Journals of a Time Traveller

The Alpine Bride: Arrival in the East

In 550 BCE, my 95th great-grandmother arrived upon the shores of Iron Age Britain, in the marshy, mist-shrouded landscapes of what is now Eastern England. She was a woman of continental origins, the living vessel of a high-status matrilineage that had drifted northwards from the Alpine heights. Her journey was the result of a series of strategic bridal exchanges—diplomatic threads woven along the length of the Rhine, connecting the salt-wealth of the south to the tribal territories of the north.

Travelling through a sophisticated maritime Iron Age culture, she braved the crossing of the North Sea. Her vessel would have navigated the complex currents to reach the Wash, that great indentation on the British coastline that served as a gateway for continental influence. From there, she was carried inland, sailing down the River Ouse to meet her new groom—a local chieftain whose alliance with her continental kin was now sealed in blood and DNA.

She did not arrive empty-handed. As a high-ranking member of the H6a1a8 lineage, she brought with her the cultural "DNA" of the Hallstatt world: perhaps a finely cast bronze brooch, a necklace of Baltic amber, or the knowledge of Mediterranean-style feasting. Though she was a stranger in a new land, her arrival was a pivotal moment in the genetic story of the region. She was the bridge between the Alpine salt-mines and the British fens, ensuring that the influence of the Hallstatt "phenomenon" would take root in the soil of the East.

The Hypothesis: Beyond the Migration Myth

Population geneticists occasionally fall into the trap of aligning every haplogroup shift with a cataclysmic mass migration, a historical invasion, or a sudden war. In narrating the story of my ancestry, I have endeavoured to look beyond these broad-brush explanations, seeking instead the more nuanced, individual stories that the evidence suggests.

It is tempting to attribute the arrival of mtDNA H6a1a8 in the British and Irish Isles to the massive genetic turnover recently identified in Southern Britain between 1000 BCE and 800 BCE. However, that specific migration event left its primary imprint on the South; it fails to account for the Scottish and Irish matches, nor the intriguing Iron Age ancient DNA discovered at North Berwick. Applying Occam’s Razor, I have chosen to follow a more private, individual route into the Isles.

The archaeological record confirms the existence of pan-European networks stretching back to the Bell Beaker period. We see the footprints of these continental connections in the trade of raw materials, prestige artefacts, and the isotopic signatures of the dead. We know, for instance, that high-status Bell Beaker individuals in Southern Britain often spent their childhoods in the Upper Rhine or Alpine regions.

These networks did not wither; they flourished into the Iron Age. Parallel to any large-scale movements, there has always been a "trickle" of personalised migration—most notably through the movement of high-status brides. In tribal diplomacy, women were the essential ambassadors, moving between elite households to cement alliances. This "bridal transit" provides a far more elegant rationale for the dispersal of a specific, high-status maternal lineage than the blunt instrument of mass migration. It is the story of a lineage carried not by an army, but by a single woman of influence.

The Last Migration Map. Source ©  OpenStreetMaps Modified by myself. From this point forward my matrilineage settles to the present day.

The Invisible Century: Life in the Brecks, 550 BCE

Painting a picture of Early Iron Age Britain is a challenge of shadows. We stand between two high-visibility eras: the Late Bronze Age, with its glittering rapiers and socketed axes, and the Late Iron Age, defined by the soaring ramparts of hillforts and the intricate swirls of La Tène art. Yet the mid-6th century BCE feels like an archaeological vacuum—a time when the "players" remained nearly invisible to history.

In 550 BCE, the British roundhouse was a quiet evolution of its Bronze Age predecessor—sturdy, thatched, and practical. In the sandy landscapes of the Brecks, the rhythm of life was dictated by the flock. Sheep were the backbone of the economy, providing wool, milk, and meat. Interestingly, despite the dawn of the Iron Age, the "clink" of the flint knapper still echoed across the farmsteads. Iron was a prestige metal for the elite; for the common person, the ancient skill of working local flint remained a daily necessity.

