The Family Tree DNA ethnicity report has been updated, and this means more details about ethnic and geographic origins for both autosomal and mtDNA DNA testers.
Family Tree DNA recently announced a round of updates to myOrigins, its mapping tool for ethnic and geographic ancestry. New are more detailed breakdowns of their population clusters and in-depth descriptions of them. (Visit Family Tree DNA’s website here.)
It is so exciting to see new or updated reports from our genetic genealogy testing companies! It is a good reminder of two things: First, that the results we currently have, especially in the arena of our ethnicity results, will continually be improving. Second, that once you test with any company, these improvements are added to your account and your results are updated automatically.
Family Tree DNA is the only company offering a complete look at your mitochondrial DNA (mtDNA), the one that traces your direct maternal line. They recently updated the deep ancestral assignments for these mtDNA tests. The updates were based on scientific advances in the world of mtDNA and can sometimes give you a more specific idea of where your ancestral line came from.
In addition to the mtDNA updates, FTDNA has also updated their MyOrigins results as part of your autosomal DNA test. Previously your MyOrigins results broke up the world into 18 different pieces and you were told your affiliation with each. Now with 6 new populations added, there are a total of 24. The changes include splitting three categories into smaller parts, like they are now reporting Finland separate from Siberia, as well as adding three new categories in South America, West Middle East, and Oceania.
Your MyOrigins results will now also include trace amounts, which are those percentages that are very low and therefore do not carry a high confidence. But many genetic genealogists wanted to see any area that may have been detected, and so FTDNA responded.
How to Review Your Family Tree DNA Ethnicity Report
1. Log in to your Family Tree DNA account. From your dashboard, select myOrigins.
2. On the myOrigins page, click View all to see your full ethnic percentages, as defined by Family Tree DNA. You can also click View myOrigins map to see your results mapped out. (The map looks like the one at the beginning of this post.)
3. When you click to view all your ethnicity results, you’ll see a more detailed breakdown of your population groups. Click View all population descriptions to read more about each one.
The Impact of Updated Family Tree DNA Ethnicity Reports
On the whole, are these updated results going to significantly impact your family history research if you have tested at Family Tree DNA? Likely not. The greater impact is just in the idea that these things can be improved, updated, and changed, which means our experience will continue to improve, and more people are likely to test. More people in the database means more possible cousins. More possible cousins means more genealogy breakthroughs, and a more complete picture of our heritage, and that is what we are really all after.
Learn More About DNA Testing for Genealogy
Click here to see individual guides for topics I talked about above, such as testing at Family Tree DNA, testing your autosomal or mitochondrial DNA and getting started (in which I explain ethnicity results). Or click here for the ultimate Genetic Genealogy Jumbo Pack: ALL 10 of my guides PLUS my video class, “Getting Started with Genetic Genealogy.”
Combining DNA test types can give you a better picture of your overall genealogical relationship to someone else. Combine your autosomal test results with the results of your mitochondrial DNA or YDNA test to make some amazing connections today!
My family recently visited the Jelly Belly Factory in northern California. Of course at the end of the tour, they funneled us into their gift shop where we felt compelled to buy jelly beans and other sundry treats. My favorite part of the big box we bought were the recipes on the side. We could turn the already delicious variety of flavors into even more pallet-pleasing options. Who knew!
This got me thinking about DNA, of course!
Combining DNA Test Types
Specifically, I was thinking about the power of combining multiple test types to get a better picture of our overall genealogical relationship to someone else.
If you recall, there are three kinds of DNA tests available for genealogists: autosomal DNA, mitochondrial DNA (mtDNA), and Y chromosome DNA (YDNA). Much of the focus these days is on how to use the autosomal DNA in our family history research. This may be because the autosomal DNA covers both sides of your family tree, so it is seen as a catchall for our family history. While it is a very powerful tool for our research, it can also be a bit overwhelming to try to determine how you are related to someone else.
