Society - Ethnicity: U5a1a & R1b1c*

Society - Ethnicity - Sami: U5a1a

Lapponia / Samiland

The Sámi or Saami are the native inhabitants of northern Scandinavia. The terms Lapp and Lappish are to be avoided. The Sami country, Lapponia or Sápmi, is divided between four states: Finland (Suopma in Sami), Norway (Norga), Sweden (Ruotta) and Russia (Ruossa). There are about 70,000 Sami in Scandinavia. In Norway, between 40,000 and 45,000. Sweden about 17,000, Finland around 5,700 and Russia approx. 2,000. The Sami language (of the Finno-Ugric group) is not just one, but a set of different languages. Some count three distinct languages: East Sami, Central Sami and South Sami, with Central Sami including North Sami, Pite Sami and Lule Sami. In other accounts up to 11 Sami languages are listed. Not all ethnic Sami speak their language. Just 20.000 in Norway, in Finland around 3,000, in Sweden 10,000 and in Russia about 1,000. Most Sami speakers speak North Sami.

The Sami people (also Sámi, Saami, Lapps, sometimes also Laplanders) are an indigenous people of northern Europe inhabiting Sápmi, which today encompasses parts of northern Sweden, Norway, Finland and the Kola Peninsula of Russia. Their ancestral lands span across an area the size of Sweden in the Nordic countries. The Sami people are among the largest indigenous groups in Europe. Their languages are the Sami languages, which are classified as Finno-Ugric.

The cultural assimilation over many years of the Sami people in the four countries makes it difficult to estimate the numbers of Sami. However, the population is estimated at about 85,000. The Norwegian state recognizes any Norwegian as Sami if he or she has one great-grandparent whose home language was Sami, but there is not, and has not been, any registration of the home language spoken by Norwegian people. Roughly half of all Sami live in Norway, but many live in Sweden as well. Finland and Russia are also home to smaller groups located in the far north. The Sami in Russia were forced by the Soviet authorities to relocate to a collective called Lovozero/Lujávri, in the central part of the Kola Peninsula.

Traditionally, the Sami had a variety of livelihoods; fishing on the coast and in the inland, trapping animals for fur, sheep herding, etc. The best known livelihood is reindeer herding, but only a small percentage of the Sami have been mainly reindeer herders over the last centuries. Today, many Sami lead modern lives in the cities inside and outside the traditional Sami area, with modern jobs. Some 10% still practice reindeer herding, which for traditional and cultural reasons is reserved for Sami people in some parts of Nordic countries.


Society - Ethnicity - Basque: R1b1c*

The Basques (Basque: Euskaldunak) are an indigenous people who inhabit parts of north-central Spain and southwestern France.

The name Basque derives from Medieval French and ultimately from the ancient tribe of the Vascones, described by Ancient Greek historian Strabo as living south of the western Pyrenees and north of the Ebro River, in modern day Navarre and northern Aragon. This tribal name, of unknown etymology, was extended in late Antiquity and the early Middle Ages to cover all Basque-speaking people on either side of the Pyrenees.

Basques are now mainly found in an area traditionally known as Euskal Herria, located around the western end of the Pyrenees on the coast of the Bay of Biscay.

This article discusses the Basques as an ethnic group or, as some view them, a nation, in contrast to other ethnic groups living in the Basque area. The history of the Basque region as covered here will focus on how that history bears on the Basques as a people.

Recent genetic studies (Stephen Oppenheimer) have confirmed that about 75% of the people of the British Isles have bloodlines that can be traced to inhabitants of the Basque areas of Spain and France based on Y-chromosome and mtDNA analysis. The originators of these genes are thought to have traveled up the Atlantic Coast in the Upper Palaeolithic and the Mesolithic period.

A similar proportion of the remaining, Romance speaking, inhabitants of the whole Iberian peninsula (both Spain and Portugal) share similar percentages of haplogroup R1b to the people of Britain and Ireland as well as very similar mtDNA ancestry.

Genetics

Although they are genetically distinctive in some ways, the Basques are still very typically west European in terms of their Mt-DNA and Y-DNA sequences, and in terms of some other genetic loci. These same sequences are widespread throughout the western half of Europe, especially along the western fringe of the continent. The Saami people of northern Scandinavia show an especially high abundance of a Mt-DNA type found at 11% amongst Basques. Somewhat higher among neighbour Cantabrians,being the isolated Pasiegos with Mt-DNA V haplogroup of wider microsatellite variation than Saami.