My ancestor’s journey likely culminated here, in the region encompassing modern-day South-West Norfolk and West Suffolk. Following the tributaries of the Ouse, she would have entered a landscape that was already becoming a focus of regional power. While the massive ramparts of Thetford Castle Hill were a development of the centuries to follow, the seeds of that importance were already sown.

The presence of sites like the Barnham Enclosure—with its distinct, almost continental geometry—suggests that this was not an isolated backwater. To a woman from the Alpine heartlands, the emerging enclosures of the Brecks might have felt like a familiar attempt to impose order on a wild landscape. She was a pioneer of the "High Status" network, a visible presence in an invisible age, bringing continental sensibilities to a land of flint and wool.

Barnham Enclosure. A double-ditched trapezium shaped Late Iron Age feature in West Suffolk.

My 105 times great-grandmother in 800 BCE. Hallstatt C culture, in the Eastern Alps (Austria ). As visualised by Google Gemini AI.

The Salt Kingdoms: From Bronze to Iron

These people descended from earlier Central European lineages—the Corded Ware and Únětice cultures—which evolved through the Tumulus and Urnfield traditions before crystallising into the early phases of the Hallstatt. The Hallstatt economy was bolstered by a sophisticated prehistoric salt-mining industry and the expansive trade networks it triggered. The creamy, translucent mineral salt they produced has been preserved deep within the Alpine peaks for millennia, serving as both a vital preservative and a high-value currency.

As the Urnfield period gave way to the Hallstatt culture around 800 BCE, this salt-driven wealth sparked a social revolution. The "Hallstatt phenomenon" was not merely a change in pottery style, but the birth of a new, ostentatious aristocracy. Control over the salt mines allowed local chieftains to trade with the Mediterranean world, swapping Alpine minerals for Greek pottery, Etruscan bronze, and silken finery. This influx of luxury goods transformed the social landscape, shifting the focus from communal Urnfield burials to the monumental "princely" mounds that define the Hallstatt period.

The phenomenon was also defined by a technological leap: the mastery of iron. While the earlier Unetice and Urnfield cultures were masters of bronze, the Hallstatt elite were among the first in Central Europe to wield long, heavy iron swords. These weapons, along with the iconic four-wheeled wagons found in their tombs, suggest a society geared toward status, ritual, and territorial control. It was a culture of "conspicuous consumption," where wealth was not just hoarded, but displayed in life and buried in death.

Yet, even as these iron-wielding elites built their hillforts and established their trade routes, the underlying genetic story remained one of slow, steady continuity. The grand political shifts from the Bronze Age to the Iron Age were like waves on the surface of a deep ocean; beneath them, the maternal lineages—the mtDNA—remained anchored to the land. The "Hallstatt Celt" may have been a new cultural mask, but the faces behind it were the descendants of the same salt-miners and farmers who had walked those Alpine valleys for generations.

My 160 times great-grandmother. Early Bronze Age 2200 BCE. Únětice culture. Moravian Gate (Czech Republic). As visualised by Google Gemini AI.

Tracking the Journey of mtDNA H6a1a8: From the Steppe to the British Iron Age

I have spent a great deal of time tracing the path of my maternal line (mtDNA) as it moved from the Yamnaya Horizon into Central and Western Europe. Initially, I assumed a direct route toward the Rhine Delta (modern-day Netherlands) and the Bell Beaker Culture, eventually crossing the English Channel into Southeast Britain. I even researched this event extensively and commissioned AI imagery to bring that story to life.

However, after deeper reflection, I’ve refined my hypothesis. While the "Bell Beaker route" explains the massive migration into the British Isles, does it perfectly fit the specific evidence for the H6a1a8 lineage? My conclusion: it’s possible, but perhaps unlikely. While not everyone may agree, I am following a more nuanced, personal hypothesis based on the latest data.

The Evidence in the DNA

Looking at my modern-day matches on FTDNA for H6a1a8 (including my specific haplotype, F8693412), a pattern emerges. My closest matches are concentrated in Britain (England and Scotland), Ireland, Austria, and Hungary, with more distant matches appearing in Finland.

