Journals of a Time Traveller

Odyssey of Y explores the plausible migratory routes of the variants expressed on my Y-DNA—a genetic marker inherited exclusively through the paternal line. Conversely, Ovum imagines the potential journeys taken by the variants on my mitochondrial DNA (mtDNA), which is a genetic marker passed down strictly through the maternal line.

As a digital time traveller, I have used haplogroup studies and human population genetics to weave a fictional narrative, illustrated by AI-generated reconstructions. These stories represent only a few possibilities out of thousands, depicting how these genetic markers may have drifted through diverse global cultures before arriving in a modern-day Englishman.

It raises the ultimate questions: Who are we really? And what does it actually mean to be British?

Index

Father-line of an English Time-traveller

Odyssey of Y charts the journey of my Y-DNA, from the Zagros Mountains 25,000 years ago, to my Great Grandfather on the Western Front. It is yDNA haplogroup L. My terminal is Y-DNA Haplogroup L (M20) > M22 > M317 > SK1412 > SK1414 > FGC51088 > FGC 51041 > FGC51036 or simply L-FGC51036.

• Odyssey of Y - Act 1.  25,000 BCE - Baradostian ibex hunters of the Ice Age Zagros mountains (present day Iran).
• Odyssey of Y - Act 2.  18,000 BCE - Zarzian hunter-gatherers of the Zagros
• Odyssey of Y - Act 3.    7,500 BCE - Aceramic Neolithic. Pioneer agriculturalists of the Zagros.
• Odyssey of Y - Act 4.    3,800 BCE - Chalcolithic teller at Godin Tepe in the Zagros.
• Odyssey of Y - Act 5.    2,050 BCE - Bronze Age smith at Bakr Awa, Shahrizor Plain of the Zagros. Visits a Ur III City.
• Odyssey of Y - Act 6.    1,500 BCE - Hurrian merchant takes the lineage westwards to Aleppo, Syria, now under Mitanni control.
• Odyssey of Y - Act 7.         64 BCE - Temple treasurer at Baalat Gebal, Byblos, Roman Syria.

Two alternative routes next follow, Option A Early migration to Britain (Roman) or Option B Late migration to Britain to Britain (Late Medieval). In reality there are countless possibilities of the route to Britain. Here, I give you just two of those possibilities as options. The choice is yours.

• Odyssey of Y Act 8 Option A      235 CE - Early Migration Hypothesis (Roman Empire). A bureaucrat with Levantine roots is posted to Roman Britannia. Political events drives him to seek refuge in the Thames Valley.
• Odyssey of Y Act 9 Option A    1432 CE - Early Migration Hypothesis (continued).  Johannes de la Broke at a manor court

OR:

• Odyssey of Y - Act 8 Option B    1490 CE - Late Migration Hypothesis (Venetian Galley). Fishermen and mariners at Beirut, travels by the route of Venetian galleys to Venice and  onto Southampton, Early Tudor England. 
• Odyssey of Y - Act 9 Option B    1530 CE -  Late Migration Hypothesis (continued). Mariner's son and a wool merchant, takes the lineage from Southampton docks, to the wool producing Hampshire and Berkshire Downs

Either possibility takes us onto the recorded ancestry:

• Odyssey of Y - Act 10.     1746 CE - Recorded genealogy. John Brooker, Copyhold tenant farmer of Long Wittenham in Berkshire, England.
• Odyssey of Y - Act 11.      1916 CE - My great grandfather on the Western Front in World War One.
• Odyssey of Y - Act 12. Finale.        - Summary and rationale for my hypothesis that my "ghost" Y-DNA lineage L-FGC51036 remained for millennia in the Zagros region of South West Asia, before transferring to the Levant, where it later hopped onto Venetian galleys, to leave a son in Southampton, England.

