimate population control.

Have I romanticised my Mesolithic Britons? Absolutely I have. I am envious of their freedoms, their relationship with Nature. I see progress as degenerative. 


That is how I creatively wrote the British Late Mesolithic.

Gravettian - into the Big Freeze

Image Source. The Venus of Brassempouy.

The Gravettian overlaps the late Aurignacian, dating from circa 33,000 years ago, and surviving until 20,000 years before present. This included the coldest peak of the last Ice Age, the Last Glacial Maximum around 24,000 years ago until 18,000 years ago. These really were Ice Age Europeans. Travel as far north as Britain must have taken place during warmer intervals. Otherwise the Gravettian is found in a band across Western Eurasia, which stretches from Portugal and the Basque region, through France, Germany, Czech republic, as far east as Georgia and South Russia.

Image Source. Female face. Ivory carving, Dolní Věstonice.

Gravettian yDNA haplogroups so far discovered are CT, I, IJK, BT, one C1a2 and one F.
Gravettian mtDNA haplogroups overwhelmingly U (mainly U2 and U5), with one M.

The Late Gravettian developed into a culture in France and Iberia, that we call the Solutrean. Meanwhile in the south east of Europe, from the Italian peninsula across the the Western Steppe, it diverged into the Epigravettian culture, which overlaps for much of its range with the Mammoth Steppe.

We identify a genetic ancestry profile in individuals associated with Upper Palaeolithic Gravettian assemblages from western Europe that is distinct from contemporaneous groups related to this archaeological culture in central and southern Europe4, but resembles that of preceding individuals associated with the Aurignacian culture. This ancestry profile survived during the Last Glacial Maximum (25,000 to 19,000 years ago) in human populations from southwestern Europe associated with the Solutrean culture, and with the following Magdalenian culture that re-expanded northeastward after the Last Glacial Maximum. Conversely, we reveal a genetic turnover in southern Europe suggesting a local replacement of human groups around the time of the Last Glacial Maximum, accompanied by a north-to-south dispersal of populations associated with the Epigravettian culture. 
A previously unknown population replacement event that was archaeologically invisible, occurring during the peak of the Ice Age.  This DNA was then passed on via the Solutrean people to the following Magdalenian people. 
Image Source. Triple Burial at the Upper Palaeolithic Site of Dolní Věstonice.

These people buried their dead more frequently in graves than did the Aurignicians.  The grave of three male teenagers at Dolní Věstonice was particularly enigmatic. The person on the left, has a hand placed over the stomach of the middle character, where red ochre had been applied. The central person had a curved spine, diagnosed as caused by chondrodysplasia calcificans punctata (CCP).  The body on the right had been placed facing down. Red ochre had also been applied to the heads of all three.

A Mirror into the Past and Present. On the Dolni Vestonice Triple Burial. Academia.edu 2020. Olga Viviana Nauthiz Szynkaruk
For their last journey, the individuals have been richly equipped with headdresses made of the teeth of the arctic fox (Vulpes lagopus), wolf (Canis lupus), and unidentified large predators. In the mouth of DV15, a mammoth ivory disc was placed.
Image Source. Gravettian points.

Prey appear less restrictive than for the earlier period which focused on reindeer. The Gravettians hunted deer, mammoth, hares, lions, bear, foxes. Rather than use split antlers as points, they used flint blades known as Gravettian points. There is evidence that the Gravettians had access to bows and to the spear thrower. Furthermore, they may have had the first domesticated animal, the dog.
Image Source (Flickr).  Altamira Cave Paintings. By Carlos Calamar

British Gravettian

Image Source (modified).  Find-spots in Britain of Gravettian tanged points. Northern Britain was covered by ice sheets, and the North Sea was dry, connecting Great Britain to the Continent.

Image Source. The Venus of Willendorf.