The estimated TMRCA for H6a1a8 is rounded to 750 BCE, though the scientific range spans from 1230 BCE to 238 BCE. Crucially, I share ancestry with two ancient H6a1a8 samples from Iron Age Scotland:

• Sample I16495 (North Berwick): A teenage girl (16–18 years old) who lived between 196 BCE and 3 CE.

• Sample I16413 (North Berwick): A woman who lived between 44 BCE - 117 CE.

• Context: They belonged to the Iron Age British cultural group in what is now East Lothian (Patterson et al., 2022).

While the 750 BCE estimate is a helpful benchmark, it is not "set in stone." Given that the North Berwick samples are already fully developed H6a1a8, our common ancestor likely lived several centuries earlier than the rounded average suggests.

My Conclusions

Taking this data into account, I have reached the following conclusions for my lineage:

1. Pre-Saxon Roots: My H6a1a8 lineage entered Britain long before the Anglo-Saxon or Anglo-Danish migrations of the Early Medieval period. Despite my East Anglian descent, my "motherline" is "old stock"—likely Romano-British or Iron Age.

2. A Continental Origin: Although H6a1a8 is common in Britain and Ireland today, it likely originated on the Continent. Based on the distribution of matches, the original point of diffusion—spreading to Ireland, Britain, Hungary, and Finland—was likely the region of Austria (the heart of the Hallstatt culture).

3. An Iron Age Legacy: I now view H6a1a8 as a distinct mtDNA expression of the European Iron Age.

This is the framework I will use to tell the story of my ancestors' journey from this point forward.

Source ©  OpenStreetMaps Modified by myself.

Images of my 190 times great-grandmother as visualised with a lot of prompting and correcting by Google Gemini.

Meet my 180th great-grandmother. Her personal name is Hen-at-yah. We can reasonably speculate on this because she almost certainly spoke an Indo-European language—the ancestor to most modern European tongues. The year is 3000 BCE, and she belongs to the archaeological group known as the Yamnaya culture. Her mitochondrial DNA (mtDNA) haplogroup is H6a1.

Beside a wagon burial, Hen-at-yah bids farewell to her late husband. She is now the widowed matriarch of her family. Her husband’s remains will be covered by a massive mound of earth—a kurgan—serving as a permanent memorial to a great man. Wherever these people have roamed across the Pontic-Caspian steppe, they have left the landscape littered with these monumental burial mounds.

They are a metalworking people who long ago mastered copper and are now experimenting with its alloys. Living along the "Steppe Corridor," they have been exposed to innovative ideas from both east and west. They have adopted sheep, goats, and cattle from the Fertile Crescent south of the Caucasus, and from the same regions, they refined their metallurgical skills.

Crucially, they have utilised the first domesticated horses of the Eurasian steppes and combined them with the invention of the wheel to create their own wagons. These are a nomadic people; their wealth lies in their livestock, and they roam the endless grasslands to guide their herds. In this mobile, pastoralist economy, their wagons are not just tools—they are the very foundation of their way of life.

Source ©  OpenStreetMaps Modified by myself. Lines represent possible migrations. Also indicated is the discussed migration from what North Moldovia, to the Pannonian Plain of Hungary.

Hen-at-yah buries not only her husband but also her connection to the vast grasslands her family has roamed for generations. The Yamnaya have mastered the exploitation of dairy; this nutritional breakthrough has led to a surge in population, and with it, intensifying disputes over grazing rights. She has heard travellers' tales of a great plain far to the west—a place of lush grasses sheltered by mountains. Hen-at-yah promised her late husband that she would lead their folk to this whispered paradise.

This "plain" is the Pannonian Plain in modern-day Hungary. Her journey represents the monumental migration of nomadic herders from the Pontic-Caspian steppes into the heart of Europe. Most modern Europeans of local descent carry a significant genetic legacy from this event:

Region	Estimated Yamnaya DNA	Typical Populations
Northern & NW Europe	38% – 50%	Norwegians, Scots, Irish, Icelanders
Central & Eastern Europe	30% – 40%	Germans, Poles, Lithuanians
Southern Europe	18% – 32%	Greeks, Spaniards, Mainland Italians
Mediterranean Islands	2% – 12%	Sardinians, Sicilians, Maltese

The most common Y-DNA haplogroups of European males—dominant even in Western Europe—are direct descendants of R1 (R-M173), a lineage that arrived with the Yamnaya Horizon.

