Abraham, Carolyn (March 26, 2013). The Juggler's Children: A Journey into Family, Legend and the Genes that Bind Us. Published by Random House Canada. 400 pages. ISBN 978-0679314592.
From the publisher's book description: "Abraham investigates whether this burgeoning new science can help solve 2 mysteries that have haunted her multi-racial family for more
than a century"
The Juggler's Children is about the Canadian author's "dance between DNA and documentary evidence, science and paper" as she sets out to uncover the mysterious origins of two of her great-grandfathers, one of whom she inherited her surname from ("the juggler"). At the beginning of the book there are two family tree charts, one for the descendants of each of these great-grandfathers who married and fathered children in India but originally came from somewhere else (China and Jamaica, probably). In hindsight I should have drawn another family tree chart for the Crooks family in Jamaica as I read what her research uncovered there, as it was not so easy keeping up with the Crookses, but I was in too much of a hurry to find out what happened next. I guess it could not have been included in the book without giving too much of the story away.
Even though my 100% European ancestry is not nearly as interesting as the author's, I can identify with so much of what she wrote having similar family mysteries of my own to solve. Regardless, I am a sucker for a good detective story. I also learnt some history, geography and science in the process.
The book would also be a good primer for a "genetic virgin". It discusses genetic genealogy in layman's terms and illustrates the various pitfalls of genetic testing and analysis via the author's personal story. Her experiences demonstrate the limitations of both science and paper, and hence the value of using both to corroborate each other. Abraham is a science writer and wove various milestones in genetics and genetic genealogy into her story. However, science has already progressed somewhat since the Abraham family undertook genetic testing. There is now greater emphasis on testing autosomal DNA inherited from both parents and the costs have dropped substantially. Pioneers of genetic genealogy are impatient, and this book gives us some perspective in that regard.
The writing style is well balanced, not too dry given the scientific subject and not overly verbose. The book contains plenty of humour, puns, metaphors and phrases that made me smile such as "typos" regarding mutations, "kiss and tell" regarding the Y chromosome and "old boys' club" regarding Y haplogroups (not having my own Y, I can really identify with that one).
The Juggler's Children is currently available in Canada.
See also: The Agenda with Steve Paikin: Interview with Carolyn Abraham on YouTube
A personal journey to the past following the breadcrumbs in documents and genes inherited from our ancestors
Friday, April 26, 2013
The French priest in my family tree
[This post was first published on 28 June 2012. The subject of the article is my maternal 12th great-grandfather Jean de Leouze.]
While updating my ancestry family tree recently (see The Union soldier in my family tree), I noticed a new surname Delosea relating to one of my Swiss lines that piqued my interest as it did not appear to be Swiss-German like all my other Swiss lines. I traced it back to a Huguenot immigrant, my 12th great-grandfather Jean de Leouze from Provence, southern France. This ancestral line of mine married into other lines of French origin for several generations (de Remigis, Perron, Cordier) before marrying into a Swiss-German line.
The de Leouze surname is also spelt de Leuze and Deleuze in France and de Losea and Delosea in Switzerland.
Jean de Leouze born c1490, the son of an écuyer (rider) Carl (Charles) de Leouze who died in Marseilles in 1548, was a canon at the Abbaye Saint-Césaire in Arles, Provence. He joined the Church Reformation and moved to Switzerland in 1523. His descendant Anna Maria de Losea, my 7th great grandmother, married into the Anneler family from Thun, Canton Bern, in 1707.
One of Jean de Leouze's descendants, Jean de Losea, was granted citizenship of Murten in Canton Fribourg on 20 July 1618. Below is an extract from Der Stadt Murten Chronik und Bürgerbuch (p335), with my English translation:
"De Losea oder de Leauzea.
(de Ilice.)
Das Wappen besteht in einem in die Quere getheilten Schilde, dessen oberer Theil blau, der untere Gold ist, auf welchem eine ausgerissene Steineiche zu sehen. Oben im blauen Felde befindet sich auf jeder Seite desselben eine fünfblättrige Rose; über dem Helme erheben sich zwey Büffelshörner."
[The coat of arms consists of a divided shield, with upper part blue, the lower is gold, on which an uprooted holm oak can be seen. Above on the blue field located on each side are identical five-petalled roses; two buffalo horns are raised above the top.]
"Johann, der Erste dieses Geschlechts in der Schweiz, war zuvor Canonicus in einem adelichen Stifte zu Arles in der Provence. Er trat zur reformierten Religion über und verehelichte sich mit einem Fräulein von Remigis, einer Nichte des Barons von Grignan. Im Jahr 1523 kam er nach Genf und bewarb sich um eine geistliche Anstellung. Sein Gattin reiste ihm bald, in Begleitung verschiedener, der reformirten Religion zugetaner, Personen nach Genf nach. Im Jahr 1536 kam er nach Lausanne, wo er also Lehrer angestellt wurde, und im Jahr 1562 erhielt er die Pfarrey zu Dompmartin."
[John, the first of the line in Switzerland, was previously a canon in a noble chapter at Arles in Provence. He crossed over to the reformed religion and married a Miss de Remigis, a niece of the Baron de Grignan. In the year 1523 he came to Geneva and applied for spiritual employment. His wife travelled to him soon, accompanied to Geneva by various persons associated with the reformed religion. In the year 1536 he came to Lausanne, where he was employed as a teacher, and in the year 1562 he received the parish Dommartin.]
Sources (in addition to other data sources noted on my family tree):
FamilySearch marriage record of Hans Rudolf Anneler and Anna Maria de Losea
Abraham de Losea in Thun, GAMEO
Der Stadt Murten Chronik und Bürgerbuch by Johann Friedrich Ludwig Engelhard (1828)
I look French, as you can see from this old mugshot of me (don't laugh!), and it's good to finally have a known French ancestor to attribute this to. I inherited my colouring from my Swiss-Irish maternal grandmother, believe it or not myGerman-Canadian Scouse father and my English maternal grandfather were fair with blue eyes.
I found an explanation of the meaning of the de Leouze (de Ilice) surname online in Infos Saint Martin No. 204 December 2009 (a pdf download of a monthly information magazine issued by La Ville de Saint-Martin-de-Crau in the Provence region), which I have translated into English below:
[Postcard:
The de Leuze wood
industrial zone
This zone of activities extends over a tenement that was an agricultural domain. According to Provençal custom, the name of the owner is attached to his property.
The origin of the name is explained in "Les Meyran et leurs alliances" by Baron du Roure:
"Paulet GRILLO (brother of Opissin) legatee of 25 florins in the will of his aunt Jaumette Roux, wife of Guillaume de Leuze (8 March 1506) [de Ilice] merchant of Nîmes."
The word [ilice] comes from the Latin [ilex], yeuse (in French) which provides this contribution to Trésor de la Langue Française: "ilex: a sort of oak tree, yeuse (holm oak) in Provence, … borrowed from the Provençal euze, ancient Provençal elzer;... Osco-Umbrian form of the Latin ilex, ilicis in feminine, translated as yeuse."
Le Trésor du Felibrige gives éuse, euise, elze, éue, éuve, eve, to designate the yeuse that is an evergreen oak. On the picture dated 1974, the wood in the neighbourhood of the farmstead was composed of pines, over an area of a half-hectare.
At the Arles media library, in the Véran collection, the de Leuze farmstead is mentioned for the first time in 1468. It belonged then to the Chapter of Arles. In 1803, it was the property of Louis Joseph Martin, merchant. It was measured at 210 setérées.
(Setérée = name of an agrarian measure equivalent to an area sowed with a setier of wheat. Setier = former measure of grain that contains about 156l.)]
Quercus ilex (holm or holly oak) is a large evergreen oak native to the Mediterranean region. It is mentioned in the de Losea coat of arms description in the Murten Bürgerbuch dated 1828 and I found two Delosea coats of arms from the Bern heraldry book dated 1932 which incorporate the evergreen tree, the one pictured on the right here more elaborate than the one pictured above left, which could be the original French coat of arms based on further information about the de Leouze family detailed below.
Below are some images of old postcards from the La Crau area in Provence, which might give some indication of what my French ancestors looked like.