It is thought that the Basque Country and neighbouring regions served as a refuge for palaeolithic humans during the last major glaciation when environments further north were too cold and dry for continuous habitation. When climate warmed into the present interglacial, populations would have rapidly spread north along the west European coast. Genetically, in terms of Y-chromosomes and Mt-DNA, inhabitants of Britain and Ireland are closely related to the Basques, reflecting their common origin in this refugial area. Basques, along with Irish, show the highest frequency of the Y-chromosome DNA haplogroup R1b in Western Europe; some 98% of native Basque men have this haplogroup. The Y-chromosome and MtDNA relationship between Basques and people of Ireland and Wales is of equal ratios as to neighbouring areas of Spain, where similar ethnically "Spanish" people now live in close proximity to the Basques, although this genetic relationship is also very strong among Basques and other Spaniards. In fact, as Stephen Oppenheimer has stated in The Origins of the British (2006), although Basques have been more isolated than other Iberians, they are a population representative of south western Europe. As to the genetic relationship among Basques, Iberians and Britons.

By far the majority of male gene types in the derive from Iberia (modern Spain and Portugal), ranging from a low of 59% in Fakenham, Norfolk to highs of 96% in Llangefni, north Wales and 93% Castlerea, Ireland. On average only 30% of gene types in England derive from north-west Europe. Even without dating the earlier waves of north-west European immigration, this invalidates the Anglo-Saxon wipeout theory... ...75-95% of British and Irish (genetic) matches derive from Iberia...Ireland, coastal Wales, and central and west-coast Scotland are almost entirely made up from Iberian founders, while the rest of the non-English parts of the Britain and Ireland have similarly high rates. England has rather lower rates of Iberian types with marked heterogeneity, but no English sample has less than 58% of Iberian samples...

Before the development of modern Genetics based on DNA sequencing, Basques were noted as having the highest global apportion of Rh- blood type (35% phenotypically, 60% genetically). Additionally Basques also have virtually no B blood type (nor the related AB group). These differences are thought to reflect their long history of isolation, along with times when the population size of the Basques was small, allowing gene frequencies to drift over time. The history of isolation reflected in gene frequencies has presumably been key to the Basque people retaining their distinctive language, while more recently arrived Indo-European languages swamped other indigenous languages that were previously spoken in western Europe. In fact, in accordance with other genetic studies, a recent genetic piece of research from 2007 claims: "The Spanish and Basque groups are the furthest away from other continental groups (with more diversity within the same genetic groups) which is consistent with the suggestions that the Iberian peninsula holds the most ancient West European genetic ancestry."

Where Do The Finns Come From?

Where Do The Finns Come From?
Sydaby ^ | Christian Carpelan

Posted on 09/26/2007 10:49:43 AM PDT by blam

WHERE DO FINNS COME FROM?

Not long ago, cytogenetic experts stirred up a controversy with their "ground-breaking" findings on the origins of the Finnish and Sami peoples. Cytogenetics is by no means a new tool in bioanthropological research, however. As early as the 1960s and '70s, Finnish researchers made the significant discovery that one quarter of the Finns' genetic stock is Siberian, and three quarters is European in origin. The Samis, however, are of different genetic stock: a mixture of distinctly western, but also eastern elements. If we examine the genetic links between the peoples of Europe, the Samis form a separate group unto themselves, and other Uralic peoples, too have a distinctive genetic profile.

Bioanthropology: Tracing our genetic roots

We humans inherit the genetic material contained in the mitochondrion of our cell cytoplasm (mitochondrial DNA) from our mothers, as the DNA molecules in sperm appear to break down after fertilization. Since the 1980s, tests on mitochondrial DNA have enabled scientists to establish the biological links and origins of human populations by tracing their maternal lineage. DNA tests confirm that Homo sapiens originated in Africa roughly 150,000 years ago. From there modern man went forth and conquered new territory, eventually populating nearly all seven continents.

Another fact confirmed by DNA tests is that there is only minor genetic variation between the peoples of Europe, the Finns included. Mitochondrial DNA tests have revealed the presence of a 'western' component in the Finns' genetic makeup. Meanwhile, tests on the cell nucleus indicate that Finnish genes differ to some extent from those of other Europeans. This apparent contradiction stems from the fact that the genetic diversity evidenced by mitochondrial DNA is of much older origin - indeed tens of thousands of years older - than that of the cell nucleus, whose genetic time span goes back only a few thousand years.