Whether measured by autosomal DNA (general ancient ancestry) or Y-DNA haplogroups, Western Europeans—particularly those from the North West—possess substantial Steppe ancestry that reached Europe between 3000 and 2500 BCE. On my direct paternal line, I am an exception; my yDNA arrived from south of the Caucasus in South West Asia much later. However, my mtDNA (mitochondrial DNA), inherited through my direct maternal line, did arrive during this Chalcolithic migration. H6a1 is effectively the maternal sister-line to the R1a and R1b paternal lineages that reshaped the continent.

They had lived on the Pontic-Caspian steppes, developing a distinct economy and a subsequent culture. Their belief systems, concepts of wealth, and social structures were perfectly adapted to that expansive environment. They brought to Europe more than just their DNA and the Indo-European languages (the ancestors of modern English, Gaelic, German, French, Spanish, Italian, and Russian); they brought a technological revolution.

With them came advanced skills in working copper, gold, and bronze. They brought the wheel and, almost certainly, the horse. They also introduced new religious beliefs centred on celestial deities: the sun god and the storm gods of the vast, open steppe sky. These were the myths and rituals they practised while huddled around campfires, carryovers from a world where the horizon was endless.

Images here are visualisations by Google Gemini

Meet a great-grandmother from 250 generations ago. She carries the mtDNA haplogroup H6, or perhaps H6a, in trillions of her cells. She is a descendant of the 'Basal Helena' we met in the Levant 25,000 BCE. But this grandmother lives on the banks of the Volga, in what is now southern Russia, and the date is 4,500 BCE.

5,000–4,500 BCE), the Khvalynsk culture

Source ©  OpenStreetMaps Modified by myself.

She is no longer a nomad of the caves. Here she belongs to a world of copper, cattle, and sheep—the first great social hierarchies of the steppe. The ancient spark from the Levant has adapted to the cold winds of the north.

Our 250-times great-grandmother is not a wife of the Fertile Crescent Neolithic, nor have her people abandoned their Eastern Hunter-Gatherer roots. Instead, they have adapted to a way of life unique to the steppe. The herds they once hunted, they now master. They take from the Fertile Crescent what they need—sheep and cattle—but they do not toil the soil. They are women of the great Eurasian Steppe. They are becoming the great pastoralists; the herders of the endless grasslands

This ancestor belongs to an archaeological layer which Russian researchers have named the Khvalynsk culture. It is a period defined by a pivotal shift: the move away from hunting, fishing, and foraging towards the pastoral herding of cattle, sheep, and goats.

These herds introduced the concepts of private property and surplus value to their economy—a newfound wealth that seems to have stratified their society. While some of their graves were laden with status objects, such as polished stone maces and copper bracelets, rings and pendants, others remained starkly bare.

The Great Eurasian Steppe serves as the continent's primary thoroughfare. Across these vast grasslands, new cultures, languages, and peoples—alongside their livestock and technologies—surged east and west, linking Europe, the Caucasus, and Central and East Asia. The people of the Khvalynsk culture were a product of this flux, carrying the genetic heritage of several previously isolated populations. These included hunter-gatherer groups local to the East Europe and the Eurasian Steppe, from the Caucasus, and from as far away as Siberia. Our 250th great-grandmother’s matrilineal lineage once resided on the Iranian Plateau before embarking on an arduous trek far to the north. Her arrival on the Volga helped forge a new way of life, blending southern traditions with the rugged spirit of the northern plains.

The Dance of Cogul, tracing by Henri Breuil.

A Timeline for my ancestry based on current evidences.

3,000,000 years ago.

In Africa.  Eastern and / or maybe Southern Africa.  Hominids.  We call them Australopithecines, and in some ways, they resembled modern chimpanzees but that were adapting to walking upright bipedally, in open environments.  They made stone tools.  They had an omnivorous diet.  They were my ancestors three million years ago.  As they were for all of us.  Natural Selection was the big, very slow kicker for prehistory.  Things changed very, very slowly,

200,000 years ago.