Nobleman Antoine de Leouze, an écuyer (rider), the brother of Jean de Leouze who moved to Switzerland in 1523, died in Marseilles in 1584 without a male heir. His surname and his arms were passed on by will to Gilles d'Alix, his nephew (actually a son of a first cousin), who also inherited from him among other things the property of St Jean du Brest. Gilles (born d'Alix) de Leouze, Sieur de St Jean, the son of a nobleman Laurent d'Alix, an écuyer (rider) who established himself in Marseilles in the fifteenth century, and Bellone d'Aguillon, was baptized in Marseilles on 10 January 1538 and married Marguerite de Pol on 30 April 1580.
There is an entry for the (d'Alix) de Leouze family in the Dictionnaire universel de la noblesse de France:
"DE LEOUZE
De Leouze, en Provence, famille ancienne, qui portait autrefois le nom d'Alix. Laurens Alix, vivait en 1550; il eut un fils appelé Giles Alix, lequel hérita d'Antoine de Leouze, son parent, par testament du 11 mai 1577, à la charge de porter son nom et ses armes. Il quitta le nom d'Alix, pour prendre celui de Leouze, qu'il transmit à ses descendants. D'argent, à un chêne arraché de sinople. (Armes parlantes: un chêne vert étant nommé éouze, en idiôme provençal.)"
[My translation: De Leouze, in Provence, ancient family, who formerly went by the name d’Alix. Laurens Alix, lived in 1550; he had a son called Giles Alix, who inherited from Antoine de Leouze, his relative, by will of 11 May 1577, dependent on the bearing of his name and his arms. He left the name d’Alix, to take the name de Leouze, which he passed on to his descendants. Silver, an uprooted oak tree of sinople (vert tincture, green). (Heraldry: an evergreen oak tree given the name éouze, in Provençal language.)]
Sources:
Dictionnaire universel de la noblesse de France by Jean B. de Courcelles (1821), p431
Histoire héroique et universelle de la noblesse de Provence, Volume 3 (1786), p339
Un artifice contre l'extinction des familles? La substitution de nom et d'armes à Marseille (fin XIVe-fin XVe s.), Christian Maurel (1990)
While updating my ancestry family tree recently (see The Union soldier in my family tree), I noticed a new surname Delosea relating to one of my Swiss lines that piqued my interest as it did not appear to be Swiss-German like all my other Swiss lines. I traced it back to a Huguenot immigrant, my 12th great-grandfather Jean de Leouze from Provence, southern France. This ancestral line of mine married into other lines of French origin for several generations (de Remigis, Perron, Cordier) before marrying into a Swiss-German line.
The de Leouze surname is also spelt de Leuze and Deleuze in France and de Losea and Delosea in Switzerland.
Jean de Leouze born c1490, the son of an écuyer (rider) Carl (Charles) de Leouze who died in Marseilles in 1548, was a canon at the Abbaye Saint-Césaire in Arles, Provence. He joined the Church Reformation and moved to Switzerland in 1523. His descendant Anna Maria de Losea, my 7th great grandmother, married into the Anneler family from Thun, Canton Bern, in 1707.
One of Jean de Leouze's descendants, Jean de Losea, was granted citizenship of Murten in Canton Fribourg on 20 July 1618. Below is an extract from Der Stadt Murten Chronik und Bürgerbuch (p335), with my English translation:
"De Losea oder de Leauzea.
(de Ilice.)
Das Wappen besteht in einem in die Quere getheilten Schilde, dessen oberer Theil blau, der untere Gold ist, auf welchem eine ausgerissene Steineiche zu sehen. Oben im blauen Felde befindet sich auf jeder Seite desselben eine fünfblättrige Rose; über dem Helme erheben sich zwey Büffelshörner."
[The coat of arms consists of a divided shield, with upper part blue, the lower is gold, on which an uprooted holm oak can be seen. Above on the blue field located on each side are identical five-petalled roses; two buffalo horns are raised above the top.]
"Johann, der Erste dieses Geschlechts in der Schweiz, war zuvor Canonicus in einem adelichen Stifte zu Arles in der Provence. Er trat zur reformierten Religion über und verehelichte sich mit einem Fräulein von Remigis, einer Nichte des Barons von Grignan. Im Jahr 1523 kam er nach Genf und bewarb sich um eine geistliche Anstellung. Sein Gattin reiste ihm bald, in Begleitung verschiedener, der reformirten Religion zugetaner, Personen nach Genf nach. Im Jahr 1536 kam er nach Lausanne, wo er also Lehrer angestellt wurde, und im Jahr 1562 erhielt er die Pfarrey zu Dompmartin."
[John, the first of the line in Switzerland, was previously a canon in a noble chapter at Arles in Provence. He crossed over to the reformed religion and married a Miss de Remigis, a niece of the Baron de Grignan. In the year 1523 he came to Geneva and applied for spiritual employment. His wife travelled to him soon, accompanied to Geneva by various persons associated with the reformed religion. In the year 1536 he came to Lausanne, where he was employed as a teacher, and in the year 1562 he received the parish Dommartin.]
Sources (in addition to other data sources noted on my family tree):
FamilySearch marriage record of Hans Rudolf Anneler and Anna Maria de Losea
Abraham de Losea in Thun, GAMEO
Der Stadt Murten Chronik und Bürgerbuch by Johann Friedrich Ludwig Engelhard (1828)
I look French, as you can see from this old mugshot of me (don't laugh!), and it's good to finally have a known French ancestor to attribute this to. I inherited my colouring from my Swiss-Irish maternal grandmother, believe it or not my
I found an explanation of the meaning of the de Leouze (de Ilice) surname online in Infos Saint Martin No. 204 December 2009 (a pdf download of a monthly information magazine issued by La Ville de Saint-Martin-de-Crau in the Provence region), which I have translated into English below:
[Postcard:
The de Leuze wood
industrial zone
This zone of activities extends over a tenement that was an agricultural domain. According to Provençal custom, the name of the owner is attached to his property.
The origin of the name is explained in "Les Meyran et leurs alliances" by Baron du Roure:
"Paulet GRILLO (brother of Opissin) legatee of 25 florins in the will of his aunt Jaumette Roux, wife of Guillaume de Leuze (8 March 1506) [de Ilice] merchant of Nîmes."
The word [ilice] comes from the Latin [ilex], yeuse (in French) which provides this contribution to Trésor de la Langue Française: "ilex: a sort of oak tree, yeuse (holm oak) in Provence, … borrowed from the Provençal euze, ancient Provençal elzer;... Osco-Umbrian form of the Latin ilex, ilicis in feminine, translated as yeuse."
Familienwappen Delosea (von Bern, ehemals von Murten) Quelle: Berner Wappenbuch, 1932 |
Le Trésor du Felibrige gives éuse, euise, elze, éue, éuve, eve, to designate the yeuse that is an evergreen oak. On the picture dated 1974, the wood in the neighbourhood of the farmstead was composed of pines, over an area of a half-hectare.
At the Arles media library, in the Véran collection, the de Leuze farmstead is mentioned for the first time in 1468. It belonged then to the Chapter of Arles. In 1803, it was the property of Louis Joseph Martin, merchant. It was measured at 210 setérées.
(Setérée = name of an agrarian measure equivalent to an area sowed with a setier of wheat. Setier = former measure of grain that contains about 156l.)]
Familienwappen Delosea (von Bern, ehemals von Murten) Quelle: Berner Wappenbuch, 1932 |
Below are some images of old postcards from the La Crau area in Provence, which might give some indication of what my French ancestors looked like.
Les jeunes filles de la Crau [Photographie: Collection personnelle de Jean Marie Desbois] |
Saint-Martin de Crau (Mas-de-Gouin) - Le Chai [Image source: CPArama] |
Nobleman Antoine de Leouze, an écuyer (rider), the brother of Jean de Leouze who moved to Switzerland in 1523, died in Marseilles in 1584 without a male heir. His surname and his arms were passed on by will to Gilles d'Alix, his nephew (actually a son of a first cousin), who also inherited from him among other things the property of St Jean du Brest. Gilles (born d'Alix) de Leouze, Sieur de St Jean, the son of a nobleman Laurent d'Alix, an écuyer (rider) who established himself in Marseilles in the fifteenth century, and Bellone d'Aguillon, was baptized in Marseilles on 10 January 1538 and married Marguerite de Pol on 30 April 1580.
