Skuce Family DNA ProjectPedigrees and Results pageGreat news for genealogists, particularly women!How might joining this project help my Skuce family research?
At a brick wall with your Skuce ancestor? Don’t know where to look next? Wonder whether the Bristol Skuses are related to the Irish Skuses? Or the Wiltshire Skuses? Or the Oxforshire Skuses? Well, testing males with the Skuce or variants surnames from each of these regions will answer which branches or the family are related and which ar not. That is the essence of Y-DNA testing.
Project Overview
Our Skuce DNA Project began in January 2007 at Family Tree DNA (FTDNA) after some discussion on the SKUCE mailing list on rootsweb.
Purpose of this websiteThe purpose of this website is to provide information about the Skuce DNA project and to provide information about the descendants of the Skuce ancestors of participants. This will include
Spelling of the surnameCenturies ago people's attitude towards spelling was very different from today. Many people were illiterate and those who could write just did the best they could - writing things as they heard them. So, even though we may be very particular how people spell our surname these days, it is a comparatively recent phenomenon. Although this project describes itself as the "Skuce family" project it includes all spelling variants. Origins of the surnameCork, IrelandSeven members of this project trace their origins to Ireland, four of them to County Cork in the latter half of the 1700's. Keith Skues wrote on the Skuce list on Rootsweb in 2002 "John gave much information that I did not know concerning the SKUCEs of West Cork dating back to 1590." EnglandOne participant traces his origin back to Cornwall in the early 1700s. There are several places in South West and Southern England where Skuces lived over many generations in the 1500s, 1600s and 1700's. They include Cornwall, Devon, Somerset, Bristol, Gloucestershire, Wiltshire and Oxfordshire. Provided that there are current representatives of those families with the Skuce surname willing to contribute this project could easily determine which of those families are related to each other. It can also determine whether the any of the English branches are related to the Cork Skuces. What do test results look like?The primary result of a Y-DNA test is a series of numbers, either 12, 25, 37, 67 or 111 numbers depending on which test has been purchased. Twelve markers tests are not recommended for surname projects - conclusions cannot be drawn with statistical confidence. Anyone who matches those numbers closely is related to you. The closeness of the match will indicate how far back you share a common ancestor. A 36 or 37 out of 37 would indicate a more recent common ancestor than, say, a 34 out of 37 match. There are tables on FTDNA's websites to estimate the number of generations back that two people share a common ancestor. FTDNA lets participants know when they match others in their project or within FTDNA's database (participant's choice). Additionally there are databases to which participants may upload their results to find matches with people tested by other companies. There is a Y-DNA test available called the Big Y. It tests many more markers, is considerably more expensive and is only relevant to those doing advanced DNA research. The results and the pedigrees of our participants can be viewed on the pedigrees and results page. Although not strictly related to surnames the Y-DNA test results also allow a determination of which Y-haplogroup the participant belongs to. A haplogroup can be thought of as a tribe; people descended from a single individual who lived many thousands of years ago. Knowing one's haplogroup can indicate the geographical area of the participant's paternal ancestry. Included with your results you will be told your haplogroup which is a short code such as I1a or R1b. Using these two examples, haplogroup I1a probably has its roots in northern France and currently is found most frequently within Viking / Scandinavian populations. Haplogroup R1b is the most common haplogroup in European populations. It is believed to have expanded throughout Europe from the Iberian Peninsula as humans re-colonized Europe after the last glacial maximum 10-12 thousand years ago. There are dozens of haplogroups and much research is being done to analyse the history of each of them. The participants with their origins in Ireland who have received their results are haplogroup I2b, unusual for that area. The participant with origins in Cornwall is in haplogroup I2a also unusual for that location. I2b is now most common in Scandinavia and Northwest Europe. I2a is now most common in the Balkans and Eastern Europe. How to join our projectTesting for surname projects is now possible with one of two tests. The Y-DNA test tests non-coding (i.e. not genes) on the Y-chromosome. This chromosome is carried by males only. Skuce females are welcome to join the project but would have to get a brother, cousin, father or grandfather to provide the DNA sample of couls take the Family Finder test (see below). The sample can be provided by any male who has the Skuce or variant surname. Click here to request to join the Skuce DNA Project and to order a DNA test kit which will be mailed to you. The Family Finder test was introduced in April 2010. It tests DNA that is inherited from both parents. Each participant is compared with others who have taken the test. It can confidently match up to 4th cousins and can give tentative matches to 5th cousins and higher. This test may be taken by males and females. DNA is collected by scraping the inside of the cheek with a small soft brush provided in the kit. It is a simple, painless procedure and does not involve any drawing of blood. Participants' pedigrees
This is a collaborative project and all participants are encouraged to contribute their pedigrees back to their earliest Skuce ancestor. The purpose of this is to let researchers analyse the relationship between the various lines and to give potential participants a chance to see what lines are represented so far.