The first hominids that are regarded rather loosely as Anatomically Modern Human emerging in Africa.

At this time, most of my ancestors still lived in Africa, but some of my non-anatomically modern ancestors had already migrated out of Africa, and had dispersed across Eurasia for some time.  They included those archaic humans that anthropologists presently call Neanderthals and Denisovans. 

50,000 years ago.

Most likely by now, most of my hunter-forager ancestors had left Africa.  An early out-of-Africa base appears to have been Arabia and the Middle East.  Some of my ancestors had met now, after long family separations (I have 328 Neanderthal variants in my DNA, according to 23andMe), it was the birth of the Eurasians.  The last Ice Age encroached.

14,000 years ago.

People had been learning to live with the climatic fluctuations of the last Ice Age.  Each hardening of climatic conditions had frozen Eurasian human populations into isolated conditions that increased genetic drift.

Where were my hunter-forager ancestors 14,000 years ago?  Most likely in pockets dispersed across Western Eurasia, from South-West Europe, across to Central Asia, and from Arabia up to Siberia.  My direct paternal (Y-DNA line) ancestor at this time, most likely lived somewhere between what today is Syria, and Pakistan.  He could for example, have been an ibex hunter in the Zagros Mountains of Iran.  My direct maternal ancestor (mtDNA line) most likely lived in another pocket of hunter-foragers somewhere in Central Asia, such as what is now Kazakhstan, Afghanistan, the Siberian Plain, or nearby.  Some of her, or other of my ancestors at this time, had shared ancestry with a Siberian tribe of mammoth hunters, that archaeologists now call the Mal'ta–Buret' culture.  Other of my ancestors of this time may have most likely lived in the Caucasus, Southern Europe, Middle East, and Arabia.

5,600 years ago.

Many people in Western Eurasia were adapting to a new way of living, where farming and agriculture, with a range of domesticated species of animal and plant were spreading, often carried along in waves that are marked in our DNA.  The Neolithic Revolution that had affected my ancestors had occurred a few thousand years earlier in South-West Asia, in an area that we call the Fertile Crescent - the Levant, and down the Tigris and Euphrates river valleys. Some of my ancestors may have been early pioneers of this new way of life in the Middle East.

My direct paternal (Y-DNA line) ancestor may have lived in one of the Uruk farming settlements in Babylonia, or could have been a Neolithic farmer in a number of cultures spread across what is now Iraq, Iran, or Pakistan.  He alternatively could be one of a number of specialists that early civilisation was generating - a potter, a weaver, or a miner.

My direct maternal line had drifted out of Central Asia, and onto the Eurasian Steppe Corridor.  My mtDNA ancestor was most likely living now on the Pontic and Caspian Steppes - what is now Ukraine, Southern Russia, or Kazakhistan.  Her people would have most likely herded domestic livestock including horses, cattle, goats and sheep.  They were mastering the horse and using the first wheeled wagons. On the Steppe corridor, they had access not only to trade with the civilisations south of the Caucasus, but to other cultures, and their materials.  They were experimenting with some of the earliest metallurgy including copper working.

Asides from her, I most likely had a number of other ancestors living in these pastoralist cultures on the Steppes at this time. Perhaps around 28% of my ancestors 5,500 years ago, lived there.

Other ancestors of mine at this time, were dispersed across Europe.  They include the Neolithic European farmers.  They had descended largely from populations that had previously lived in the Levant and Anatolia (what is now Turkey and the Middle East).  Some of my Neolithic European Farmer ancestors could have even lived in Megalithic Britain, but most likely, many of my European Neolithic ancestors lived elsewhere on the Continent, in for example, the Rhine valley, Danube valley, Italy, or Iberia.  Many of them had ancestry that had hopped westwards along the Mediterranean, the first farmers from Anatolia and the Levant (50% of my ancient admixture), but with a smaller admixture of hunter-gatherer ancestors that had previously lived in Europe (12% of my ancient admixture). Did this 12% admixture include the surviving DNA of any of the last Mesolithic hunter-gatherers of the British Isles?  I'd like to think so, but possibly not.