There is an entry for the (d'Alix) de Leouze family in the Dictionnaire universel de la noblesse de France:
"DE LEOUZE
De Leouze, en Provence, famille ancienne, qui portait autrefois le nom d'Alix. Laurens Alix, vivait en 1550; il eut un fils appelé Giles Alix, lequel hérita d'Antoine de Leouze, son parent, par testament du 11 mai 1577, à la charge de porter son nom et ses armes. Il quitta le nom d'Alix, pour prendre celui de Leouze, qu'il transmit à ses descendants. D'argent, à un chêne arraché de sinople. (Armes parlantes: un chêne vert étant nommé éouze, en idiôme provençal.)"
[My translation: De Leouze, in Provence, ancient family, who formerly went by the name d’Alix. Laurens Alix, lived in 1550; he had a son called Giles Alix, who inherited from Antoine de Leouze, his relative, by will of 11 May 1577, dependent on the bearing of his name and his arms. He left the name d’Alix, to take the name de Leouze, which he passed on to his descendants. Silver, an uprooted oak tree of sinople (vert tincture, green). (Heraldry: an evergreen oak tree given the name éouze, in Provençal language.)]
Sources:
Dictionnaire universel de la noblesse de France by Jean B. de Courcelles (1821), p431
Histoire héroique et universelle de la noblesse de Provence, Volume 3 (1786), p339
Un artifice contre l'extinction des familles? La substitution de nom et d'armes à Marseille (fin XIVe-fin XVe s.), Christian Maurel (1990)
"Harvest at La Crau, with Montmajour in the Background" by Vincent van Gogh (1853-1890) |
Labels:
family portraits,
genealogy
Letters from our ancestors: Part 4
[This post was first published in February 2012.]
[Continued from Part 3. To start at the beginning, go to Part 1.]
Part 4 concludes the story encoded in my DNA (for now anyway).
My South African cousins
The apartheid system in South Africa lasted from 1948 to 1994. People were classified as Black, Coloured, Indian or White, and subjected to the following segregation laws among others:
Immorality Act: 1927-1985
Prohibition of Mixed Marriages Act: 1949-1985
Group Areas Act: 1950-1991
I was born into a segregated society and grew up thinking that I was a first generation White South African. I was 28 years old when apartheid ended, and even the members of the next generation in my family born in South Africa were not technically "born free" although they have grown up in a post-apartheid South Africa. I have felt displaced and struggled to find a sense of belonging my whole life. I now know that all humans descend from our common ancestors who lived in Africa many thousands of years ago, and have also discovered that in more recent times my ancestral DNA returned to Africa and contributed to a diverse gene pool with ancient roots in Africa as well as Europe and Asia.
Knowing that I share DNA and ancestry with other South Africans outside my immediate family has helped me to feel more connected to my homeland and the people in it. Intellectually I know that we are all related if we go back far enough, but it helps to see it in black-and-white (or blue as the case may be).
I have many American genetic cousins so it shouldn't come as a big surprise that I have South African genetic cousins even though my parents were not born in South Africa. Nevertheless, it was a pleasant surprise and they count among my most interesting DNA matches to date. I am aware of four genetic cousins who were born in South Africa like me. One of them has European ancestry and our closest common relative may never have lived in Africa. The other three are siblings with ancestry from all three reference populations used by 23andMe in their Ancestry Painting. For the sake of interest, I am sharing some of the 23andMe results for one of the three siblings here (note that the surname and these results are used here with kind permission).
Cousin Albertyn's mtDNA haplogroup (M5d) and Y-DNA haplogroup (R1b1b2a1a2f) are described below (he is a male so he has both mtDNA and Y-DNA haplogroups):
"Haplogroup: M, a subgroup of L3
Age: 60,000 years
Region: Asia
Populations: Indians, Chinese, Tibetans
Highlight: Haplogroup M spread from Africa to southeastern Asia in a few millennia.
Overview: Haplogroup M is one of two branches on the mitochondrial DNA tree that arose about 60,000 years ago, soon after humans first expanded out of Africa. Because of its deep roots it is widespread in southern and eastern Asia, and its branches extend into North America as well."
Maternal Haplogroup: M5d (a subgroup of M), 23andMe
"Haplogroup: R1b1b2, a subgroup of R1b1
Age: 17,000 years
Region: Europe
Populations: Irish, Basques, British, French
Highlight: R1b1b2 is the most common haplogroup in western Europe, with distinct branches in specific regions.
Overview: R1b1b2 is the most common haplogroup in western Europe, where its branches are clustered in various national populations. R1b1b2a1a2b is characteristic of the Basque, while R1b1b2a1a2f2 reaches its peak in Ireland and R1b1b2a1a1 is most commonly found on the fringes of the North Sea."
Paternal Haplogroup: R1b1b2a1a2f (a subgroup of R1b1b2), 23andMe
This Y-DNA haplogroup is a different subgroup of R1b1b2 from that of one of my Reinhardt cousins. The R1b1b2a1a2f subgroup of Y-DNA haplogroup R1b1b2 is very common among Irish men.
These haplogroups indicate that Cousin Albertyn is descended from an Asian ancestor in his direct maternal line and from a European ancestor in his direct paternal line, which is consistent with his Ancestry Painting results shown in terms of percentages below and illustrated in the chart on the left below. The light blue match on chromosome 9 in the chart on the right below shows the exact location of our shared DNA segment.
Europe: 56% (painted blue below)
Africa: 24% (painted green below)
Asia: 19% (painted orange below)
My Ancestry Painting is 100% European (painted blue) and the location of the DNA segment shared with Cousin Albertyn is painted European (blue) by 23andMe. It is likely that our closest common relative, either a common ancestor or a descendant of a common ancestor, came to Africa from Europe long before my parents did.
Genetic diversity of South Africans
Being South African and having South African cousins, I am interested in research relating to the genetics of South Africans in general.
The Living History Project conducted in 2007/8 by the Africa Genome Education Institute in partnership with Ancestry24 provides some very interesting results, e.g. "Approximately 1 in 12 individuals who identified as White have mtDNA lineages derived from African sources". You can find the project results online here:
Living History Project Results (Ancestry24)
Living History Project (Africa Genome Education Institute)
In 2011, 23andMe launched a new research project studying the DNA of people of African descent, Roots into the Future, which should benefit 23andMe customers of African descent.
South Africa's Archbishop Emeritus Desmond Tutu has also had his DNA sequenced and discovered that he is not exactly who he thought he was. His mtDNA haplogroup is L0d and his Y-DNA haplogroup is E1b1a8a (Source: Complete Khoisan and Bantu genomes from southern Africa, Nature). Descriptions of these haplogroups, and Tutu's comments about his results, are shown below:
"Among the oldest haplogroups in the human mitochondrial DNA tree, L0d is most common today among the traditional hunter-gatherer populations of the Kalahari desert."
Maternal Haplogroup: L0d (a subgroup of L0), 23andMe
"The E1b1a branch of haplogroup E predominates in Africa south of the Sahara, where it spread about 4,000 years ago in conjunction with the expansion of Bantu-speaking people out of western Africa."
Paternal Haplogroup: E1b1a8a (a subgroup of E1b1a), 23andMe
"Tutu was delighted at some of the unexpected discoveries from his genes. He is Bantu, a traditionally agricultural people, and was included in the study to represent their ancestry. But his genome revealed that he is also maternally related to the San, a hunter-gatherer population that has traditionally lived around the Kalahari Desert. 'The fact that the test found that I am related to these wise people who paint rocks makes me feel very privileged and blessed,' he told the BBC."
What Secrets Lie in Archbishop Tutu's Genome?
by Eben Harrell (TIME, 18 February 2010)
"According to my genome, which was sequenced, I am related to the San people, so I am coloured."
