Ely Carroll DNA

I have no business writing this. I am not a Carroll. My wife is, but we found out she is the wrong kind of Carroll. Like many Carrolls in America, my wife's family thought they were related to Charles Carroll of Carrollton, signer of the Declaration of Independence (who, in turn, was descended from the Ely Carrolls).

After I had my Y-chromosome DNA tested and found out I was descended from The Three Collas, I started to wonder about my wife's Carrolls. We found a male second cousin of my wife, Michael Patrick Carroll, and had his Y-DNA tested (Y-DNA is passed down from male to male like surnames). Turns out, he was descended from the Carrolls of Ossory rather than the Carrolls of Ely Carroll. But I was hooked on Ely Carroll. Kevin Carroll, adminstrator of the Carroll project at Family Tree DNA, had found a descendant of Charles Carroll of Carrollton. I decided to start a project at Family Tree DNA devoted to the DNA of all surnames descended from Ely Carroll.

In 2008, a descendant of Charles Carroll of Carrollton joined the Carroll DNA Project at Family Tree DNA and had his Y-chromosome DNA tested. His DNA is published along side other Carrolls on the Carroll DNA Project Results page at FTDNA. He is kit 112378.

Y-DNA is handed down male to male like traditional surnames. So, his DNA is the same as his ancestor, Charles Carroll of Carrollton. Other Carrolls in the Carroll DNA Project could now see whether their DNA matched up. About 10% of the Carrolls in the project match up.

Signature of Charles Carroll of Carrrollton on the Declaration of Independence, 1776.

Charles Carroll of Carrollton is important because he was a signer of the Declaration of Independence in 1776. He was the only Roman Catholic to sign, and he was the sole surviving signer following the deaths of John Adams and Thomas Jefferson on July 4, 1826.

The pedigree of Charles Carroll of Carrollton, and his descendant who has tested his DNA, goes back to 4th century Ireland. And the descendant's DNA matches up with the DNA of men with six surnames that are supposed to be related.

Charles Carroll House and Gardens of Annapolis, Maryland. Photo by Charles Harrison.

Charles Carroll House and Gardens of Annapolis, Maryland. Photo by Charles Harrison.

The identification of Ely Carroll DNA rests not just on the pedigree of the person with kit 112378 who is descended from Charles carroll of Carrollton. It also rests upon the similarity between a set of nine related names in ancient pedigrees and a set of nine names among 57 men with matching DNA.

Years 350 to 1150.

John O'Hart, 1824-1902.

John O'Hart (1824-1902) provides a pedigree entitled "Princes of Ely O'Carroll" in his book, Irish Pedigrees; or, the Origin and Stem of the Irish Nation, published in 1892 (fifth edition), Volumes I and II.

Ely Carroll DNA database is not limited to people who join the Ely Carroll DNA Project. It is gleaned from various projects at Family Tree DNA that included Ely Carroll surnames or surnames that match people in the Ely Carroll DNA Project. It was fairly easy to construct this database. We had the names from Irish histories. We went to FTDNA surname projects for those surnames and pulled off the data for people who had tested 67 markers and matched the modal DNA of Ely Carroll people.

Including anyone who matched Ely Carroll DNA resulted in a variety of people with Ely Carroll DNA--some with Ely Carroll surnames and some without. There were plausible reasons for the existence of this latter group: adoption, name change, historical pedigree omissions, and distant cousins.

Table of DNA Marker Values. The table below shows the 67 DNA marker values for the 110 people in the database as of January 18, 2017 and the modal DNA for the group.

The ancient genealogies and DNA test results seem to be confirming each other. A pattern or "signature" DNA has emerged for Ely Carroll descendants identified long ago by John O'Hart and others. And the ancient genealogies have given us a clue as to which people have Ely Carroll DNA.

The next step was to compute the genetic distance from Ely Carroll Modal DNA for each person in the study. Genetic distance occurs because of mutations from one generation to another. If two people are identical in all markers except they are off in one marker by 1 point, the genetic distance would be 1. If they were off at 2 different markers by 1 point in each marker, then the genetic distance of those two samples would be 2. If they are off by 2 points at one marker and 1 point in a second marker, then the genetic distance would be 3. Genetic distance for certain markers or marker groups is limited to 1. This method of computing genetic distance is called the hybrid mutation model. If a marker has a null value for one person and a positive value for another, the marker is ignored.

The descendants of Ely Carroll share a common pattern of Y-chromosome DNA markers, and many have surnames mentioned in ancient genealogies as descending from Ely Carroll. Not all people with Ely Carroll surnames, however, have Ely Carroll DNA. In the early days of Y-DNA testing, there was a tendency for people with Ely Carroll names to think that they were descended from Ely Carroll just because they had an Ely Carroll name.

Most people with Ely Carroll DNA are not the majority of those with their surname. In fact, the majority of people with Ely Carroll DNA are a minority of those with their surname. And, therefore, most people with Ely Carroll surnames do not have Ely Carroll DNA. The reason is that most Irish surnames appear in mutiple septs. For example, an analysis of people named Carroll indicates 25 different septs.

There are several explanations for this phenomenon of multiple-sept surnames.

• The same surname developed independently in different geographic areas.
• At the time surnames came into being around a thousand years ago, many surnames were based on relatively common given names.
• A male was adopted by a clan other than the one he was born in.
• A male married a woman from another clan and took her surname, perhaps because it was a more respected name.
• A male changed his surname when he was ennobled or otherwise came into possession of territory, perhaps adopting the name of a respected prior holder of that territory.
• A male was a subordinate (vassal, servant, slave, etc) of a member of another clan and took his master's surname when he became free.
• A male took the surname of another clan without any connection to the clan, simply because it was a respected name.