4,600 years ago.

My Copper Age, horse riding Steppe ancestors had migrated westwards into Europe.  There they had admixed with the earlier European Neolithic people.  Their DNA appeared in a Copper Age fusion culture across Central Europe (Poland, Germany, Czech, Slovakia, Hungary, etc) that we call the Corded Ware Culture.  My direct maternal ancestors (mtDNA line) were most likely of that culture for a time.  Their mtDNA markers turn up associated with it.

Aside from her, some of my other ancestors would have been in the Corded Ware Culture.  However, the westward movement of DNA from the Steppes didn't end there.  In Western Europe, it triggered the birth of another culture, that archaeologists call Bell Beaker Culture.  Much of the Y-DNA of the Steppes, was carried into the Rhineland Bell Beaker men.  Some of my ancestors could have belonged to the Bell Beaker culture in Iberia, or Western France.  However, what is more likely is that at least some of them belonged to the Bell Beaker culture that had settled in the Lower Rhine Valley (The Netherlands and NW Germany).

Many of my ancestors at this time may have played a part in the Corded Ware and Bell Beaker cultures of Europe.  mtDNA (H6a1 and H6a1a) very close to my direct maternal line has been found in both cultures, including in a Bell Beaker context in the Netherlands.

My direct paternal (Y-DNA line) ancestor was an exception.  He most likely was living somewhere around what is now Iran, possibly as a farmer in the Bronze Age civilisations there.  Ancestors in Southern Europe were less affected by the Copper Age Steppe migration event (mainly in their Y-DNA), and continued to carry mainly Neolithic European Farmer DNA in their autosomes.

3,600 years ago.

I want to just stop here, to record that some of my Bell Beaker Culture ancestors had crossed the North Sea from the Lower Rhine (Netherlands) to settle in South East Britain.  Their descendants were living in Bronze Age Britain.  I can't say with any degree of certainty, if my direct maternal (mtDNA line) ancestor was a part of this migration, or whether her line was still on the European Continent, and crossed later.  Either are equally feasible.   I would have had other ancestors, perhaps the majority at this time, scattered across the European Continent, but most likely, some in what is now Germany, France, Scandinavia, and Southern Europe.

My direct paternal (Y-DNA line) ancestor was most likely still in the area of Iraq, or Iran. Perhaps for example, he was an Assyrian.

2,600 years ago.

I'd estimate that perhaps around 38% of my ancestors were now living in Iron Age Britain.  My Iron Age British ancestors would have lived in the round houses and would have farmed the land.    Some people refer to the culture of the British Isles at this time as Celtic.  Some of my ancestors may well have belonged to a tribal federation, that was later known as the Iceni.

This may or may not have included my direct maternal (mtDNA line) ancestor, who could have been a Briton, but may have equally lived along with many of my other ancestors - in an Iron Age Germanic culture in the Netherlands, Northern Germany, or Denmark. Others may have lived further to the south and west in Europe in other cultures  such as the Gauls.  I have a great great great grandparent from Switzerland.  His ancestors at this time, could have been dispersed through a number of tribes across Central and Southern Europe.

My direct paternal (Y-DNA line) ancestor was most likely still in the area of the Middle East, or Iran. Perhaps for example, he was a subject of the Persian Empire.

1,700 years ago.

Lets stop here a moment.  Roman Britain.  Perhaps 40% of my ancient ancestors living here at the time.  Britain had been occupied by the Western Roman Empire for some time.  My ancestors in Britannia would have very much identified as Romans, although they largely descended from the Iron Age Britons. However, there were traders, soldiers, and merchants from further afield here.  That might have even included my direct paternal (Y-DNA line) ancestor, that could for example, have traveled to Southern Britannia from Assyria or Persia, or perhaps even from the Eastern Roman Empire in Anatolia and the Levant.

Meanwhile many of my ancestors were living in Germanic pagan tribes across the North Sea in what is now the Netherlands, Northern Germany, and Denmark.  Others may have been living in Roman Gaul, Tuscany, or elsewhere on the Continent.