Mother-line of an English Time-traveller

Ovum charts the journey of my mitochondrial DNA, from the Levant 25,000 years ago, to my great grandmother at Southwood Hall Farm in Norfolk. It begins as mtDNA Haplogroup H (Helena) and grows over time to H6a1a8 (F8693412). You could say that it's route over the past 25,000 years has been: H (Clan Helena) > H6 > H6a > H6a1 > H6a1a > H6a1a8 > f8693412

• Ovum - Act 1.    25,000 BCE - Helena, Ice-Age hunter-gatherer mother in the refuge of the Levant.
• Ovum - Act 2.      4,500 BCE - H6/a, early pastoralists and fishing on the Volga (present day South Russian Federation).
• Ovum - Act 3.      3,000 BCE - H6a1 widow in Chalcolithic Yamnaya culture, leading her herding folk westwards towards the Pannonian plain (present day Moldovia to Hungary).
• Ovum - Act 4.      2,200 BCE - Hypothesis for the movement of my lineage, and H6a1/a woman in Bronze Age Únětice culture at Moravian Gate (present day Czech Republic). Two alternative routes next follow - Option A and Option B

Two alternative routes next follow, Option A Late Migration path to Britain (Anglo-Saxon) or Option B Early migration path to Britain to Britain (Earlier Iron-Age). In reality there are countless possibilities of the route to Britain. Here, I give you just two of those possibilities as options. The choice is yours.

• Ovum - Act 5 Option A. 800 BCE - Late Urnfield to Early Hallstatt. Devin Gate, Europe 
• Ovum - Act 6 Option A. 500 BCE - Early Jastorf culture, Altmark, North German Plain
• Ovum - Act 7 Option A. 250 BCE - Late Jastorf and Early Lombard. Elbe. North German Plain
• Ovum - Act 8 Option A. 480 CE - Anglo-Saxons arrive in Tas Valley, East Anglia.

OR:

• Ovum - Act 5 Option B. 800 BCE - Hallstatt C culture, Eastern Alps, Europe.
• Ovum - Act 6 Option B. 550 BCE - Early Iron-Age South East Britain - Rhine Bride.
• Ovum - Act 7 Option B. 55 CE - Iceni. La Tène culture. Late Iron-Age and Roman arrival in Britannia.
• Ovum - Act 8 Option B. 440 CE - Last of the Romano-Britons. Arrival of the Anglians in Tas Valley

Either route eventually takes us to Medieval East Anglia:

• Ovum - Act 9.         1349 CE - Medieval villager in South Norfolk faces loss, grief and hardship from the Great Death of the Plague.
• Ovum - Act 10.       1661 CE - Recorded genealogy.  Generations of yeomanry in the South Norfolk parish of Carleton Rode. Conformist Anglicans and Worstead spinners.
• Ovum - Act 11.        1871 CE - Restored portraits, agricultural labourers and rural poverty. A great grandmother from personal memory. Family tales.
• Ovum - Act 12 Finale.        - My Norfolk mother, the wedding of her parents, ancestral resilience. A research link between my mitochondrial DNA and a resistance to Alzheimer's. 

• Ovum Postscript. Fresh look at the mitochondrial DNA and my variants.

Zen and the Art of the Haplogroup

​Haplogroup testing has slipped somewhat into the shadows following the surge of general autosomal DNA testing. It is a pity, though I suspect haplogroup testing will see a significant resurrection in the future.

​General genetic tests—those examining recombined nuclear DNA in the autosomes (and occasionally the X chromosome)—work well at a continental level and are sometimes slightly more refined. However, their ability to define lineages much deeper than that is often grossly exaggerated. They are also limited to a span of only several generations; beyond that, an individual's specific ancestral signature is inevitably washed out by the tides of recombination.

​I believe you can fool some of the people all of the time, and all of the people some of the time, but you cannot fool all of the people all of the time.

​In comparison, testing for Y-DNA and mitochondrial DNA haplogroups shines in its logic and scientific rigour. Whilst restricted to only one or two narrow lines of descent, these genetic markers are incredibly resilient, carrying us back through the millennia.

​Integrated Ancestral Studies

These studies are not restricted to autosomal DNA alone. They embrace recorded genealogy, genetic matching, and local social and economic history. They draw upon landscape history, prehistory, archaeology, topography, architecture, and the broader context of evolutionary life on Earth.