I am coloured says Tutu by Michelle Jones (Independent Online, 10 March 2011)
This result is not that unusual. In the Living History Project "At least 1 in 5 people who self identified as Black (predominantly southern Bantu-speakers) have a maternal ancestry linked with Khoesan people", and according to online articles Tutu is not the only famous South African with Khoesan ancestry:
"Mandela had his genetic code analysed in 2004, with some surprising results. While he is Xhosa, his mitochondrial DNA shows that he can trace his maternal lineage back to the San Bushmen, the earliest inhabitants of Africa ... Mandela's paternal line, on the other hand, was traced to a group of Africans from the Great Lakes area of East Africa. Most of SA's African population originated from this region and migrated down the continent's east coast to settle in South Africa."
Are you related to Mandela? by Mary Alexander (SouthAfrica.info, 24 April 2007)
Further reading:
Are we all 'coloured?' by Max du Preez (News24, 9 March 2011)
Being an African makes me who I am by Lee Rondganger (Independent Online, 6 June 2006),
DNA test may reveal you're related to Madiba by Sahm Venter (Independent Online, 7 March 2006)
SA 'one big family' by Neels Jackson (News 24, 20 September 2004)
So, Where Do We Come From? video clip (Tilde Café)
So, Where Do We Come From? by Curious Pictures for Carte Blanche (M-Net, 19 September 2004)
Who do you think you are?
"Ubuntu ... speaks of the very essence of being human ... It is to say, 'My humanity is caught up, is inextricably bound up, in yours.' We belong in a bundle of life. We say, 'A person is a person through other persons.'... 'I am human because I belong. I participate, I share.'"
Desmond Mpilo Tutu (1931-), No Future Without Forgiveness
[Continued from Part 3. To start at the beginning, go to Part 1.]
Part 4 concludes the story encoded in my DNA (for now anyway).
My South African cousins
The apartheid system in South Africa lasted from 1948 to 1994. People were classified as Black, Coloured, Indian or White, and subjected to the following segregation laws among others:
Immorality Act: 1927-1985
Prohibition of Mixed Marriages Act: 1949-1985
Group Areas Act: 1950-1991
I was born into a segregated society and grew up thinking that I was a first generation White South African. I was 28 years old when apartheid ended, and even the members of the next generation in my family born in South Africa were not technically "born free" although they have grown up in a post-apartheid South Africa. I have felt displaced and struggled to find a sense of belonging my whole life. I now know that all humans descend from our common ancestors who lived in Africa many thousands of years ago, and have also discovered that in more recent times my ancestral DNA returned to Africa and contributed to a diverse gene pool with ancient roots in Africa as well as Europe and Asia.
Knowing that I share DNA and ancestry with other South Africans outside my immediate family has helped me to feel more connected to my homeland and the people in it. Intellectually I know that we are all related if we go back far enough, but it helps to see it in black-and-white (or blue as the case may be).
I have many American genetic cousins so it shouldn't come as a big surprise that I have South African genetic cousins even though my parents were not born in South Africa. Nevertheless, it was a pleasant surprise and they count among my most interesting DNA matches to date. I am aware of four genetic cousins who were born in South Africa like me. One of them has European ancestry and our closest common relative may never have lived in Africa. The other three are siblings with ancestry from all three reference populations used by 23andMe in their Ancestry Painting. For the sake of interest, I am sharing some of the 23andMe results for one of the three siblings here (note that the surname and these results are used here with kind permission).
Cousin Albertyn's mtDNA haplogroup (M5d) and Y-DNA haplogroup (R1b1b2a1a2f) are described below (he is a male so he has both mtDNA and Y-DNA haplogroups):
"Haplogroup: M, a subgroup of L3
Age: 60,000 years
Region: Asia
Populations: Indians, Chinese, Tibetans
Highlight: Haplogroup M spread from Africa to southeastern Asia in a few millennia.
Overview: Haplogroup M is one of two branches on the mitochondrial DNA tree that arose about 60,000 years ago, soon after humans first expanded out of Africa. Because of its deep roots it is widespread in southern and eastern Asia, and its branches extend into North America as well."
Maternal Haplogroup: M5d (a subgroup of M), 23andMe
"Haplogroup: R1b1b2, a subgroup of R1b1
Age: 17,000 years
Region: Europe
Populations: Irish, Basques, British, French
Highlight: R1b1b2 is the most common haplogroup in western Europe, with distinct branches in specific regions.
Overview: R1b1b2 is the most common haplogroup in western Europe, where its branches are clustered in various national populations. R1b1b2a1a2b is characteristic of the Basque, while R1b1b2a1a2f2 reaches its peak in Ireland and R1b1b2a1a1 is most commonly found on the fringes of the North Sea."
Paternal Haplogroup: R1b1b2a1a2f (a subgroup of R1b1b2), 23andMe
This Y-DNA haplogroup is a different subgroup of R1b1b2 from that of one of my Reinhardt cousins. The R1b1b2a1a2f subgroup of Y-DNA haplogroup R1b1b2 is very common among Irish men.
These haplogroups indicate that Cousin Albertyn is descended from an Asian ancestor in his direct maternal line and from a European ancestor in his direct paternal line, which is consistent with his Ancestry Painting results shown in terms of percentages below and illustrated in the chart on the left below. The light blue match on chromosome 9 in the chart on the right below shows the exact location of our shared DNA segment.
Europe: 56% (painted blue below)
Africa: 24% (painted green below)
Asia: 19% (painted orange below)
My Ancestry Painting is 100% European (painted blue) and the location of the DNA segment shared with Cousin Albertyn is painted European (blue) by 23andMe. It is likely that our closest common relative, either a common ancestor or a descendant of a common ancestor, came to Africa from Europe long before my parents did.
Genetic diversity of South Africans
Being South African and having South African cousins, I am interested in research relating to the genetics of South Africans in general.
The Living History Project conducted in 2007/8 by the Africa Genome Education Institute in partnership with Ancestry24 provides some very interesting results, e.g. "Approximately 1 in 12 individuals who identified as White have mtDNA lineages derived from African sources". You can find the project results online here:
Living History Project Results (Ancestry24)
Living History Project (Africa Genome Education Institute)
In 2011, 23andMe launched a new research project studying the DNA of people of African descent, Roots into the Future, which should benefit 23andMe customers of African descent.
South Africa's Archbishop Emeritus Desmond Tutu has also had his DNA sequenced and discovered that he is not exactly who he thought he was. His mtDNA haplogroup is L0d and his Y-DNA haplogroup is E1b1a8a (Source: Complete Khoisan and Bantu genomes from southern Africa, Nature). Descriptions of these haplogroups, and Tutu's comments about his results, are shown below:
"Among the oldest haplogroups in the human mitochondrial DNA tree, L0d is most common today among the traditional hunter-gatherer populations of the Kalahari desert."
Maternal Haplogroup: L0d (a subgroup of L0), 23andMe
"The E1b1a branch of haplogroup E predominates in Africa south of the Sahara, where it spread about 4,000 years ago in conjunction with the expansion of Bantu-speaking people out of western Africa."
Paternal Haplogroup: E1b1a8a (a subgroup of E1b1a), 23andMe
"Tutu was delighted at some of the unexpected discoveries from his genes. He is Bantu, a traditionally agricultural people, and was included in the study to represent their ancestry. But his genome revealed that he is also maternally related to the San, a hunter-gatherer population that has traditionally lived around the Kalahari Desert. 'The fact that the test found that I am related to these wise people who paint rocks makes me feel very privileged and blessed,' he told the BBC."
What Secrets Lie in Archbishop Tutu's Genome?
by Eben Harrell (TIME, 18 February 2010)
"According to my genome, which was sequenced, I am related to the San people, so I am coloured."
I am coloured says Tutu by Michelle Jones (Independent Online, 10 March 2011)
This result is not that unusual. In the Living History Project "At least 1 in 5 people who self identified as Black (predominantly southern Bantu-speakers) have a maternal ancestry linked with Khoesan people", and according to online articles Tutu is not the only famous South African with Khoesan ancestry:
"Mandela had his genetic code analysed in 2004, with some surprising results. While he is Xhosa, his mitochondrial DNA shows that he can trace his maternal lineage back to the San Bushmen, the earliest inhabitants of Africa ... Mandela's paternal line, on the other hand, was traced to a group of Africans from the Great Lakes area of East Africa. Most of SA's African population originated from this region and migrated down the continent's east coast to settle in South Africa."