Conclusion

The Gravettians entered Europe in the long, slow run up to the Last Glacial Maximum, and endured much of it. Although they inhabited a vast region of Western Eurasia, their culture remained constant, albeit with some divisions between west and east. The Pavlovian Culture developed in the east as mammoth-hunters.  The Gravettians often buried their dead with much ceremony, wearing seashell beads, ivory, and animal teeth. They were successful and adaptive Ice Age hunters, preying on deer, reindeer, mammoth, fox, hare, hyena, wolf, seal, and foraged for shellfish. They lived in circular, semi subterranean shelters, but were mobile. Skilled artists with cave paintings and carved ivory. They tipped projectiles with flint blade points, and may have used bows, boomerangs and atlatls. Nets were woven, and lamps of stone used. They may have developed an early relationship with dogs.

During the Last Glacial Maximum, although their artefact culture continued, there was a population replacement event by people closer related to their Aurignician predecessors.  These later Gravettians fostered the Solutrean Culture in France and Iberia, and the Epigravettian culture of the east and south east.

Fertile Crescent of Western Eurasia

The Fertile Crescent is the name given to a region of Western Eurasia where a Neolithic Revolution first occurred shortly following the end of the last Ice Age. It was here in SW Asia, that the wild ancestors of domestic cattle, sheep, goats, pigs, barley, emmer wheat, bread wheat, einkorn, barley, rye, peas, and vetch all existed. Where the first stone age farmers (Neolithic) developed an agriculture. It was not the only such Neolithic Revolution, others independently happened in Papua, China, SE Asia, Northern America, Southern America, and Africa. The Fertile Crescent may have been home to the earliest such revolution (perhaps challenged by Papua and China), and most affected the development of western civilisations, with its rich array of domesticated species, that became so critical to their economies.

A few posts ago, I blogged a bunch of notes concerning the Anatolian Epipalaelithic and Pre Pottery Neolithic. Here I continue to develop my personal investigation, with the modification of maps.

Map 1. Pre Pottery Neolithic

Early Fertile Crescent Pre Pottery Neolithic between 13,000 years ago and 10,000 years ago. Focusing on Pre Pottery Neolithic A sites:

Map 2. Pottery Neolithic

The Fertile Crescent as it later developed between 10,000 and 6,000 years ago. This included the birthplaces of Uruk civilisation, Elam civilisation (in what is now Iraq and Iran respectively), and Badarian to Naqadan civilisation in Egypt (leading to Pre-Dynastic Egypt):

Source for both versions: OpenStreetMaps

I find that this helps me to better understand the Eurasian Neolithic and its foundation in SW Asia. The latter map which includes Southern Mesopotamia, and the Nile Valley is more like that which was presented to me when I was young. The former, focuses on the very earliest roots.

This Neolithic then spread into Sudan, across the Iranian Plain to the Indus Valley, into the Balkans, and along the Mediterranean coasts. From a local perspective, it didn't reach the British Isles until circa 6,000 years ago.

Below, the map I recently posted, focusing on the Anatolian Pre Pottery Neolithic A sites:

My earlier Notes on the Anatolian Pre Pottery Neolithic A

I've also watched a very interesting video on the Wadi Faynan WF16 PPN A site in Jordan. Highly recommend the video. It provides evidence that the PPN A may have extend so far south of the Anatolian cluster around Göbekli Tepe.


Arminghall Henge, Norwich, Norfolk

This afternoon, I decided to visit Arminghall Henge. Only 55 minutes cycle ride from my home, it sits just outside of the Norwich southern bypass, near to County Hall. It was not in any way sign posted. Not as much as an information sign. Even though the "Boadicea Way" trail runs right past it:



Indeed, the only way that I found it was through online resources and my GPS:



It was first spotted in 1929 - a first in the history of aerial photography for archaeology. It was excavated in 1935:



The ambiance can only detected by the imaginative. As a seasoned time traveller, it gave me the kick, despite it being in a horse field, with overhead HV power cables, right next to a major power sub station for the City of Norwich:



Not really an attraction for tourists. No standing stones. this is East Anglia, we don't have boulder-stones. The Neolithic creators of this site erected earthworks and massive timbers - the post-holes that sometimes be seen from above. Incidentally, in archaeology, a "Henge" is not a stone circle. Stone circles were sometimes erected inside a henge, often later. It's a circular bank and ditch earthwork, with the ditch on the inside - as though keeping something in - a defensive rampart has the ditch on the outside. A henge keeps something "in". Interesting is that the most famous henge - Stonehenge, breaks that convention.