The Riddle of the Samis

DNA research reveals that the genetic makeup of the Samis and Samoyeds differs significantly both from each other and from other Europeans. In the case of the Samoyeds, this is not surprising, since it was not until the early Middle Ages that they migrated to northeastern Europe from the outer reaches of Siberia. It is curious, however, that the mitochondrial DNA of the Samis should differ so distinctly from that of other European peoples. The "Sami motif" which has been identified by researchers - a combination of three specific genetic mutations - is shared by more than one third of all tested Samis, but of all the gene tests conducted throughout the world, the same mutation has occurred in only six other samples, one Finnish and five Karelian. This prompts the question as to whether the ascendants of the latter-day Samis have perhaps lived in genetic isolation at some stage in their evolution.

DNA scientists class the Finns as Indo-Europeans, or descendants of western genetic stock. But because "Indo-European" is a term borrowed from linguistics, it is misleading in the broader context of bioanthropology. DNA scientists work within a time frame of tens of thousands of years, whereas the evolution of Indo-European languages, as indeed of all European language groups, is confined to a much briefer time span. DNA scientists nevertheless postulate that the Finno-Ugric population absorbed an influx of migrating Indo-European farming communities ("Indo-European" both genetically and, by that stage, also in the language they spoke). The newcomers altered the original genetic makeup of the Finno-Ugric population, but nevertheless adopted their language. This, in a nutshell, explains the origin of the Finns, according to the DNA scientists. The Samis, however, are a much older population in the opinion of DNA scientists, and their origin has yet to be established conclusively.

Philology: Tracing our linguistic heritage

Language is one of the defining characteristics of an ethnic group. To a great extent, the ethnic identity of the Finns and the Samis can be defined on the basis of the language they speak. The Finns speak a Uralic language, as do the Samis, Estonians, the Mari, Ostyaks, Samoyeds and various other ethnic groups. Excluding the Hungarians, Uralic languages are spoken exclusively by peoples inhabiting the forest and tundra belt extending from Scandinavia to west Siberia. All the Uralic languages originate from a common proto-language, but down the centuries, they have branched off into separate offshoots. The precise origins and geographical range of Progo-Uralic nevertheless remains a point of academic contention.

Previously it was assumed that Proto-Uralic, or Proto-Finno-Ugric, originated from a narrowly confinded region of eastern Russia. Linguistic differentiation was believed to occur as these Proto-Uralic peoples migrated their separate ways. According to this theory, our early Finnish ancestors arrived on Finnish soil through a gradual process of westbound migration.

When the plausibility of this theory came under doubt, various others were posited. One such theory postulates that the origins of Proto-Uralic are in continental Europe. According to this theory, the linguistic evolution that gave rise to the Sami language occurred when European settlement spread to Fennoscandia. Our early Finnish ancestors became "Indo-Europeanized Samis" under the influence - demographic, cultural and linguistic - of the Baltic and Germanic peoples.

The "contact theory," again, suggests that the proto languages of the language families of today developed as a result of convergence caused by close interaction between speakers of originally different languages: the notion of a common linguistic birthplace thus goes against its premises. According to a recent variant of the contact theory, Proto-Uralic developed in this way among the peoples inhabiting the rim of the continental glacier extending from the Atlantic to the Urals, while Progo-Indo-European developed correspondingly further south. The Proto-Indo-European peoples later mastered the art of farming and gradually began to spread throughout various parts of Europe. In this process, Indo-European languages not only began to displace the Uralic languages, but also to significantly influence the evolution of those not yet displaced.

However many linguists support the notion that the Uralic languages have so many points in common in their basic structures - both in grammar and vocabulary - that these similarities cannot plausibly be attributed to interaction between unrelated language groups across such a broad geographical range. Rather we must presume that they share a common point of origin whence they derive their characteristic features and whence their geographical range began to expand: as it expanded, speakers of other languages who fell within its range presumably changed their original language in favor of Proto-Uralic. The same would apply to the Indo-European family of languages, too.