1,000 years ago.

I believe that the majority of my ancestors now lived in early medieval southern Britain, although some may have still lived further to the south in places such as Netherlands, France, Switzerland, Spain, or Italy.  If he didn't arrive earlier, perhaps my direct paternal (Y-DNA line) ancestor arrived in Wessex about now, as for example, a specialist from the Middle East, working for the Roman church.  Many of my ancestors in South-East Britain had arrived from across the North Sea over the preceding centuries, with Germanic tribes such as the Angles, Frisians, Danes and Saxons.   Archaeological artifacts in Norfolk correlate best with some sites in Northern Germany, towards the border with Denmark.

This would have included Anglo-Saxon ancestors of my mother, that most likely rowed past the decommissioned Roman shore fort at Burgh, and perhaps moored at Reedham.  It may have included Danish ancestors of her that a few centuries later settled the district of Flegg in East Norfolk.  DNA shared on the Continent in places such as modern day Germany, Netherlands, France, Belgium, and Denmark reflects strongly in my ancestral DNA tests.  Much of it may have arrived during these early medieval immigration events.

My direct maternal (mtDNA line) would most likely be in East Anglia or nearby by now.

500 years ago.

Exchange between South East Britain and the European Continent didn't end.  It is possible that I had more ancestors arrive here from Normandy, Medieval France, and the Spanish Netherlands.  However by 500 years ago, It is possible that most of my ancestors now lived in Tudor England.  There would most likely still been a minority of later ancestors migrating from elsewhere, although I so far only see one great great great grandparent from Switzerland, in my genealogical record.  It is likely that my direct paternal (Y-DNA line) ancestor was living in Southern England, and that my direct maternal (mtDNA line) ancestor was living in East Anglia.   I trace his line back to the Oxfordshire / Berkshire border, and her line back 300 years ago to the village of Bunwell in Norfolk.

It is likely that the majority of my Tudor ancestors were living in East Anglia by now, particularly in the County of Norfolk.  Many of the men would be transitioning from medieval peasant status to that of free rural labourers or some into farmers or tradesmen.

300 years ago.

It is highly likely that by now, all of my ancestors (except the Swiss line at Generation 6, arriving 160 years ago), lived in South-East England.  The majority in Norfolk, East Anglia, perhaps as high as 77% East Anglian, also a cluster in the Thames Valley of Oxfordshire and Berkshire, and a smaller cluster around Lincolnshire and Northamptonshire.

Their trades included agricultural labourerers, shepherds, horsemen, marshmen, smallhold farmers, watermen, carpenters, inn keepers, hawkers, etc. They were the English rural working classes of the 18th Century.

Their recorded surnames included:

Moore, Gunton, Mar, Mollett, Portar, Beck, Breeze, Cruchfield, Lewell, Mingay, Wittham, Thurkettle, Gardiner, Ursul, Upcroft, Neale, Neville, Hammond, Bennett, Read, Bradfield, Aimes, Sniss, Wick, Bligh, Frances, Rippon, Saunderson, Goodram, Seymore, Waine, Blaxhall, Jacobs, Yallop Brucker, Gregory, Hardiment, Hardyman, Briting, Hill, Harrison, Brown, Harding, Creess, Tovel, Osborne, Nichols, Bond, Bowes, Daynes, Brooker, Curtis, Smith, Baxter, Shawers, Edney, Tovell, Key, Tammas-Tovell, Thacker, Lawn, Tammas, Hagon, Hewitt, Springall, Porter, Rose, Larke, Annison, Barker, Brooks, Ling, Rowland, Gorll, Dingle, Marsh, Symonds, Dawes, Goffen, Waters, Briggs, Nicholls, Shepherd, Maye, Morrison, Merrison, Norton, Cossey, Harrington, Barber, Peach, Dennis, Durran, Freeman, Hedges, Crutchfield, Quantrill, Page, Dove, Rix, Sales, Britiff, Goffin, Coleman, Tibnum, Mitchells, Ellis, Beckett, Riches, Snelling, Ransby, Nicholes, Harris, Shilling, Wymer, Moll, Ginby, Gynby, Gaul, Edwards, and Gall.