Looking up at the site of the Henge from the nearby water course at the bottom of the valley.



and the modern water course itself.

If you've seen my posts in this section before, you know that I like to do a little mole hill archaeology:



Yes, that's a flint flake in the mole hill. Displaying it's dorsal surface, showing the scars of previously removed flakes.



An inspection before returning it to it's topsoil context. I'm here showing you the striking platform, point of impact, and conchoidal fracture bulb. On the right, I can tell you it has wear from being used as a "notched flake", maybe to clean a bone, or an arrow-shaft or similar.



Another flint flake, dorsal surface, showing the scars of previously struck flakes from the core.



Finally, more recent archaeology. A lens cap circa AD 2010?

I hope that someone out there gets some enjoyment from these third person explores of East Anglian sites.

K36 Timeline - Ancient Ancestry

This new DNA tool can be found here.  It's just a little bit of fun.  It requires results from your DNA test results run through the Eurogene K36 calculator (available on GEDmatch).



15,000 years ago (Upper Palaeolithic - LGM):


Total Europe 81%
including:
Hunter-gatherer North & East 71%
Hunter-gatherer South 10%

Anatolia 19%

I've previously explored my Ancient Ancestry from this period in the post Celebrating my Ice Age ancestors.





4,500 years ago (Late Neolithic / Copper Age):

Indo-European Expansion 70%
European Farmer 28%
Local European HG 1%

Anatolian Copper Age 1%

I've previously explored my Ancient Ancestry in the two posts Celebrating my Neolithic Ancestors and Celebrating my Steppe and Beaker ancestors.

Review

As with any ancient DNA calculators, this shouldn't be taken as a serious result, but as a fun approach, to compare results with others.  It's great that as enthusiasts, we can now start to explore our ancient admixtures for ourselves.  Compared to CARTA:

From CARTA 2016.

The results look a little weighted towards the "Indo-European" (Copper Age Steppe Expansion), and this repeats when compared with my other ancient calculators.  I suspect that my actual European Neolithic (Early Farmer) percentage is a little higher than 28%, and my IE rather lower - but it's all just fun.

In addition, I'd still stay clear of labelling the Steppe Expansion as "Indo-European" or entering the linguistic debate.  Finally, the 15,000 year old map.  I think that it plays down some of our ancestry from Asia north of the Caucasus, or at least Eurasia, and would be better labelled Western Eurasia than as Total Europe.  My Y line proves that I have some Ice Age ancestry from SW Asia, from the area of Iran.  Of course, this is the issue with any test on autosomal DNA, it's going to rock around, even between siblings, due to each random recombination.

However, an excellent tool, thank you to the creator.


Celebrating my Neolithic Ancestors

Image above, last year, holding an artifact from the Neolithic Tomb of the Sea Eagles in Orkney.

Today in this post, I am celebrating my Neolithic heritage.  Another ancestral genetics enthusiast pointed out that rather than Anglo-Saxon, for a Brit and North West European, I actually had indications of enhanced Neolithic Farmer ancestry on most ancient DNA calculators (more on that below).  I was actually quite pleased to have that pointed out, and this post explains why I love the idea of being a modern Neolithic Man.

I remember being fascinated by the past as quite a young child.  On holidays across the British isles, I craved nothing more than visits to castles.  At home in Norwich, I'd haunt the local museums.  However, a love of the Neolithic took hold during my twenties. First, a fishing and drinking tour of Ireland with my brother, took me to the Newgrange Passage Grave site in the Boyne Valley.  Awesome impact.  Then several years later, I picked up the broken butt end of a Neolithic polished flint axe head on farmland behind my cottage.