Archaeology reveals the age of ancient settlements Archaeological evidence confirms that Homo sapiens first settled in Europe between 40,000 and 35,000 BC. These early settlers presumably originated from common genetic stock. Genetic mutations like the "Sami motif" have indeed occurred down the centuries, but no other has had quite the same implications. It is of course conceivable that only the ancestors of the present-day Samis lived in a sufficient degree of genetic isolation for this chance mutation to survive.

Homo sapiens first arrived in Europe during a relatively warm spell in the Weichsel Glacial Stage. Between 20,000 and 16,000 BC a period of extreme cold forced settlers back southwards. Central Europe became depopulated, as did the region of the Oka and Kama rivers. After this cold peak, the climate grew milder, but with occasional intervening periods of harsh cold. Gradually people began returning to the regions they had abandoned thousands of years before. Meanwhile, the ice cap progressively withdrew northwards, opening up new territory for settlement. The Ice Age came to an end with a phase of rapid climate change around 9500 BC. Scientists estimate that the average yearly temperature may have risen by as many as seven degrees within a few decades. What remained of the continental glacier vanished within another thousand years.

Radical environmental changes followed from the warming of the climate. The tundras that once fringed the glacier now became forest, and elk appeared in the place of the wild reindeer that formerly roamed the rim of the glacier. The transition from the Palaeolithic period (Early Stone Age) to the Mesolithic period (Middle Stone Age) around 8000 BC was a phase marked by man's endeavors to adapt to the many changes occurring in his environment. This was the period when the Uralic peoples settled in the regions of northern Europe in which we find them today.

Scandinavia settled by continental Europeans

A substantial proportion of the world's water was tied up in the continental glaciers during the Ice Age. As the sea level was much lower than it is today, expansive tracts of land which now lie underwater were once the site of coastal settlements. The North Sea Continent between England and Denmark is a case in point: underwater finds prove that this region was the site of human settlements in the late stages of the Ice Age.

Norwegian archaeologists believe that the first pioneering settlers to leave the North Sea Continent were sea-fishing communities which advanced rapidly along the Norwegian coastline to Finnmark and the Rybachy Peninsula around 9000 BC at the latest. Many archaeologists formerly believed that the earliest settlers on the Finnmark coastline, who represented the Komsa culture, migrated there from Finland, east Europe or Siberia. More recent archaeological evidence does not support this theory, however.

The pioneers who settled on the coast of Norway appear to have gradually advanced inland toward north Sweden, and presumably also to the northernmost reaches of Finnish Lapland. Around 6000 BC, a second wave of migrants from Germany and Denmark worked northward via Sweden eventually, too, reaching northern Lapland. The Norwegian coastline remained populated by its founding settlers, but the founding population of north Scandinavia was a melting pot of two different peoples. Does the fact that the "Sami motif" confines itself to a particular region of nrothern Scandinavia then suggest that the mutation occurred not before, but after, northern Scandinavia became populated?

Grave findings have shown that late Palaeolithic settlers in central Europe and their Mesolithic descendants in the Scandinavian Peninsula were Europoids, who had compartively large teeth - a seemingly comical detail, but nevertheless an important factor in identifying these populations. Although it is very unlikely that the language of these settlers will ever be identified, I cannot see any grounds for the theory that either of these groups spoke Proto-Uralic.

Eastern Europe: a melting pot

If we now turn to the early settlements of northeastern Europe, their history is more complicated than that of Scandinavia, as the peoples who settled there appear to have migrated from several different directions.

The Palaeolithic peoples of southern Russia originally inhabited the steppes, but as the Ice Age drew near its end, the easternmost steppes became arid. Central Russia meanwhile became richly forested, providing a more hospitable living environment than the parched

steppes. The Palaeolithic settlements of the river Don evidently died out when their communities migrated to the region of the rivers Oka and Kama. The archaeological remains of late Palaeolithic pioneer settlements in central Russia nevertheless provide only indirect circumstantial evidence rather than any hard proof of this theory.

At the end of the Ice Age, the eastern parts of southern Russia were sparsely populated wasteland, but in the west, in the region of the River Dneper, a Palaeolithic culture flourished. From there, settlers migrated to the forest belt of central Russia. As the late Palaeolithic peoples of Poland, Lithuania and west Belarus adapted to forestation, they too commenced migrating to central Russia. At the beginning of the Mesolithic period, peoples of three different origins appear to have competed for a livelihood within the same region of central Russia.