Are you related to Mandela? by Mary Alexander (SouthAfrica.info, 24 April 2007)
Further reading:
Are we all 'coloured?' by Max du Preez (News24, 9 March 2011)
Being an African makes me who I am by Lee Rondganger (Independent Online, 6 June 2006),
DNA test may reveal you're related to Madiba by Sahm Venter (Independent Online, 7 March 2006)
SA 'one big family' by Neels Jackson (News 24, 20 September 2004)
So, Where Do We Come From? video clip (Tilde Café)
So, Where Do We Come From? by Curious Pictures for Carte Blanche (M-Net, 19 September 2004)
Who do you think you are?
"Ubuntu ... speaks of the very essence of being human ... It is to say, 'My humanity is caught up, is inextricably bound up, in yours.' We belong in a bundle of life. We say, 'A person is a person through other persons.'... 'I am human because I belong. I participate, I share.'"
Desmond Mpilo Tutu (1931-), No Future Without Forgiveness
Labels:
genetic genealogy
Letters from our ancestors: Part 3
[This post was first published in February 2012; deleted red herrings and updated known paternal ancestry November 26, 2015 (confirmed by DNA match December 22, 2015).]
[Continued from Part 2. To start at the beginning, go to Part 1.]
Genetic cousins
When I refer to genetic cousins, I am generally referring to other people who have had their atDNA sequenced and with whom I share atDNA segment(s) that meet certain criteria used to identify matches that are identical by descent (IBD) rather than those that are identical by state (IBS), meaning identical by chance. We share common ancestors in recent history (within hundreds of years not thousands of years), even though we may not know exactly who they were. The further back we share an ancestor, the more diluted our shared DNA becomes and the harder it is to identify it. I currently have about 700 genetic cousins in my 23andMe Relative Finder list out of over 125,000 customers in total, i.e. less than 1% of the customer database. I also have over 100 genetic cousins in Family Tree DNA's Family Finder database, which is currently smaller than that of 23andMe. My closest genetic cousin to date is a predicted 3rd to 5th cousin.
23andMe customers will tell you that my number of genetic cousins is too low for someone with partial Ashkenazi Jewish ancestry, who typically has a relatively large number of genetic cousins due to historically endogamous practices resulting in DNA from multiple common ancestors being shared with other Ashkenazi Jewish customers. Less is currently known about the genetics of the smaller groups of non-Ashkenazi Jewish people in the US. Nevertheless I do have some Jewish genetic cousins, and some of them also share my family's original surname.
My Reinhardt cousins
In theory, Y-DNA and surname are inherited more or less unchanged over many generations down the direct paternal line (from father to son). However, this will not be the case regarding surname if there were any "non-paternal events" in this line, i.e. if a child's surname is not the same as that of the child's biological father. In my own family tree there are males who were adopted, whose surnames were changed and who were given their mother's surname at birth. Despite this caveat, Y-DNA results are used with some success by adoptees to obtain clues about the name of their biological father. A predominance of one surname among an adoptee's Y-DNA matches can provide an indication of the likely surname of their biological father.
Out of all the genetic cousins that have identified themselves to me to date (the friendly ones), three have a surname that is a spelling variation of Reinhardt and another three have the name in their list of ancestral surnames. They generally trace their Reinhardt lines back to Germany. This is a very exciting result for me, as I had never seen our original family surname in black-and-white before (I do realize that not all Reinhardts are related and that we may be related via different ancestral lines altogether, but I do not have such results with any other ancestral surnames). All three with the Reinhardt surname are male, which means that I may be able to infer information about my direct paternal line from their Y-DNA results.
All three of my genetic cousins with the Reinhardt surname have different Y-DNA haplogroups described below (J2, R1a1a and R1b1b2a1a2d3), which means that they cannot all be descended in a direct paternal line from a common Reinhardt ancestor. If they are all related via a common Reinhardt ancestor, some or all of them may be descended from their common Reinhardt ancestor via another ancestral line, e.g. via a mother with the maiden surname Reinhardt.
"Haplogroup: J2, a subgroup of J
Age: 18,000 years
Region: Southern Europe, Near East, Northern Africa
Populations: Ashkenazi Jews, Sephardic Jews, Lebanese
Highlight: Haplogroup J2 is found in nearly one-quarter of Sephardic Jewish men.
Overview: Haplogroup J2 is most common in southern Europe, Anatolia and the Caucasus, where it may have originated about 18,000 years ago. It appears to have spread into Europe in a number of waves over the course of millennia."
Paternal Haplogroup: J2, 23andMe
"Haplogroup: R1a1a
Age: 12,000 years
Region: Eastern Europe, Scandinavia, Southwestern Asia, India
Populations: Ukranians, Indians, Poles
Highlight: R1a1a is the most common haplogroup in eastern Europe.
Overview: R1a1a is the primary haplogroup of Eastern Europe, where it spread after the end of the Ice Age about 12,000 years ago. The haplogroup is most common in a swath from Ukraine and the Balkans north and west into Scandinavia, along the path of the men who followed the receding glaciers into Europe. It is also common near its presumed point of origin in south-central Asia."
Paternal Haplogroup: R1a1a, 23andMe
"Haplogroup: R1b1b2, a subgroup of R1b1
Age: 17,000 years
Region: Europe
Populations: Irish, Basques, British, French
Highlight: R1b1b2 is the most common haplogroup in western Europe, with distinct branches in specific regions.
Overview: R1b1b2 is the most common haplogroup in western Europe, where its branches are clustered in various national populations. R1b1b2a1a2b is characteristic of the Basque, while R1b1b2a1a2f2 reaches its peak in Ireland and R1b1b2a1a1 is most commonly found on the fringes of the North Sea."
Paternal Haplogroup: R1b1b2a1a2d3 (a subgroup of R1b1b2), 23andMe
The likely place of origin of the R1b1b2a1a2d3 subgroup of Y-DNA haplogroup R1b1b2 is generally considered to be Southern Germany.
My Reinhardt cousin with the haplogroup J2 is a member of a Y-DNA surname project, The Rinehart DNA Project, which has a wide variety of haplogroups in its Y-DNA results reflecting the reality of different Reinhardt lineages and non-paternal events. He does not have any matches there yet.
I have seen photographs of two of my genetic cousins with the Reinhardt surname and one of them could easily pass for my younger brother (who looks more like our father than our mother, and also closely resembles our older half-brother).
My European cousins
My 23andMe Ancestry Painting biogeographical ancestry results confirm that my ancestry is 100% European, which does not help me much (they only use three reference populations, i.e. Africa, Asia and Europe, due to reference population data constraints and because it is difficult to differentiate between DNA inherited from genetically similar populations). Fortunately I am able to zoom in a bit closer using 23andMe's Ancestry Finder tool which makes use of data submitted by my genetic cousins about their known ancestry. This tool provides clues about my ancestry by analyzing the known places of birth of the grandparents of my genetic cousins, bearing in mind that the data is influenced by 23andMe's customer footprint and by the extent to which customers complete their ancestry survey.
I have genetic cousins with all four grandparents born in the following European countries, listed in order of the percentage of my genome covered:
United Kingdom
Ireland
Switzerland
Slovakia
Romania
Norway
Ukraine
Netherlands
Hungary
Germany
The first three countries correspond with my knownmaternal ancestry, and the other countries provide clues about my paternal ancestry suggesting eastern European and/or Germanic ancestry.
Principal component analysis
Doug McDonald, a Professor of Chemistry at the University of Illinois, kindly analysed my 23andMe raw data using principal component analysis and advised: "My new program says that you are, with a passable fit, French. However, better is a fit with some combinations of Orkney, France, Spain, and Lithuania. Orkney/Jewish (83/16%) fits as well as plain French."
My Mideast component (5.8%) is a bit higher than the 5% benchmark used to identify Jewish ancestry, and indicates that something in my ancestry is pulling me in a south-easterly direction.
[Continued in Part 4.]