Circumstances where a test may lead to unexpected conclusionsThere are circumstances where children do not share the surname of their biological father. There are several reasons this can happen; some were particularly prevalent in past times. Females may get pregnant to men other than their husbands. Children born outside marriage would usually take their mothers surname or perhaps later her new husband's surname. High mortality or poverty often meant that orphans or children of poverty-stricken parents were adopted, informally until recent times, by relatives such as a sister, aunt or grandparents. Some societies used a system of naming where surnames were not passed from father to son, as Y-DNA is; for example the patronymic naming system that was widespread in Wales until the Industrial Revolution. Y-DNA analysis is going to show a 'no match' if one of the above circumstances has occurred along a participant's male line. Request for information
For the project and its associated webpages to be as successful as they can be I would like as much feedback, comments, criticisms, suggestions and links to other webpages as you can provide.
General Information
Click here to see current prices in US dollars (prices do change from time to time so please check prior to placing any order). A small charge is made for international postage. If you have already taken a test you can find the prices and order upgrades from your own Family Tree DNA personal page.
FTDNA can ship a DNA test kit to any country in the world. Once FTDNA has received your kit you may order upgrades to a Y-DNA test for a larger number of markers or other tests without having to resubmit a sample. It is more expensive to order a test and then upgrade than it would be to order the higher test in the first place. Family Finder test require a unused vial. The advantage of the 25, 37 & 67 marker Y-DNA tests is that testing more markers helps to narrow down how recently two or more SKUCE men share a common ancestor. If they substantially match on those tests then they have stronger proof that they share an ancestor within a more recent time period and it would be easier to determine when their common ancestor lived. There is a 12 marker test but is too few markers to make conclusions about matches with a high probability. SKUCE project members that have matching DNA scores are notified by FTDNA of the names and e-mail addresses of each participant who is a match. The participants then share their genealogical research with each other and work together to learn more about how they are related to each other and try to discover who their common paternal ancestor was.
Click here
to request to join the Skuce DNA Project and to order a DNA test kit which will be mailed to you:
Other genetic genealogy tests are available that are not useful to surname studies but do provide interesting information. There is sub-clade testing where you can determine which sub-group of your Y-chromosome haplogroup you belong to. Both men and women can have their mitochondrial DNA tested. Mitochondrial DNA is passed virtually unchanged from a mother to all her children. It changes (mutates) even more rarely than the Y-DNA so is useful only in identifying a different set of haplogroups relating only through the female line. That is, you can find out the 'tribe' of your mother's mother's ... mother going back thousands of years. Useful links
DisclaimersThe SKUCE Surname DNA Project organisers have no commercial affiliation with FTDNA or any profit making organisation and receive no compensation for services or expenses involved with the project. While a match between two participants may indicate that they share a common male ancestor, it will not identify the specific ancestor and there is no guarantee that every participant will match another participant. ContactsPlease contact the SKUCE DNA project coordinator for further information about the project or to contribute information.
[ Email Project coordinator ]
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