As the northern conifer forests (or taiga belt) spread northward, this melting pot of settlers followed, eventually attaining a latitude of 65 around 7000 BC. After that, they began to populate the northernmost fringes of Europe. On the North Cap of Fennoscandia, a 'frontier' appears to have stood between the peoples who migrated north via Scandinavia and those who migrated via Finland and Karelia. Russian archaeologists in turn see no evidence of Palaeolithic or Mesolithic westward migration from Siberia.

Two different types of skull, Europoid and Mongoloid, have been discovered in excavated Mesolithic grave sites in northeast Europe. The two skull types have been cited as evidence for the theory that an early group of settlers migrated to Europe from Siberia. The 'Siberian' element found in Finnish genes is believed to furnish further evidence to back up this claim, but the theory is rendered doubtful by the fact that there is a lack of corroborating archaeological evidence.

According to more recent theories, the two types of skull found in Mesolithic graves do not suggest the presence of two different populations as was formerly believed, but rather they indicate a wide degree of genetic variation within one and the same population. All in all, the peoples of the northeast were very different from those of the west. The decisive difference is in the teeth.

East Europeans have small teeth compared with the relatively large teeth of the Scandinavian, a peculiarity deriving from an age-old genetic distinction. Ancient skulls tell usthat the early settlers of east Europe were mostly descendants of an ancient east European population which lived in prolonged isolation from the Scandinavians. Perhaps the "Siberian" element in Finnish genes is, in fact, east European in origin?

The Samis, too, have comparatively small teeth, which has been cited as evidence that they are descendants of the small-toothed Mesolithic population of east Europe. Archaeological findings and genetic evidence nevertheless fail to back up this theory. Have the small teeth of the Samis evolved in isolation, or are they a later genetic trait? If we take the latter alternative, we should perhaps consider the contributing role of those settlers who migrated to the Sami region from the northern parts of Finland and east Karelia. There is archaeological evidence of such northbound migration from the Bronze Age and the early Iron Age.

Proto-Uralic stems from eastern Europe?

How, then, are we to explain the fact that Finnish belongs to the Uralic group of languages? I believe that the evolution of Europe's modern languages began in the Palaeolithic period during a phase of adaptation to the socio-economic changes brought by the end of the Ice Age. My theory is that Proto-Uralic has its roots in eastern Europe, where, after a period of expansion following the Ice Age, it became the common language of a particular east European population, eventually replacing all other languages appearing in that region.

When settlement began in earnest, Mesolithic cultures sprang up between the Baltic Sea and the Urals, where Proto-Uralic, too, began to branch out into its various offshoots. In my opinion, archaeological evidence of later movements and waves of influence suggests that the linguistic evolution of Uralic languages did not follow the classic "family tree" model: "family bush," as suggested by linguists, would be a more appropriate metaphor.

North Finland's early settlements were established by a founding population of east Europeans who migrated as far north as the Arctic Circle. Early Proto-Finnish - the "grandmother language" of the Finnic and Sami languages - traces back to the period in which the "Comb Ceramic" culture spread throughout the region around 4000 BC. Proto-Sami and Proto-Finnic parted ways when the "Battle-Axe or Corded Ware culture" arrived in southwest Finland around 3000 BC. This linguistic differentiation continued during the Bronze Age in about 1500 BC, when the Scandinavians began to exert a tangible influence on the region and its language, which explains the appearance of the Proto-Baltic and Proto-German loan words, for example.

From here began the evolution of Proto-Finnic and, further, the differentiation of the Finnic languages. The linguistic evolution leading to the genesis of Proto-Sami occurred in the eastern, northern and inland regions of Finland, where the Baltic and German influence was weak, but the east European influence was comparatively strong. As a commonly spoken language and a language of trade, Proto-Sami spread from the Kola Peninsula as far as Jämtland in the wake of late Iron and Bronze Age migrations.

I believe, then, that the peoples inhabiting Norrland and the North Cap changed their original language - whatever it may have been - in favor of Proto-Sami in the Bronze Age. The present-day Samis thus stem from a different genetic stock and a largely different cultural background than the original "Proto-Samis" who later became integrated with the rest of the Finnish population. Our early Finnish ancestors did not change their language, but they changed their identity as they evolved from hunters and trappers into farmers in the "corded ware" period and under the influence of the Scandinavian Bronze Age.