It is, ultimately, a celebration of the ancestors. It is time travel.

Back to the Future: Time Travel and Haplogroup Index

The Homelands of H6a1a8?

Credit: ©  Although OpenStreetMap Contributors.

These blog posts do not claim to be factual beyond the available written records. Based on the fragments I can glean from Y-DNA and mitochondrial DNA variants—supplemented by evidence from ancient DNA and archaeology—I weave a narrative. To a scientist, this leap of faith might seem heretical. But I am no scientist; I am a Time Traveller, and I claim the storyteller’s right to narrative.

I ask your forgiveness as I spin these stories through a web of ancient cultures. I cannot prove that a specific ancestor belonged to any particular archaeological horizon; I can only suggest what might have been. It is a matter of plausibility, not certainty.

In that spirit, I suggest that the map above—spanning the Alps, the Carpathians, and their surrounding regions—might just be the cradle where H6a1a mutated to become H6a1a8. It is plausible that this was the homeland of my later F8693412 private variant, shared today by an Austrian tester and several English H6a1a8 descendants.

Now, I shall zoom into the Vienna and Danube Basin, focusing on that narrow gap where the river passes near modern-day Bratislava: The Devín Gate.

In 800 BCE, the Danube here was a labyrinth of shifting gravel banks and braided waterways, choked with deadwood. Dense, riparian wild forests of willow and poplar lined the alluvial plains. Bison, aurochs, wolves, brown bears and red deer still frequented the shallows.

Human presence and their mixed agriculture were defined by the archaeological culture known as Urnfield, which was then transitioning into the Hallstatt culture; the local inhabitants likely left traces of both. To the east of the Devín Gate lay the downstream expanse of the Little Hungarian Plain—the Danubian Flat—where vast, wild wetlands dominated the landscape. 

The success of local cultures did not lie entirely with their agriculture. It also lay in their position within Europe—a position that was particularly valuable now, as the first iron smiths arrived to bring the Late Bronze Age to a close. Trade routes brought precious amber down from the Baltic through the Morava River valley; Europe was not some neat division of peoples, isolated from one another. Meanwhile, salt moved north from the Hallstatt salt mines in the Alps. Locals would control these movements and barter for luxuries: textiles, bronze, tin, and wine from the south.

It was this movement of people along established trade networks that could have been responsible for carrying the mitochondrial DNA haplogroup H6a1a8 (including but not only the F8693412 private variant cluster) towards its modern distribution in England, Scotland, Wales, Ireland, the Netherlands, Austria, Hungary, Finland, and Sweden (note* ftDNA maps). Central to that distribution is my proposed homeland. Trade routes across different ages may have helped to carry H6a1a8 through various successive cultures; I perceive mtDNA haplogroup H6a1a8 to be intrinsically connected to the European Iron Age.

This movement of peoples across the Continent and even into the British & Irish Isles, offers one explanation of the distribution of a haplogroup, that Family Tree DNA currently dates to a TMRCA (Time of Most Recent Common Ancestor) of 761 BCE - representing a range of between 1230 BCE and 328 BCE.

Although the people who lived here at this time were to be increasingly identified as belonging to Hallstatt Culture, their Urnfield practices continued.  Almost all of their dead were cremated, cheating modern geneticists of their ancient DNA. The ashes of their loved ones were then placed in distinctive urns, which would be buried in vast urn fields, devoid of mounds.

Their settlements were often small, open villages located on fertile river terraces. Within timber-framed longhouses and pit-houses, walled with wattle and daub, they lived under roofs of thatched reed harvested from the wetlands. There is archaeological evidence that the walls of the houses may have been decorated with red or geometric patterns (triangles or spirals).

However, people were just beginning to move back up onto the Devín and Braunsberg heights for protection as social tensions rose. Society was becoming "heroic" in the Homeric sense; power was held by local "big men" who proved their worth through feasting and gift-giving. Into this mix, the new technology of iron was arriving.