Let’s look at an example from my own family history. My mom matched with Tom at 23andMe. Their predicted genealogical relationship, based on how much DNA they shared, was second cousins. To begin, we need to understand which ancestor could be shared by people who are genetic second cousins. To figure it out, you can count backwards like this: people who share parents are siblings, sharing grandparents makes you first cousins, and sharing great-grandparents makes you second cousins.
Image credit: Diahan Southard.
So, if my mom and Tom are true second cousins (meaning there aren’t any of those once-removed situations going on, but that’s a subject for another time), then we should be able to find their common ancestor among their great-grandparents.
Each of us has eight great-grandparents. Because we can’t usually narrow down shared DNA to a single person, but rather to an ancestral couple, we are really just looking at four possible ancestral couple connections between my mom and Tom. My mom doesn’t have any known ancestors, as she was adopted, so we can only evaluate Tom’s line. Tom was kind enough to share his pedigree chart with us, and he had all four of his couples listed. But how do we know which one is the shared couple with my mom?
Narrowing Down the Results
Now, for those of you without an adoption, you will have some other clues to help you figure out which of the four (or eight, if you are looking at a third cousin, or 16 if you are looking at a fourth cousin) ancestral couples is shared between you and your match. Start by looking for shared surnames. If that comes up short, evaluate each couple by location. If you see an ancestral couple who is in a similar location to your line, then that couple becomes your most likely connecting point. What then? Do genealogy!! Find out everything you can about that couple and their descendants to see if you can connect that line to your own.
However in my mom’s case, we didn’t have any surnames or locations to narrow down which ancestral couple was the connection point between our line and Tom’s. But even if we had locations, that may not have helped as Tom is very homogenous! All of his ancestors were from the same place! But, we did have one very important clue: the mitochondrial DNA. Remember mtDNA traces a direct maternal line. So my mom’s mtDNA is the same as her mom’s, which is the same as her mom’s etc.
At 23andMe they don’t test the full mitochondrial DNA sequence (FMS) like they do at Family Tree DNA. For family history purposes, you really want the FMS to help you narrow down your maternal line connection to others. But 23andMe does provide your haplogroup, or deep ancestral group. These groups are named with a letter/number combination. My mom is W1 and we noticed that Tom is also W1.
This meant that my mom and Tom share a direct maternal line – or put another way, Tom’s mother’s mother’s mother was the same as my mom’s mother’s mother’s mother. That means there is only one couple out of the four possible couples that could connect my mom to Tom: his direct maternal line ancestor Marianna Huck, and her husband Michael Wetzstien.
Now you can only perform this wondrous feat if you and your match have both tested at 23andMe, or have both taken the mtDNA test at Family Tree DNA.
Just as a Popcorn Jelly Belly plus two Blueberry Jelly Bellies makes a blueberry muffin, combining your autosomal DNA test results with your mtDNA test results (or YDNA for that matter) can yield some interesting connections that just might break down that family history brick wall.
Learn more about DNA test types with these helpful guides:
Don’t go it alone with DNA. My quick reference guides will guide you through the process in easy to understand language. You’ll get more out of your DNA test results with these guides:
The Daughters of the American Revolution (DAR) accepts limited DNA evidence to prove descent from a Revolutionary War veteran. In my opinion, the DAR DNA policy is a little too limited. Here’s why–and what you can do.
Membership to the Daughters of the American Revolution (DAR) has been a holy grail for U.S. genealogists for 125 years. With its requirement of proof of a “lineal bloodline descendant from an ancestor who aided in achieving American independence” in three categories: birth, marriage, and death, as well as proof of Revolutionary War Service, membership is exclusive to those with an iron-clad paper trail.
That is, until 2014, when the DAR added DNA evidence to its list of acceptable documents proving a relationship to a Revolutionary War ancestor.
What does the DAR DNA Policy Accept?
The DAR only accepts one of the three forms of DNA testing which is the Y chromosome test, or YDNA. The YDNA traces only a direct paternal line, making it a great choice when trying to link living males with their Revolutionary counterparts. This YDNA is basically passed unchanged from generation to generation, making the modern day holder of the YDNA the proud owner of possibly exactly the same YDNA that fought the Redcoats. That’s pretty cool, don’t you think?