By Christian Carpelan, a licentiate in archaeology and a researcher at the Univeristy of Helsinki. From Finnish Features, published by the Ministry of Foreign Affairs, Department of Press and Culture.

My famous DNA

Cheddar Man - U5a

16192T, 16270T - England - 9,000+ years ago

http://www.isogg.org/famousdna.htm

Britain's oldest complete skeleton, Cheddar Man, was buried in Gough's Cave 9,000 years ago and discovered in 1903.

My ancestors lived in the caves for 40,000 years, leaving behind many stone-and-bone clues to their lifestyle.

Cheddar Man is the name given to the remains of a human male found in Gough's Cave in Cheddar Gorge, Somerset, England. The remains date to approximately 7150 BC, and it appears that he died a violent death, perhaps related to the cannibalism practiced in the area at the time. He is Britain’s oldest complete human skeleton.

The remains were excavated in 1903, and currently reside in the Natural History Museum in London, with a replica in the "Cheddar Man and the Cannibals" museum in Cheddar village.

In the late 1990s, Bryan Sykes of Oxford University first sequenced the mitochondrial DNA of Cheddar Man, with DNA extracted from one of Cheddar Man's molars. Cheddar Man was determined to have belonged to a branch of mitochondrial haplogroup U, a haplogroup which is especially common in Britain, Ireland and the Basque Country of northern Spain and south western France. Haplogroup U is generally found to be most common in southern and western Europe and may have originated in West Asia. Bryan Sykes' research into Cheddar Man was filmed as he performed it. As a means of connecting Cheddar Man to the living residents of Cheddar village, he compared mitochondrial DNA taken from twenty living residents of the village to that extracted from Cheddar Man’s molar. It produced two exact matches and one match with a single mutation. The two exact matches were schoolchildren, and their names were not released. The close match was a history teacher named Adrian Targett.

This modern connection to Cheddar Man (who died at least three thousand years before agriculture began in Britain) makes very credible the theory that modern-day Britons are not all descended from Middle-Eastern migratory farmers, but rather modern Britons are descended from ancient European Palaeolithic and Mesolithic hunter-gatherer tribes who much later on adopted farming.

Set amid the dramatic landscape of Cheddar Gorge, the Cheddar Man and the Cannibals museum recreates life and death in the Stone Age based on finds made in the famous caves.

The most controversial exhibit is a collection of 12,500-year-old butchered human bones, which prove that our ancestors were cannibals.

The museum's other displays include the 9,000-year-old Cheddar Man - Britain's oldest complete skeleton - and a giant rotating skull within a cave of mirrors.

The new attraction features lessons in Stone Age survival skills. There is also a cave art wall where visitors can try their hand as prehistoric painters and a stunning display which transforms a 'living' Cheddar Man into his skeletal remains.
A child painting on rock

Other displays include a three-metre tall cave bear skeleton, a depiction of the Stone Age 'Arms Race' and tableaux featuring both the ritual 'burial' of Cheddar Man and his re-discovery in Gough's Cave 9,000 years later.

Adrian Targett, the local history teacher who was found to be a descendant of Cheddar Man following DNA testing, is joining Lord Bath at the official opening of the exhibition on Wednesday 23 March 2005.

Curator Bob Smart said: "This isn't a 'traditional' museum experience.

"Some of the exhibits may not be for the faint-hearted: they're a graphic depiction of Stone Age life - including cannibalism.

"I believe the giant skull is one of the more startling objects ever to go on display to the public.

"I'm sure it will provide a major talking point for visitors - and that's exactly what it's meant to do.
Reconstruction of prehistoric man lighting a fire

"We want people to really get a sensation of what the world was like back then, wherever possible they can touch and feel many of the objects.

"We also use sound and lighting effects to bring the experience to life.

"Our aim is to show people that Cheddar Man is really modern man in a Stone Age environment.

"We look at advances in technology, art, society and the growth of religion as well as the controversial topic of cannibalism," he added.


Colla Uais the Father of the Clans - R1b

Niall of the Nine Hostages - R1b

Niall Noigiallach, the Great King of Ireland

http://www.isogg.org/famousdna.htm

Colla Uais was a high king of Ireland. Circa 325CE Colla Uais seized Ulster subsequently taking his followers to Scotland. His descendants, known as the 'sons of Erc' (Angus, Fergus & Loarn), became the traditional founders of the Scottish line of the Dál Riata kingdom circa 465CE.