Interestingly, ancient DNA studies from the broader Iron Age suggest that many of these communities practiced matrilocality or maintained strong maternal clan structures. The women here may have been the permanent heart of the community, while men moved between tribes to forge alliances.

There were also larger hillforts, such as those crowning the heights of the Devín Gate. These forts featured box ramparts that would have appeared as massive white or grey stone walls from a distance. Here, the chieftains and elites resided.

These people loved colour. They used natural dyes such as woad (blue), madder (red), and weld (yellow), and plaid-like patterns (checked weaving) were already in use. Jewellery was bold—heavy bronze neck-rings (torcs) and "spectacle" fibulae (large brooch-pins made of coiled wire).

Perhaps, my one hundred-times great-grandmother was here? Maybe that is her weaving above? My mtDNA H6a1a8 ancestor.

GO TO NEXT ACT OPTION A - Early Jastorf culture, The Elbe, Altmark, North German plain. 500 BCE

Back to the Future: Time Travel and Haplogroup Index

Back to the Future: Time Travel and Haplogroup Index

Copyright Source ©  OpenStreetMap contributors.

The map above highlights the area discussed in this post: Altmark, situated around the River Elbe on the North German Plain. In this post, I am exploring the journey of my matrilineage, defined by the mitochondrial DNA haplogroup H6a1a8 (specifically the private variant cluster F8693412).

This lineage could, of course, have arrived in East Anglia via several routes; I am presenting only two. In Option B, the lineage arrives via a Hallstatt bride reaching South East Britain during the Earlier Iron Age. Here, in Option A, I follow an Anglo-Saxon route. In this scenario, the lineage moved northwards from an Eastern Alpine origin and, by 500 BCE, existed within the early Jastorf culture along the River Elbe.

The Jastorf archaeological culture is often seen as connected to the emergence of later, Germanic peoples.

Did my ninety-times great-grandmother live among these people?

The Environment The landscape is a mosaic of sandy pine barrens, fertile loess soils ideal for agriculture, and the wide, unpredictable floodplains of the River Elbe. This low-lying, sandy plain is dissected by numerous tributaries, making settlement a matter of strategy. Communities cling to the ‘islands’ of higher, drier ground (Geest) to escape the seasonal flooding of the marshlands.

Climate The ‘Subatlantic’ climatic phase has taken hold; consequently, it is cooler and wetter than in previous centuries. This persistent dampness dictates every facet of life, from the construction of houses to the specific crops sown. For the Jastorf farmers, floods are a frequent and formidable seasonal hazard.

Jastorf and the Three-Aisled Longhouse

​The social unit is centered on the Three-Aisled Longhouse. These are impressive timber-frame structures with wattle-and-daub walls and thatched roofs. They are a shared space: Humans and livestock live under one roof. The cattle occupy one end, their body heat helping to warm the central living area where the hearth fire never truly goes out.

Subsistence: These are skilled farmers. They grow emmer wheat, barley, and millet, but there is an increasing reliance on flax (for linen) and gold-of-pleasure (for oil).

​Hardiness: Life is a constant negotiation with the soil. They supplement their diet with intensive foraging for acorns, hazelnuts, and wild berries.

This is a largely egalitarian, tribal society, but "big men" or local chieftains are again beginning to emerge. 

​The Cult of the Dead: Cremation is the standard. The ashes are placed in ceramic urns and are also buried in vast "urnfields." In the Altmark, these cemeteries are often reused for generations, creating a deep sense of ancestral continuity.

The Sacred Bog: The surrounding wetlands are seen as portals to the divine. It is common to deposit "votive offerings"—fine pottery, weapons, or even sacrificed animals—into the peat as gifts to deities that govern the rain and the harvest.

Back to the Future: Time Travel and Haplogroup Index

This is an AI restoration of a photograph of my great-great-grandmother, Sarah Ann Thacker (née Daynes), sitting with my great-great-grandfather, George Thacker. Sarah was born in 1849 at Besthorpe, Norfolk, close to where her ancestors had long resided in Carleton Rode and Bunwell.