The DAR recently announced that to further help those wanting to use their YDNA as part of their application, they have formed a project at Family Tree DNA, the company that provides the YDNA testing. Projects are absolutely the best way to get the most out of your YDNA testing. There are surname projects, location projects, haplogroup (deep ancestral group) projects, and even special interest group projects, such as this one for the DAR.
While the results of the testing are only available to members of the group, the statistics page gives us an idea of the scope of this project. They currently have 1,242 total members and what looks to be about 430 YDNA tests completed (though it is admittedly difficult to tell based on the chart online.) This means if you think your paternal line may be a candidate for the DAR, you can have a representative of your line tested and compared to the group. If you find a match, you will have relative certainty that you do connect to that Patriot, and can then be more confident in your traditional research in pursuit of the necessary paper connections.
Though, in all honesty, they have made the YDNA process difficult enough. Let’s say that you are actually able to trace down multiple generations to find a direct male descendant of your Revolutionary guy to be tested, an individual who is, the DAR mandates, “sharing your maiden name or your mother’s maiden name,” and you convince that unassuming relative to give up his saliva, you still are only half way there. The DAR guidelines also state that you have to have a second individual who is “a descendant of the same Revolutionary War ancestor through a different unbroken male lineage that has been previously proven on a DAR application…” (I added the emphasis here.)
A Practical Example of the DAR DNA Policy
OK, so let’s say you are a genealogical whiz and, let’s face it, you were lucky, and you find two such candidates and have them tested.
Well, the DAR tells us that those two men must match EXACTLY on the 37 YDNA markers tested. Now there is no telling when that YDNA might experience a mutation. So to me it seems a little unfair to require perfection. So it is possible, that even after all the work of finding the right guys to be tested, the test itself may work against you, as even one difference is enough to keep this YDNA off of your application, at least for now.
So while I applaud the DAR for using YDNA testing at all, and for spearheading a special interest project at Family Tree DNA, the reality is that the limitations of direct paternal line genealogy and the requirements of testing make it unlikely that very many will be able to take advantage of the YDNA in their DAR applications.
However, there are a few things you can take away from this article now:
First, collect those DNA samples whenever you can, especially for key relatives, like your paternal line and the oldest living generation (whose DNA is less likely to have experienced any mutation.)
Second, keep your research paper trail strong. Nothing in the near future of the genetic genealogy industry tells us that distant relative connections (like to your Revolutionary War ancestor) will be provable by DNA alone.
And third, definitely look at crowd-sourced studies for your particular DNA. Those surname, location, haplogroup, and special interest group projects I mentioned from FTDNA are just some of the ones that might help your research—or that you could use to help someone else’s. I’ve talked about these studies before: click here to read about them.
My Complete DNA for Genealogy Research Guide Series
I am Diahan Southard, Your DNA Guide, and the author of a series of genetic genealogy quick guides. My guide called Y Chromosome DNA for the Genealogist is the perfect tool to help guide you through the testing and analysis process. Click here to learn more about this guide and here for all of my guides, or click here to learn more about my series of how-to videos, also available to Gems fans for a special price.
Thanks for sharing this post with your genealogy friends who do DNA research (especially those who may have Revolutionary War ancestors!)
Should you be doing an mtDNA test for genealogy? Should you have a female relative tested? Here are 3 scenarios in which you should.
DNA testing is becoming more and more integrated into our traditional genealogical research. Over 1.5 million people have completed some form of autosomal DNA test, testifying that the idea has finally taken root and now is almost a commonplace notion.
I say yes! One of the biggest limitations of autosomal DNA testing is that it cannot reliably reach back past the fourth or fifth generation in your pedigree. But both yDNA and mtDNA can.
Let’s focus on mtDNA. Remember, mtDNA is directly maternally inherited, meaning that you have the same mtDNA as your mother and all of your siblings. It is the same mtDNA as your maternal grandmother, and her mother, and so on, for ten generations or more.