I just see so many misunderstandings on genetic genealogy and DNA test forums concerning mtDNA haplogroups, that I feel compelled to try to explain.

DNA testing businesses tend to dumb down a lot of information for their "audience".  I feel that this actually increases misunderstandings, and mtDNA haplogroups are a good example.  Rather than use the lengthy description mitochondrial DNA, or even it's shortened mtDNA, businesses describe it more frequently as Mother Line, or Maternal.  It misleads so many of their customers.  So let us put this straight:

• A haplogroup is a  "combination of alleles at different chromosomes regions that are closely linked and that tend to be inherited together"  A series of mutations, that are inherited across generations.
• mtDNA are a series of mutations within the DNA of mitochondria.  Mitochondria exist outside of a cell nucleus.  They have their own independent DNA, apart from the nuclear chromosomal DNA that dictates how we develop, what we are.  We all have mitchondria, in most of our cells.  They actually serve a function by processing energy.
• As humans, we use nomenclature to group those mutations within a family tree of humanity.  My mtDNA mutations fall within Haplogroup H.
• mtDNA cannot be passed on to future generations by males.  it is passed down to the children from the mother only.  I inherit H6a1a8 (my haplotype) from my mother, as do my brother and our sisters.  Only my sisters though will reproduce that mtDNA in their children.  My own children inherited the mtDNA of their mother, not mine.

So what does this mean in practice?

• A Maternal / Motherline / mtDNA Haplogroup does NOT represent your biological ancestry.
• A Maternal / Motherline / mtDNA Haplogroup does NOT even represent your mother's "half" of your biological ancestry.
• For example, your father's mother most likely carried a different mtDNA.  Your mother's father most likely had a different mtDNA haplotype.  Only one of your sixteen great great grandparents passed down their mtDNA to you.
• Instead, it acts pretty much as a single line genetic "marker" that can be traced only along one very narrow, single line of ancestry.  Look at the image at the top of your post.  Do you see?  Just one line of descent. It follows your mother's, mother's, mother line, and so on, all of the way back to a hypothetical "Mitochondrial Eve" 100,000 to 200,000 years ago.
• It is not a tribe, ethnicity, or identity.  It is just the mtDNA genetic marker (Haplotype) that you inherited from your mother.
• It is no good going onto mtDNA genetic genealogy forums and giving the names and origins of ANY direct ancestor, other than a woman (or her children) on that maternal line (mother's mother's, mother, and so on).
• Forget surname studies.  In most western societies, and in many other's, the "family" name is inherited from the father - and follows a completely different course (Y-DNA).  Indeed, the surname of your true mtDNA ancestor changes most generations with marriage.  That is what makes this the most difficult line to trace with documentary methods.
• Although difficult, it is the most true and secure.  Although secret or hidden adoptions can occur, the risk of non-parental events is much lower than for the strictly male line (Y-DNA).
• Mitochondrial DNA mutates at a very slow rate.  This, along with the change in surnames most generations, can make it difficult to use successfully for genetic genealogy.  Many of the mutations are thousands of years old.  Alternatively, it makes it a valuable evidence for tracing ancient ancestry within a population.

That is all that I wanted to say.  it is a fascinating marker, but it is not representative of even 50% of your ancestry, it is not an identity, it is pretty irrelevant to surname (studies), it is inherited only down one narrow line - but all of the way back.

My earliest mtDNA ancestor with a surviving photograph.  My mother's mother's, mother's, mother (2xgreat grandmother), born Sarah Daynes in Norfolk, during 1845.  Her mtDNA would be H6a1a8.  Her mother was born Sarah Quantrill in Norfolk during 1827.  Her mother in turn was born Mary Page in Norfolk during 1791.  Her mother in turn was born Elizabeth Hardiment in Norfolk during 1751.  Her mother in turn (my 6xgreat grandmother) was Susannah Briting, who married John Hardyman in Norfolk during 1747.  If my documentary research along this line is correct, then Susannah inherited mtDNA haplotype H6a1a8 from her mother.