The grandeur of this studio portrait is somewhat misleading. Since the time of her own great-great-grandmother in the late 17th and early 18th centuries, the carriers of our H6a1a8 mtDNA matrilineage had suffered a marked decline in economic and social status. This decline was mirrored across my entire family tree between the 1770s and the 1870s. Parliamentary enclosure, the New Poor Laws, and the exploitation of the North American plains and Russian steppes squeezed these descendants of the medieval period. They were transformed from free tenants, yeomanry, and copyholders into the impoverished ranks of 19th-century agricultural labourers. In the process, they lost their ancient ties to the land and were forced to avoid the workhouse by selling their labour to the few who retained ownership.

These were harsh times, and they were not always accepted passively. Some of my non-mtDNA ancestors were involved in the 1830 Swing Riots. Others ended up in Union workhouses or prisons, while many emigrated to northern cities (frequently Hull), moved to London, or headed abroad. The story of my East Anglian ancestry, including my mtDNA matrilineage, is one of resilience and fortitude. We are descended from the small minority who stayed put.

This is an AI restoration of a photograph of my great-great-grandmother in her later years. I imagine the cottage behind her was at Green Lane Farm, Rackheath, Norfolk.

Impoverishment had stimulated movement. Sarah married George Thacker, who lived in Rackheath—a rural Norfolk parish on the opposite side of Norwich—and moved there to join him. For many years, they lived at Green Lane, where they raised no fewer than ten children between 1871 and 1893.

A somewhat cruel story is attached to Sarah’s memory. Family folklore suggests she was a strict disciplinarian. It is said that when she had to leave the children unattended, she would tie them to chairs with strands of cotton. Upon her return, if the threads were broken, she would physically punish them. "Granny Thacker by name, thacker [to hit] by nature," goes the family saying.

She passed her mtDNA down to my great-grandmother, born in 1878 and named Drusilla Caroline Thacker.

This is another AI restoration; from my own memory, I remember that face well. This is Caroline (who preferred it to Drusilla)—Caroline Tammas-Tovell by nature. I have had Gemini place her in front of Southwood Hall Farm, Southwood, Norfolk, because once again the matrilineage moves across the county—this time to the loamy soils of East Norfolk. There, she married into a rural, working-class family whose roots had been established on the edge of the Halvergate Marshes and along the River Yare for several centuries.

As I mentioned, I knew my great-grandmother before she passed away in 1971. I would meet her at my grandmother’s house; as a child, I was in awe of the fact that she had grown up in the age of Queen Victoria. It felt like an early taste of time travel. She would pay me a pre-decimal sixpence to kiss her. Strangely, I can still recall her voice.

My own mother grew up in the Southwood and Hassingham area of East Norfolk, where, in time, she met my father, who hailed from East Dereham in Mid Norfolk. This brings me to the end of my "Ovum tales" of mitochondrial ancestry: from Helena in the Levant, 25,000 years ago, to Norwich, Norfolk, sixty years ago—and onward through the younger generations. The "Selfish Gene" continues its long story.

GO TO THE NEXT ACT - Finale. Weaving it together

Back to the Future: Time Travel and Haplogroup Index

Back to the Future: Time Travel and Haplogroup Index

It is now 26 December 1661, the date of the baptism of my eight-times great-grandmother, Anne Carter, at All Saints, Carleton Rode, Norfolk. Although the images in this post are AI-generated, the records themselves are authentic. With this entry, our mitochondrial DNA H6a1a8 trail officially enters my recorded genealogy.

As can be deciphered in the Carleton Rode baptism register shown above, her father was named Richard Carter. In keeping with the social conventions of the time, the family was not regarded as prominent enough for the cleric to record the name of her mother.

Anne (or Ann) Carter married Robert Smith of Carleton Rode, Norfolk, on 26 May 1683. The ceremony did not take place at their local parish church; instead, they obtained a licence and travelled 15 miles to be married at St Stephen’s in the city of Norwich.