"I am the family face;
Flesh perishes, I live on,
Projecting trait and trace
Through time to times anon,
And leaping from place to place
Over oblivion.
The years-heired feature that can
In curve and voice and eye
Despise the human span
Of durance - that is I;
The eternal thing in man,
That heeds no call to die."
Thomas Hardy (1840-1928), Heredity
[Continued from Part 2. To start at the beginning, go to Part 1.]
Genetic cousins
When I refer to genetic cousins, I am generally referring to other people who have had their atDNA sequenced and with whom I share atDNA segment(s) that meet certain criteria used to identify matches that are identical by descent (IBD) rather than those that are identical by state (IBS), meaning identical by chance. We share common ancestors in recent history (within hundreds of years not thousands of years), even though we may not know exactly who they were. The further back we share an ancestor, the more diluted our shared DNA becomes and the harder it is to identify it. I currently have about 700 genetic cousins in my 23andMe Relative Finder list out of over 125,000 customers in total, i.e. less than 1% of the customer database. I also have over 100 genetic cousins in Family Tree DNA's Family Finder database, which is currently smaller than that of 23andMe. My closest genetic cousin to date is a predicted 3rd to 5th cousin.
In theory, Y-DNA and surname are inherited more or less unchanged over many generations down the direct paternal line (from father to son). However, this will not be the case regarding surname if there were any "non-paternal events" in this line, i.e. if a child's surname is not the same as that of the child's biological father. In my own family tree there are males who were adopted, whose surnames were changed and who were given their mother's surname at birth. Despite this caveat, Y-DNA results are used with some success by adoptees to obtain clues about the name of their biological father. A predominance of one surname among an adoptee's Y-DNA matches can provide an indication of the likely surname of their biological father.
Out of all the genetic cousins that have identified themselves to me to date (the friendly ones), three have a surname that is a spelling variation of Reinhardt and another three have the name in their list of ancestral surnames. They generally trace their Reinhardt lines back to Germany. This is a very exciting result for me, as I had never seen our original family surname in black-and-white before (I do realize that not all Reinhardts are related and that we may be related via different ancestral lines altogether, but I do not have such results with any other ancestral surnames). All three with the Reinhardt surname are male, which means that I may be able to infer information about my direct paternal line from their Y-DNA results.
All three of my genetic cousins with the Reinhardt surname have different Y-DNA haplogroups described below (J2, R1a1a and R1b1b2a1a2d3), which means that they cannot all be descended in a direct paternal line from a common Reinhardt ancestor. If they are all related via a common Reinhardt ancestor, some or all of them may be descended from their common Reinhardt ancestor via another ancestral line, e.g. via a mother with the maiden surname Reinhardt.
"Haplogroup: J2, a subgroup of J
Age: 18,000 years
Region: Southern Europe, Near East, Northern Africa
Populations: Ashkenazi Jews, Sephardic Jews, Lebanese
Highlight: Haplogroup J2 is found in nearly one-quarter of Sephardic Jewish men.
Overview: Haplogroup J2 is most common in southern Europe, Anatolia and the Caucasus, where it may have originated about 18,000 years ago. It appears to have spread into Europe in a number of waves over the course of millennia."
Paternal Haplogroup: J2, 23andMe
"Haplogroup: R1a1a
Age: 12,000 years
Region: Eastern Europe, Scandinavia, Southwestern Asia, India
Populations: Ukranians, Indians, Poles
Highlight: R1a1a is the most common haplogroup in eastern Europe.
Overview: R1a1a is the primary haplogroup of Eastern Europe, where it spread after the end of the Ice Age about 12,000 years ago. The haplogroup is most common in a swath from Ukraine and the Balkans north and west into Scandinavia, along the path of the men who followed the receding glaciers into Europe. It is also common near its presumed point of origin in south-central Asia."
Paternal Haplogroup: R1a1a, 23andMe
"Haplogroup: R1b1b2, a subgroup of R1b1
Age: 17,000 years
Region: Europe
Populations: Irish, Basques, British, French
Highlight: R1b1b2 is the most common haplogroup in western Europe, with distinct branches in specific regions.
Overview: R1b1b2 is the most common haplogroup in western Europe, where its branches are clustered in various national populations. R1b1b2a1a2b is characteristic of the Basque, while R1b1b2a1a2f2 reaches its peak in Ireland and R1b1b2a1a1 is most commonly found on the fringes of the North Sea."
Paternal Haplogroup: R1b1b2a1a2d3 (a subgroup of R1b1b2), 23andMe
The likely place of origin of the R1b1b2a1a2d3 subgroup of Y-DNA haplogroup R1b1b2 is generally considered to be Southern Germany.
My Reinhardt cousin with the haplogroup J2 is a member of a Y-DNA surname project, The Rinehart DNA Project, which has a wide variety of haplogroups in its Y-DNA results reflecting the reality of different Reinhardt lineages and non-paternal events. He does not have any matches there yet.
I have seen photographs of two of my genetic cousins with the Reinhardt surname and one of them could easily pass for my younger brother (who looks more like our father than our mother, and also closely resembles our older half-brother).
My European cousins
My 23andMe Ancestry Painting biogeographical ancestry results confirm that my ancestry is 100% European, which does not help me much (they only use three reference populations, i.e. Africa, Asia and Europe, due to reference population data constraints and because it is difficult to differentiate between DNA inherited from genetically similar populations). Fortunately I am able to zoom in a bit closer using 23andMe's Ancestry Finder tool which makes use of data submitted by my genetic cousins about their known ancestry. This tool provides clues about my ancestry by analyzing the known places of birth of the grandparents of my genetic cousins, bearing in mind that the data is influenced by 23andMe's customer footprint and by the extent to which customers complete their ancestry survey.
I have genetic cousins with all four grandparents born in the following European countries, listed in order of the percentage of my genome covered:
United Kingdom
Ireland
Switzerland
Slovakia
Romania
Norway
Ukraine
Netherlands
Hungary
Germany
The first three countries correspond with my known
Principal component analysis
Doug McDonald, a Professor of Chemistry at the University of Illinois, kindly analysed my 23andMe raw data using principal component analysis and advised: "My new program says that you are, with a passable fit, French. However, better is a fit with some combinations of Orkney, France, Spain, and Lithuania. Orkney/Jewish (83/16%) fits as well as plain French."
My Mideast component (5.8%) is a bit higher than the 5% benchmark used to identify Jewish ancestry, and indicates that something in my ancestry is pulling me in a south-easterly direction.
[Continued in Part 4.]
"I am the family face;
Flesh perishes, I live on,
Projecting trait and trace
Through time to times anon,
And leaping from place to place
Over oblivion.
The years-heired feature that can
In curve and voice and eye
Despise the human span
Of durance - that is I;
The eternal thing in man,
That heeds no call to die."
Thomas Hardy (1840-1928), Heredity
Labels:
genetic genealogy
Letters from our ancestors: Part 2
[This post was first published in February 2012.]
[Continued from Part 1.]
The new frontier
Genetic genealogy is a useful new tool for genealogists, especially for those who are willing to share information and participate in an interactive community. Our DNA code only means something when we share it with other people, both in our bodies and in the virtual world. We can infer biogeographical ancestry to some extent by comparing our DNA with that of reference population samples, but sharing information with "genetic cousins" may be more helpful when it comes to filling in the gaps in our family history. Product developments are customer-driven to a large extent, since the suppliers may be experts in genetics but by and large they are not experts in genealogy.
I have tested my DNA with three different testing companies based in the US: Family Tree DNA (founded 1999), DNA Tribes (founded 2006) and 23andMe (founded 2006). Out of the three companies, at this stage of the game I would recommend 23andMe first plus Family Tree DNA if you can afford both. Unfortunately 23andMe does not ship to South Africa yet, so South African residents must order via a personal or commercial US-based postal intermediary such as Shipito.