The above photo is an image of another broken Neolithic flint axe head that I recorded during a surface collection survey many years later in Thetford Forest.

This eventually pulled me into a phase of looking for more prehistoric flint, which I later formalised into the Thetford Forest Survey.  During that period, in collaboration with the Forestry Commission, Norfolk Archaeology, and Suffolk Archaeology, I recorded thousands of struck flint and ceramic artifacts - many from the Neolithic.

Above image taken at the Castlerigg Stone Circle in Cumbria in 2006.

Any chance that I got, I'd also visit Neolithic sites across the British Isles - and continue to do so, hence last year I had a cycling tour of many late prehistoric sites in Orkney.  Absolutely love the Neolithic.  Even though an atheist, I have to confess that some of these sites give me a special vibe.  I have half-seriously told neo-pagan friends, that If I had to choose some gods, Then maybe they would be those of the Neolithic.  Something about the remote sites.

Above image - sorry for looking so bloody miserable and awful.  Swinside Stone Circle, Cumbria.

Our New Understanding of the Neolithic of Europe

What I really want to write about here though, is how recent population genetics, over the past ten years, is transforming how we see the Western Eurasian Neolithic.  Archaeologists had long pondered, our relationship to the British Neolithic people, and going further back and in turn - their relationship to the earlier Mesolithic hunter-foragers of the British Isles.

What recent research of both ancient and modern DNA has so far revealed is that after the last Ice Age, hunter-foragers moved up to Britain from Southern Europe.  Meanwhile, new cultures and economies were developing in the Middle East of SW Asia.  Across the Fertile Crescent, that ran up the Levant, East Anatolia, eastwards, then down the fertile valleys of the Tigris and Euphrates river valleys - people started to settle, domesticate wheat, barley, goats, sheep, cattle and pigs.  They started to farm for the very first time.  This was the Neolithic Revolution.  The first fired ceramics - pottery was added to the recipe, along with polished stone tools.  Eventually these populations also absorbed the very first metallurgy, literacy, and town building - falling into the southern half of those river valleys in Mesopotamia.

Image above - Standing Stone at Stillaig, Argyll, Scotland.

From the Levant and Anatolia, both along the Mediterranean, and direct across the Balkans by land, Neolithic culture and farming technology spread westwards and northwards across Europe.  Population genetics now tells us that this WAS carried by people.  It was not just a transfer of culture and artifacts.  DNA from South-West Asia was strongly carried across Europe.  The Neolithic farmers were a people, with roots in the Near East.

What happened to the old European hunter-foragers?  It seems a mixture of displacement and admixture.  As the Neolithic Revolution rolled across Europe, it did pick up some hunter-gatherer DNA.  However, few of the male haplogroups.  By the time that the First Farmers reached the British Isles, they would have had an ancestry mixed between Near East Asian and European hunters.  Without a doubt, brides and perhaps slaves were taken along that long route from Anatolia to Britain.  This pattern perhaps continued when they reached the Irish and British Isles, and confronted some of the last hunter-gatherer populations of North West Europe.

Image above.  Ring of Brodgar, Orkney.

All of this was fine.  The British Isles were settled by Neolithic peoples around 4,100 BC.  I've seen many of their monuments, studied excavation reports of their archaeological sites, and held many of their flint artifacts.  It was a dominant culture here for two thousand years.  Religious systems may have come and go.  They erected so many monuments here that still survive.  Causewayed enclosures, long barrows, cursuses, henges, monoliths, cairns, standing stone circles, timber circles, mounds, Silsbury Hill - and of course, the internationally renown Stone Henge.  However, we now realise that they carried much DNA from South West Asia!