The use of a marriage licence and the journey to a prestigious city church suggest a "middling sort" status. Her family likely possessed the financial means and social literacy required to navigate legal systems beyond the village level. Despite the rise of religious Dissent in the area, Anne's consistent presence in the parish registers suggests Conformist Anglicanism. She probably valued the legal and social security provided by Church of England registration. Consequently, it is highly likely that Robert and Anne Smith (née Carter) belonged to the 17th-century yeomanry, consisting of freeholders or prosperous tenant farmers.

The couple raised five daughters in Carleton Rode: Climence (1684), Anne (1686), Dorothy (1690), Thomazin (1692), and Elizabeth (1695). As there are no surviving records of sons, it appears the Smith household was predominantly female.

Anne lived in the shadow of England’s second-greatest city. While she remained in a rural setting, her economic life was tethered to the global success of Norwich’s worsted weaving industry. She witnessed the transition of these villages from isolated hamlets into productive spokes of an early industrial wheel.

Born shortly after the Restoration of the Monarchy (1660) and dying just before the Union of Great Britain (1707), her life spanned the period known as the "Great Stabilisation". Following the upheaval of the Civil War—which her father survived—her era was defined by the rebuilding of traditional structures, such as the Church of England and the local parish vestry.

Anne’s physical world was significantly colder than our own. She lived through the Maunder Minimum, a period of exceptionally harsh winters and erratic harvests. This environmental stress made the "heavy lands"—the dense clay soils of South Norfolk—particularly difficult to farm and navigate. Such conditions likely contributed to the health challenges that led to her death at the age of 44.

Her daughter, Anne Smith, was baptized on 10 March 1687 at All Saints, Carleton Rode, Norfolk. As my 7th great-grandmother, she carried the mtDNA haplogroup H6a1a8, marking a vital link in the maternal line from antiquity to the written record. At age 19, she married John Brighting (also recorded as Briting) on 12 December 1705 at Carleton Rode.

Anne Brighting, née Smith, bore at least seven children baptized at Carleton Rode between 1708 and 1728 before her life was cut short at age 40. The parish burial register reveals a grim winter in 1727; Anne’s entry sits just lines away from Richard and Sarah 'Britling,' both buried within days of one another. This clustering suggests a localized epidemic—perhaps the 'Great Flu' or Typhus that ravaged the English countryside that year.

​Yet, before she was laid to rest, the ancestral chain remained unbroken. She passed our mtDNA H6a1a8 to her daughter, Susanna Briting (baptized at Carleton Rode in 1722), ensuring the 'Helena' lineage survived the hardships of 18th-century Norfolk to reach the present day.

GO TO THE NEXT ACT - The Agricultural labourers of 19th century East Norfolk. 1849 CE

Back to the Future: Time Travel and Haplogroup Index

Back to the Future: Time Travel and Haplogroup Index

La Tène culture.

Meet my 70th great-grandmother. It is 55 CE, and we are standing in the Brecks of Britannia—the wild, sandy heaths of present-day Southwest Norfolk. My matrilineal ancestor is a woman of the Iceni, living within the twilight of the Late Iron Age La Tène culture.

​In the background, a Roman officer watches; for now, the peace holds. But the air is heavy. In this client kingdom, debt is mounting and old freedoms are eroding. Tension is building, and the storm is only a few years away.

The Iceni were a conservative people. Culturally, they remained resistant to the pull of the Roman world at a time when neighbouring tribes were falling over each other to secure trade and diplomatic favour.

​Yet, the Iceni were not entirely immune to the allure of Roman innovation. They took inspiration where it suited them, blending Mediterranean ideas with their own ancient traditions. They minted their own coins, but in a fiercely local La Tène style that favored abstract symbolism over Roman realism.

At Gallows Hill in present-day Thetford, a monumental timber complex had been raised—a site that mirrored the scale of Roman architecture, yet remained built on their own terms. It was civilization, reimagined through an Iceni lens:

Gallows Hill Iceni site in 55 CE as visualised by AI.