I have tested both my mitochondrial DNA (mtDNA), which is inherited more or less unchanged over many generations down the direct maternal line (from mother to child, but not passed on by a male child), and my autosomal DNA (atDNA), which is a mixture of DNA inherited from both parents and all ancestral lines. As a female, I do not have Y-DNA which is inherited more or less unchanged over many generations down the direct paternal line (from father to son). In theory, I could infer information about my direct paternal line by testing a male relative in that line. My brothers are not keen on providing a DNA sample which is their prerogative, but genetic cousins may be able to help me out in this regard. It is important to note that mtDNA and Y-DNA only represent the two outer branches out of many branches in our family trees, hence the importance of atDNA testing.
The clan of Velda
This chart shows the migration of our human ancestors from the cradle of mankind in Africa in terms of mtDNA haplogroups, i.e. mtDNA branches that formed in different geographical areas over thousands of years.
Although my mtDNA results have no bearing on my paternal family history, I will include them here for the sake of interest and completeness. I have come to realize how important it is to understand all the factors contributing to one's genetic makeup when trying to make sense of atDNA results for an admixed individual.
My mother was born in England to an English father and a Swiss-Irish mother. The furthest back I can trace my direct maternal line is to a Maria Holliger born in Seengen, Aargau, Switzerland c1790. My mtDNA inherited via this ancestral line is in Haplogroup V, which is a branch of mtDNA formed in Europe about 16,000 years ago. I am descended in this line from the "clan mother" named Velda by Bryan Sykes in his book about the European mtDNA haplogroups, The Seven Daughters of Eve. Velda in turn is descended in a direct maternal line via earlier mtDNA branches from Mitochondrial Eve, who we are all ultimately descended from in our direct maternal lines.
The characteristics of Haplogroup V are summarized below:
"The clan of Velda (Scandinavian for ruler) is the smallest of the seven clans containing only about 4% of native Europeans. Velda lived 17,000 years ago in the limestone hills of Cantabria in northwest Spain. Her descendants are found nowadays mainly in western and northern Europe and are surprisingly frequent among the Saami people of Finland and Northern Norway."
Maternal Ancestry, Oxford Ancestors (founded by Bryan Sykes)
"Haplogroup: V, a subgroup of R0
Age: 16,000 years
Region: Europe
Populations: Finns, Saami (Lapps), Sardinians, Basques
Highlight: Haplogroup V was probably common in Doggerland, an ancient land now drowned beneath the North Sea.
Overview: Haplogroup V originated in Iberia during the Ice Age. After a last burst of cold conditions roughly 12,000 years ago, migrations carried the haplogroup northward along the Atlantic coast and through central Europe to Scandinavia. Today it is found in a wide variety of populations from the Basques of Spain to the Saami of Finland."
Maternal Haplogroup: V, 23andMe
Some famous members of Haplogroup V are Benjamin Franklin and Bono. Like me, they are descended in a direct maternal line from our clan mother Velda (see Haplogroups of the Rich and Famous, The Spittoon).
I am not aware of any high resolution mtDNA matches, i.e. people matching me on both HVR1 and HVR2 panels tested, which is quite unusual. However, I do have quite an interesting match in the FTDNA mtDNA Haplogroup V project. One of my HVR1 matches listed there has the same mutations in the HVR2 panel as I do except for two. This match can trace their direct maternal line back to a Johanna Warnicke born in Hannover, Germany in 1835.
[Continued in Part 3.]
"The same stream of life that runs through my veins night and day runs through the world and dances in rhythmic measures. It is the same life that shoots in joy through the dust of the earth in numberless blades of grass and breaks into tumultuous waves of leaves and flowers. It is the same life that is rocked in the ocean-cradle of birth and of death, in ebb and in flow. I feel my limbs are made glorious by the touch of this world of life. And my pride is from the life-throb of ages dancing in my blood this moment."
Gurudev Rabindranath Tagore (1861-1941), Stream of Life
[Continued from Part 1.]
The new frontier
Genetic genealogy is a useful new tool for genealogists, especially for those who are willing to share information and participate in an interactive community. Our DNA code only means something when we share it with other people, both in our bodies and in the virtual world. We can infer biogeographical ancestry to some extent by comparing our DNA with that of reference population samples, but sharing information with "genetic cousins" may be more helpful when it comes to filling in the gaps in our family history. Product developments are customer-driven to a large extent, since the suppliers may be experts in genetics but by and large they are not experts in genealogy.
I have tested my DNA with three different testing companies based in the US: Family Tree DNA (founded 1999), DNA Tribes (founded 2006) and 23andMe (founded 2006). Out of the three companies, at this stage of the game I would recommend 23andMe first plus Family Tree DNA if you can afford both. Unfortunately 23andMe does not ship to South Africa yet, so South African residents must order via a personal or commercial US-based postal intermediary such as Shipito.
I have tested both my mitochondrial DNA (mtDNA), which is inherited more or less unchanged over many generations down the direct maternal line (from mother to child, but not passed on by a male child), and my autosomal DNA (atDNA), which is a mixture of DNA inherited from both parents and all ancestral lines. As a female, I do not have Y-DNA which is inherited more or less unchanged over many generations down the direct paternal line (from father to son). In theory, I could infer information about my direct paternal line by testing a male relative in that line. My brothers are not keen on providing a DNA sample which is their prerogative, but genetic cousins may be able to help me out in this regard. It is important to note that mtDNA and Y-DNA only represent the two outer branches out of many branches in our family trees, hence the importance of atDNA testing.
The clan of Velda
This chart shows the migration of our human ancestors from the cradle of mankind in Africa in terms of mtDNA haplogroups, i.e. mtDNA branches that formed in different geographical areas over thousands of years.
Although my mtDNA results have no bearing on my paternal family history, I will include them here for the sake of interest and completeness. I have come to realize how important it is to understand all the factors contributing to one's genetic makeup when trying to make sense of atDNA results for an admixed individual.
My mother was born in England to an English father and a Swiss-Irish mother. The furthest back I can trace my direct maternal line is to a Maria Holliger born in Seengen, Aargau, Switzerland c1790. My mtDNA inherited via this ancestral line is in Haplogroup V, which is a branch of mtDNA formed in Europe about 16,000 years ago. I am descended in this line from the "clan mother" named Velda by Bryan Sykes in his book about the European mtDNA haplogroups, The Seven Daughters of Eve. Velda in turn is descended in a direct maternal line via earlier mtDNA branches from Mitochondrial Eve, who we are all ultimately descended from in our direct maternal lines.
The characteristics of Haplogroup V are summarized below:
"The clan of Velda (Scandinavian for ruler) is the smallest of the seven clans containing only about 4% of native Europeans. Velda lived 17,000 years ago in the limestone hills of Cantabria in northwest Spain. Her descendants are found nowadays mainly in western and northern Europe and are surprisingly frequent among the Saami people of Finland and Northern Norway."
Maternal Ancestry, Oxford Ancestors (founded by Bryan Sykes)
"Haplogroup: V, a subgroup of R0
Age: 16,000 years
Region: Europe
Populations: Finns, Saami (Lapps), Sardinians, Basques
Highlight: Haplogroup V was probably common in Doggerland, an ancient land now drowned beneath the North Sea.
Overview: Haplogroup V originated in Iberia during the Ice Age. After a last burst of cold conditions roughly 12,000 years ago, migrations carried the haplogroup northward along the Atlantic coast and through central Europe to Scandinavia. Today it is found in a wide variety of populations from the Basques of Spain to the Saami of Finland."
Maternal Haplogroup: V, 23andMe
Some famous members of Haplogroup V are Benjamin Franklin and Bono. Like me, they are descended in a direct maternal line from our clan mother Velda (see Haplogroups of the Rich and Famous, The Spittoon).
I am not aware of any high resolution mtDNA matches, i.e. people matching me on both HVR1 and HVR2 panels tested, which is quite unusual. However, I do have quite an interesting match in the FTDNA mtDNA Haplogroup V project. One of my HVR1 matches listed there has the same mutations in the HVR2 panel as I do except for two. This match can trace their direct maternal line back to a Johanna Warnicke born in Hannover, Germany in 1835.
[Continued in Part 3.]
"The same stream of life that runs through my veins night and day runs through the world and dances in rhythmic measures. It is the same life that shoots in joy through the dust of the earth in numberless blades of grass and breaks into tumultuous waves of leaves and flowers. It is the same life that is rocked in the ocean-cradle of birth and of death, in ebb and in flow. I feel my limbs are made glorious by the touch of this world of life. And my pride is from the life-throb of ages dancing in my blood this moment."