Colla Uais (Carioll) MacECHACH DUIBHLEIN

121st MONARCH of IRELAND; `Colla the Noble'

HM George I's 36-Great Grandfather.

Niall of the Nine Hostages (Irish: Niall Noigíallach) was a High King of Ireland who was active from the mid 4th century into the early 5th century. The date of his death, according to medieval Irish sources, is c. 405. He is said to have made raids on the coastlines of Britannia and Gaul. The roughly contemporary dates have lead some to suggest a link with the kidnapping of Saint Patrick as a youth.

The fifth and youngest son of Eochaid Mugmedon, an Irish High King, and Cairenn Chasdubh (curly black), the enslaved daughter of Sachell Balb (Sachell the stammerer), a British king, he was the eponymous ancestor, through his sons Conall Gulban, Endae, Eógan, Coirpre, Lóegaire, Maine of Tethba, Conall Cremthainne and Fiachu Fiachrach, of the Uí Néill dynasties.

The Northern and Southern Uí Néill dynasties, which provided most of the High Kings for centuries, descended from Niall. Other famous descendants include Niall's great-great grandson Saint Columba, Saint Máel Ruba, the Kings of Scotland, the Kings of Ailech, the Kings of Tir Eogain, The Kings of Tír Conaill, Chieftain and Earl Hugh O'Neill, Clan Chief and Earl Red Hugh O'Donnell of the O'Donnell of Tyrconnell, military leaders of Confederate Ireland Owen Roe O'Neill and Hugh Dubh O'Neill and Phelim O'Neill, Roman Catholic Primate of Ireland Aodh MacCathmhaoil, Spanish Prime Minister Leopoldo O'Donnell 1st Duque de Tetuan, Sir Cahir O’Doherty, Shane O'Neill, Sir William Johnson of the O'Neills of the Fews, in addition to numerous officers in the armies of France, Spain, and the Austrian Empire. The current British royal family claims a link.

Niall Noigiallach MacECHACH

aka Nial Mor NAOIGHIALLACH `of the Nine Hostages'; 1st King (but reckoned 126th MONARCH) of IRELAND; conquered nine countries (incl. part of France)

HM George I's 34-Great Grandfather.

Died: abt. 405 Boulogne

U5a1a % Exact Matches

U5a1a & R1b1c*

Our DNA Results:

Caggegi-Raciti Y-DNA Results:

R1b1c:

M173+ M207+ M269+ M343+ P25+ M126- M153- M160- M18- M222- M37- M65- M73- P66- SRY2627-

393 390 19* 391 385a 385b 426 388 439 389-1 392 389-2***

13 24 14 11 11 14 12 12 12 13 13 29


R1b1c:

Haplogroup R1b is the most common haplogroup in European populations. It is believed to have expanded throughout Europe as humans re-colonized after the last glacial maximum 10-12 thousand years ago. This lineage is also the haplogroup containing the Atlantic modal haplotype.


HVR1 Haplogroup U5a1a

HVR1 differences from CRS

16157C
16192T
16256T
16270T
16320T
16399G

Caggegi-Raciti mt-DNA Results:
Fuoti-Raciti mt-DNA Results:

U5a1a:

Specific mitochondrial haplogroups are typically found in different regions of the world, and this is due to unique population histories. In the process of spreading around the world, many populations—with their special mitochondrial haplogroups—became isolated, and specific haplogroups concentrated in geographic regions. Today, we have identified certain haplogroups that originated in Africa, Europe, Asia, the islands of the Pacific, the Americas, and even particular ethnic groups. Of course, haplogroups that are specific to one region are sometimes found in another, but this is due to recent migration.

The mitochondrial super-haplogroup U encompasses haplogroups U1-U7 and haplogroup K. Haplogroup U5, with its own multiple lineages nested within, is the oldest European-specific haplogroup, and its origin dates to approximately 50,000 years ago. Most likely arising in the Near East, and spreading into Europe in a very early expansion, the presence of haplogroup U5 in Europe pre-dates the expansion of agriculture in Europe. Haplogroup U5a1a—a lineage within haplogroup U5—arose in Europe less than 20,000 years ago, and is mainly found in northwest and north-central Europe. The modern distribution of haplogroup U5a1a suggests that individuals bearing this haplogroup were part of the populations that had tracked the retreat of ice sheets from Europe.