When and how would you use mtDNA testing?
1. You need to grab your mtDNA before it’s gone
You have an ailing great aunt, or you yourself are one of the last remaining carriers of your mother’s mtDNA.
Having your mtDNA tested first and foremost creates a record of your direct maternal line. Just as you would obtain a birth certificate or marriage license for your ancestor to see what other important genealogical information it might contain, having a record of your mtDNA is an important part of documenting your maternal line.
2. Unknown ethnicity
You have a female ancestor whose ethnicity is unknown. Perhaps you think she is Native American or African American.
Along with your mtDNA profile, which helps you make connections with others, taking an mtDNA test gives you a haplogroup, or a deep ancestral group. There are different haplogroups for different world regions and populations. Sometimes knowing your haplogroup can help either confirm or dispel a family rumor about the heritage of a particular ancestor. Though for most it will just verify what you already know, like confirming that your maternal line is from western Europe.
3. Unknown origins
In 1873, aliens must have deposited your female ancestor in Virginia.
If you have tried every other avenue to discover your ancestor’s origins, and currently your best theory of her origins revolves around extraterrestrial beings, you can try mtDNA testing.
The results of the testing will provide you with a list of individuals who may share direct maternal line ancestry with you, and therefore might be related to this mystery ancestor. However, that shared ancestor could be as recent as 1873, or as distant as dates that require the post nominal “BC.” So, it is more or less a shot in the dark. But hey, if you don’t shoot, you will definitely miss!
In general, mtDNA testing should not be the first test you turn to when seeking out your ancestors. But it does have its place in your genealogical toolbox, so don’t be afraid to pull it out once in a while.
An article recently published in Nature Communications confirmed the identity of the remains of King Richard III by DNA testing. This result wasn’t a huge surprise, but there were some eyebrow-raising findings along the way. More to the point, now a celebrity case study teaches us more about how to use DNA in family history research.
Prior to the genetic investigation of the skeletal remains presumed to be that of Plantagenet King Richard III, there was already mounting evidence that this was indeed his body. Genetic genealogists can take cues from this research to learn how to more fully integrate your genetic testing into your genealogy.
While these researchers were able to use radiocarbon dating and skeletal analysis methods that most of us won’t have access to, they did pore over a substantial amount of historical evidence to substantiate the last known whereabouts of Richard III. The archaeological, skeletal, and historical evidence were overwhelmingly in favor of this positive identification. But it was the genetic evidence that provided the last, ahem, nail in the coffin.
In this case the nail was made of mitochondrial DNA, or mtDNA. King Richard shares his mtDNA with anyone who is also related in a direct maternal line to his mother. There were two such candidates found, both sharing mtDNA with the skeleton presumed to be King Richard, thus further verifying its identity. In fact, lead researcher Turi King said of the findings, “If you put all the data together, the evidence is overwhelming that these are the remains of Richard III.”
Of interesting note to us as genetic genealogists is that one of the two mtDNA samples used for reference did have one difference from the mtDNA signature shared by the other individual and the skeleton. This did not jeopardize the integrity of the results, but rather provided a good case study in how DNA does change over time.
You would think that the DNA match confirming the identity of the skeleton would be the biggest news out of this round of DNA testing. But along with the direct maternal line testing, there was also direct paternal line testing to try to verify the paternal line of the skeleton.
Genealogists worked tirelessly to identify direct paternal descendants of Richard III’s great-great grandfather Edward III and five were found and tested. Their results revealed not one but THREE different paternal lines.
While the results were not quite as expected, they weren’t exactly unexpected either, as there are plenty of royal rumors of non-paternity (click here for a summary). Watch a brief video discussion of the yDNA results here:
Again, the YDNA portion of the study provides a great case study for us in how to use YDNA, namely that it takes a lot of traditional genealogical work to find direct paternal line descendants to be tested, and that the results are conclusive, but can sometimes provide more questions than answers.