They must have thought that they, their beliefs, and their social systems would last until the end of time.  We currently think that their populations and farming declined towards the end of their period.  There is a little evidence that they may have been subject to plague from Asia.  This might have weakened them for the next invasion and displacement.

Image above of Skara Brae, Orkney Neolithic settlement.

Image above of Mottistone Longstone, Isle of Wight.

The arrival of the Sons of the Steppes - the Beaker

I'll write more about these guys in a later post.  Around 2,100 BC, a new people and culture turned up in the British Isles.  Whereas the Neolithic peoples had largely originated in SW Asia, south of the Caucasus (with some European hunter-gatherer DNA picked up on the way), these new arrivals largely originated to the NORTH of the Caucasus, on the Pontic and Caspian Steppes.  Their Steppe ancestors perfected the domestication of the horse, bronze metallurgy, and wheeled wagons. The founder Steppe population has been identified by archaeologists as the Yamnaya.  They rolled into Eastern and Central Europe, where their arrival appears to have spawned the Corded Ware Culture.  Their descendants in turn appear to have spawned the Bell Beaker Culture in Western Europe.  In turn, the Bell Beaker appears to have developed into the Atlantic Seaboard Celtic Culture of fame and fashion.

The Eurasian Steppe male haplogroups absolutely dominate present day Europe.  However, again, they appear to have absorbed some women with Neolithic and even earlier Hunter-Gatherer populations into their genome.

The Three Way across Europe

Across modern Europe, we are a mixture of three distinct late prehistoric populations or genetic out-layers - from most recent to oldest:

  1. Yamnaya or Steppe
  2. Neolithic Farmer
  3. Western Eurasian Hunter-Gatherer

The above image is from CARTA lecture. 2016. Johannes Krause of the Max Planck Institute.  All Rights Reserved.

As can be seen above, some Neolithic DNA has survived in present day Europe.  It is strongest in Southern Europe.  Yamnaya ancestry is more of an influence in Northern Europe, although, old Hunter-Gatherer survives strong in the Baltic Republics.  The modern population closest to our Neolithic ancestors are the Sardinians.  So close, that when Ötzi, a frozen preserved Neolithic body was discovered in the Alps, his DNA was seen as so similar to present day Sardinians, that some incorrectly suggested that he had travelled to the Alps from Sardinia!

A Sardinian family while reading LUnione Sarda 

A Sardinian family.  With a mandolin.  Therefore perfect for here! By Roburq (Own work) [CC BY-SA 3.0], via Wikimedia Commons

My Neolithic Admixture

David Wesolowski's K7 Basal-rich test

Basal-rich

The Basal Eurasians are a hypothetical "ghost" population derived from DNA studies.  It is suggested that they splintered from other modern humans 45,000 years ago, presumably outside of Africa, somewhere around the Middle East.  They significantly contributed DNA to the Early Neolithic Farmers of the Fertile Crescent and Anatolia, and consequently, on to all of us modern West Eurasians.  

 David gives the English average as 26.5%.  My result is 28.8%

Global 10 Test

The recent Global 10 test, run by my friend Helgenes50 of the Anthrogenica board, resulted in:

  • 55% Baalberge_MN (European Middle Neolithic)

FT-DNA My Ancient Origins

  • 47% Farmer (Neolithic)

My Eurasia K9 ASI Oracle:

  • 27% Early Neolithic Farmer

My Gedrosia K15 Oracle:

  • 25% Early European Farmer

My MDLP K16 Modern Admixture

  • 31% Neolithic (modeled on genomes of first neolithic farmers of Anatolia)

My MDLP Modern K11 Oracle:

Admix Results (sorted):


# Population Percent
1 Neolithic 37.33


Image above.  Grimes Graves Late Neolithic flint mine complex, Norfolk

My Neolithic ancestry appears to be strong, for a Brit.  However - my Neolithic ancestors may not have all - or even at all, have lived in the British Isles.  My Neolithic ancestry may have been picked up along the way, across Europe, by ancestors as they travelled across Western Eurasia.