Coins were minted at the site, include this Iceni gold stator, found in a Norfolk field by my late father:

Only a few miles away, at Thetford Castle Hill, an Iceni fort had guarded a natural fording place of the Little Ouse River.

This was my ancestor's world. But then 60/61 CE, that world erupted in the Boudiccan Rebellion followed by Roman suppression.

Weaving the story of a matrilineage that will survive many such crises. I have previously blogged extensively on the Iceni in:  The Iceni, their land, their people - Iron Age Britain. Here is a rehash of the introduction:

The Iceni

The Iceni was the name Roman writers gave to a Brittonic tribe, or perhaps a tribal federation, that inhabited modern-day Norfolk and parts of north-west Suffolk and north-east Cambridgeshire. While the name was solidified by Roman historians, its origins are slightly older. Julius Caesar, writing in 54 BC, may have been describing them when he referred to a tribe north of the Thames called the Cenimagni. Evidence for the name is also found in their own archaeology; Iron Age coins minted in the region bear the inscriptions ECE or ECEN. By the following centuries, Roman administration officially recognised their territory as the civitas of the Iceni.

Who were the Iceni?

The Late Iron Age people of Norfolk were primarily an agrarian society, cultivating small fields of wheat and barley. Sheep and cattle were central to their economy, with the region's salt marshes providing excellent grazing.

Archaeologically, the Iceni stand out from their neighbours. Unlike the "classic" Iron Age landscape of Southern England, which featured heavily defended hillforts and ring-ditched enclosures, Icenian settlements appear to have been largely unenclosed farmsteads. This lack of visible defences suggests a different social structure or perhaps a more stable internal peace than that found in the hillfort-heavy West and South.

Living in the Round

Where Icenian farmsteads align with the wider British tradition is in their architecture: the roundhouse. These structures were masterfully adapted for the British climate:

• Structure: A ring of timber posts supported walls made of wattle and daub (woven hazel plastered with a mixture of mud, straw, and animal dung).

• Roofing: A steep, conical thatched roof allowed rain to run off quickly and smoke from the central hearth to vent naturally through the thatch.

• Orientation: Almost universally, the doors—often protected by a small porch—faced south-east. This consistency is so striking that archaeologists believe it was more than just a way to catch the morning light; it likely represented a deep-seated religious or cosmological taboo against facing the cold, dark north-west.

The Boudican Revolt

While the Iceni were a distinct cultural group for centuries, the name is forever synonymous with the event that nearly toppled Roman Britain: the Boudican Revolt.

Boudica (also rendered as Boudicca or the Victorian Boadicea) was the queen of the Iceni during the mid-1st century AD. Following the Claudian invasion of AD 43, the Iceni were one of several tribes that negotiated a surrender, allowing them to remain a semi-independent client kingdom.

However, tension simmered beneath the surface. The Romans established a colonia (a settlement for retired soldiers) at Camulodunum (Colchester) on the lands of the neighbouring Trinovantes. The locals were forced to pay heavy tributes to fund the city and a massive temple dedicated to the deified Emperor Claudius—a stinging symbol of foreign occupation.

The Spark of Rebellion

The crisis peaked around AD 60 upon the death of the Icenian King, Prasutagus. In his will, he left half his kingdom to his daughters and half to the Roman Emperor, hoping to preserve his family's lineage. Instead, the Romans interpreted the king's death as an excuse to annex the entire territory.

When his widow, Boudica, protested, the Roman response was brutal: she was publicly flogged and her daughters were raped. This catalyst united the Iceni in a quest for vengeance. They raised a massive army, joined by the aggrieved Trinovantes, and marched south. Their first target was Colchester, which they razed to the ground.

GO TO NEXT ACT OPTION B - Romano-Britons and early Anglo-Saxons in Tas Valley, Britain. 440 CE

Back to the Future: Time Travel and Haplogroup Index

Back to the Future: Time Travel and Haplogroup Index

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.

GO TO NEXT ACT - Únětice culture, Carpathians, Europe. 2,200 BCE

Back to the Future: Time Travel and Haplogroup Index