Gurudev Rabindranath Tagore (1861-1941), Stream of Life
Labels:
genetic genealogy
Letters from our ancestors: Part 1
[This post was first published in February 2012; deleted red herrings and updated known paternal ancestry November 26, 2015 (confirmed by DNA match December 22, 2015).]
As suggested by the name of the television series Who Do You Think You Are?, researching your family history changes who you think you are.
I was born in Kwazulu-Natal, South Africa, and grew up thinking I was English and Roman Catholic, which I now realize is a bit of a contradiction.I now know that only one of my grandparents was English and only one of my great-grandparents was Catholic. I also discovered that the surname on my birth certificate is not the original surname of my ancestors in my direct paternal line. My family history is far more complicated than I ever imagined, and with very little information to go on regarding my paternal line I have turned to the letters inherited from my ancestors that have meaning because I share them with other people, the "volumes of history, written in the ancient alphabet of G and C, A and T"*.
"The secret recipe for all life is written in just four letters: A, C, G and T. Each of these letters stands for a chemical called a nucleotide: A for adenine, C for cytosine, G for guanine, and T for thymine. Like a single letter of the alphabet, each nucleotide means nothing all by itself. But like letters strung together in a word, the order in which they appear in the DNA molecule is what matters. The sequence of nucleotides in DNA gives the unique instructions for how to make each one of us."*
"All of us ... share similarities in our DNA. Your DNA code is most similar to those of other people in your family."*
Scientists believe that we all share a common human ancestor who lived in Africa about 200,000 years ago (Mitochondrial Eve), so what explains our genetic diversity today?
"We're all different from one another because over time, DNA steadily changes, or mutates ... the longer two people have been separated from their common ancestor, the more mutations will have piled up ... By comparing the mutations of different DNA samples, ... (one) can tell how long ago different individuals ... shared a common ancestor."*
*Search for the Golden Moon Bear, Sy Montgomery
Incidentally, the title of the 1997 science fiction film Gattaca was derived from these four letters.
The brick wall
My mother was born in England and my father was born inCanada England and served in the British Army during World War II. They met in Africa in the early 1960s, settled in South Africa and had three children. My father passed away in 1967 and my mother, who passed away in 1992, knew or told little about his family. To this day, I have not been able to verify my father's birth information and the earliest record I have been able to obtain for him is his army service record.
A breakthrough in the search for information about my father's family came about when my brother obtained a copy of our father's death notice signed by my mother. The death notice contains some information I already knew and something else quite unexpected, the name of a surviving spouse who was not my mother. This name eventually led me to a marriage record in England, the birth record of their first child, and his number in the UK telephone directory. I telephoned my half-brother and later met him and his family for the first time in 2005.
My half-brother, who was born in England, told me that he had travelled to South Africa with his parents in the early 1950s but soon after he and his mother had returned to England, where a second child was born. My half-sister passed away in 2001 before I had a chance to meet her.My half-brother also told me that our father's parents came from Germany and that their surname was Reinhardt, which was news to me. My mother had told me that my father's mother was Jewish, but my half-brother had no knowledge of that. According to at least one source Reinhardt is a Jewish surname but that does not make complete sense assuming it was the surname of my father's father and not his mother's maiden surname, so wires may have been crossed somewhere.
"Reinhardt is a common German, Danish, and to a lesser extent Norwegian surname (from Germanic ragin, counsel, and hart, strong)."
Wikipedia
"German and Jewish (Ashkenazic): from a Germanic personal name composed of the elements ragin 'counsel' + hard 'hardy', 'brave', 'strong'."
Reinhardt, Dictionary of American Family Names, Oxford University Press
I now know more than I knew before about my father's family, but still not enough to locate a birth record for my father or further details about his parents and their origins using conventional genealogy. The 1921 Census of Canada, the first taken after my father's birth, will be made public in 2013 and I hope to find my family in it. In the meantime, I am fishing new waters for clues.
UPDATE: [My father's family were not in the 1921 Census of Canada. On 2 November 2015, the 1939 Register taken in England on 29 September 1939, two weeks before my father enlisted in the British Army, was made public on the findmypast site. I found a record with date of birth for the person my father had listed as his father in his enlistment papers, which led me to an Ancestry family tree owned by the person's sister's granddaughter. The person my father listed as his father appears to be my grandfather. One of his surviving daughters agreed to submit a DNA sample to AncestryDNA to confirm our relationship.]
[Continued in Part 2.]
"I would like to beg of you, dear friend, as well as I can, to have patience with everything that remains unsolved in your heart. Try to love the questions themselves, like locked rooms and like books written in a foreign language."
Rainer Maria Rilke (1875-1926), Letters to a Young Poet
as translated by Joan M Burnham
As suggested by the name of the television series Who Do You Think You Are?, researching your family history changes who you think you are.
I was born in Kwazulu-Natal, South Africa, and grew up thinking I was English and Roman Catholic, which I now realize is a bit of a contradiction.
"The secret recipe for all life is written in just four letters: A, C, G and T. Each of these letters stands for a chemical called a nucleotide: A for adenine, C for cytosine, G for guanine, and T for thymine. Like a single letter of the alphabet, each nucleotide means nothing all by itself. But like letters strung together in a word, the order in which they appear in the DNA molecule is what matters. The sequence of nucleotides in DNA gives the unique instructions for how to make each one of us."*
"All of us ... share similarities in our DNA. Your DNA code is most similar to those of other people in your family."*
Scientists believe that we all share a common human ancestor who lived in Africa about 200,000 years ago (Mitochondrial Eve), so what explains our genetic diversity today?
"We're all different from one another because over time, DNA steadily changes, or mutates ... the longer two people have been separated from their common ancestor, the more mutations will have piled up ... By comparing the mutations of different DNA samples, ... (one) can tell how long ago different individuals ... shared a common ancestor."*
*Search for the Golden Moon Bear, Sy Montgomery
Incidentally, the title of the 1997 science fiction film Gattaca was derived from these four letters.
The brick wall
My mother was born in England and my father was born in
A breakthrough in the search for information about my father's family came about when my brother obtained a copy of our father's death notice signed by my mother. The death notice contains some information I already knew and something else quite unexpected, the name of a surviving spouse who was not my mother. This name eventually led me to a marriage record in England, the birth record of their first child, and his number in the UK telephone directory. I telephoned my half-brother and later met him and his family for the first time in 2005.
My half-brother, who was born in England, told me that he had travelled to South Africa with his parents in the early 1950s but soon after he and his mother had returned to England, where a second child was born. My half-sister passed away in 2001 before I had a chance to meet her.
"Reinhardt is a common German, Danish, and to a lesser extent Norwegian surname (from Germanic ragin, counsel, and hart, strong)."
Wikipedia
"German and Jewish (Ashkenazic): from a Germanic personal name composed of the elements ragin 'counsel' + hard 'hardy', 'brave', 'strong'."
Reinhardt, Dictionary of American Family Names, Oxford University Press
I now know more than I knew before about my father's family, but still not enough to locate a birth record for my father or further details about his parents and their origins using conventional genealogy. The 1921 Census of Canada, the first taken after my father's birth, will be made public in 2013 and I hope to find my family in it.
UPDATE: [My father's family were not in the 1921 Census of Canada. On 2 November 2015, the 1939 Register taken in England on 29 September 1939, two weeks before my father enlisted in the British Army, was made public on the findmypast site. I found a record with date of birth for the person my father had listed as his father in his enlistment papers, which led me to an Ancestry family tree owned by the person's sister's granddaughter. The person my father listed as his father appears to be my grandfather. One of his surviving daughters agreed to submit a DNA sample to AncestryDNA to confirm our relationship.]
[Continued in Part 2.]
"I would like to beg of you, dear friend, as well as I can, to have patience with everything that remains unsolved in your heart. Try to love the questions themselves, like locked rooms and like books written in a foreign language."
Rainer Maria Rilke (1875-1926), Letters to a Young Poet
as translated by Joan M Burnham
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genetic genealogy
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