Ely Carroll BIG Y SNP Tree

On your FTDNA personal page, if you have not ordered BIG Y, you should see BIG Y on the left side under the list of your projects. Click on "Learn More" to read more about BIG Y or order it. The current price is $575, but it goes on sale several times a year.

Individual tests are offered by FTDNA for certain SNPs for $39 apiece. These SNPs are in bold on the BIG Y tree above.

The following table compares various groups with DF21 DNA along with other groups with L21 DNA. Based on very rough estimates, these groups constitute 50% of L21.

The 67-marker modal DNAs of the subgroups listed above are shown in the following table.

Verification of Ancient Irish History

DNA testing has verified that Ely Carroll existed in Munster. DNA testing has also corrected some ancient genealogical connections that had historically been thought to exist. South Irish, Brian Boru, and Ely Carroll had previously been thought by some as descended from a common ancestor, Olioll Olum. DNA testing has proven otherwise, as they have different SNPs and significant genetic distances between their modals:

• 9 between South Irish and Brian Boru,
• 13 between South Irish and Ely Carroll, and
• 12 between Brian Boru and Ely Carroll.

Patrick McMahon analyzed the geographic distribution of the members of the L21 project at FTDNA in January 2011 and made the following observation.

Assuming today's testers are a random sample, these results support the views put forward by many that the L21 SNP occurred somewhere north of the Alps (about 4,000 years ago) and the L21 population drifted Northwest over time concentrating in the western fringes of the British Isles mainly in Ireland. North of the Alps would most likely be Germany or France where the original (presumed) high numbers would over time be replaced by further waves of migrants or simply driven North by more advanced civilisations.

How they made their way to Ireland is open to conjecture. The shortest sea journey then (3,000 to 4,000 years ago) as now would be from France to Southern England. However, they could have made their way directly to Ireland from Brittany (or via Cornwall or Wales). The figures support the view that there was no significant migration towards the Eastern parts of Europe and only minor ones to Scandinavia and Spain with the main thrust through Northern France to Britain and Ireland. Archaeologists have termed these peoples (and the proto-Collas are part of this population) as 'Bronze-age' Britons.

One of Lee Morton's relatives had asked sometime ago about DNA and the Bowes family. At the time, he wasn't comfortable with DNA itself, but he didn't give up and spent a hours on it, consulting Martha Bowes and myself. Here is what he came up with.

ANCESTOR RESEARCH USING THE PAPER TRAIL AND DNA

THE PAPER TRAIL

Traditionally, family historians and genealogists research family history using the so-called “paper trail”. They start with preliminary talks with immediate family members which yield varying insights into a particular family’s history. Once in a while, these searchers may “hit it big” by finding significant work already done by a family member. At some point, the researcher must continue the process back in time by following the paper trail.

The paper trail involves searching through various documents looking for life events of ancestors. In no particular order, documents include birth certificates, baptism certificates, marriage records, divorce proceedings, military records, death certificates, cemetery records, newspaper obituaries, City Directories (old telephone books), census records, and many others. Generally, a researcher works through these records from the certainty of known events backwards through time.

THE CARROLL FAMILY OF IRELAND AND MARYLAND

More affluent or otherwise well-known ancestors sometimes leave behind a treasure trove of genealogical information in the form of written family histories. The Carroll Family of Ireland and Maryland is a good example. Charles Carroll the Settler (1661-1720) was born and raised in Ireland, was a wealthy land-owner there and came to Maryland in 1688. His son Charles Carroll of Annapolis (1702-1782) and Grandson Charles Carroll of Carrollton (1737-1832) continued the family dynasty in Maryland, mainly through extensive land holdings and farming. Charles Carroll of Carrollton became a highly respected politician in Maryland and was a Signer of the Declaration of Independence.

When Charles the Settler came to the US in 1688, he brought an Irish manuscript with the genealogy of the O’Carroll Clan which remains in the possession of current-day Carroll descendants. The Carroll history, both in Ireland and Maryland, is covered extensively in a book titled “Princes of Ireland, Planters of Maryland – A Carroll Saga, 1500-1782” by Ronald Hoffman in collaboration with Sally D Mason, published by the University of North Carolina Press in 2000.

According to Hoffman’s book, the Maryland Carrolls were descendants of the Ely O’Carrolls of the Slieve Bloom Mountains which run for about 15 miles across the southeastern part of County Offaly in the Irish Midlands. Quoting Hoffman, Ely O’Carroll was the territory in which the O’Carrolls originally lived in Munster during medieval times. It encompassed parts of the modern counties of Offaly, Northern Tipperary and Laois.

The progenitor of the Carroll branch that produced the Maryland Carrolls was a Chief of Ely named Daniel O’Carroll from Litterluna in the northeast corner of Ballybritt. Daniel’s great-grandson, who died in 1377, was the last of the Litterluna Carrolls to be called a “Chief of Ely”.

The pedigree for Charles Carroll of Carrollton goes back before the creation of surnames in the 10th century AD, so it includes other names besides Carroll including Meagher, Tracey, Flanagan, and Dooley, as well as Bohan and Bowes.

THE BOWES

Jeane (Reisinger) Robinson (1948-2013) and I had independently researched our respective Bowes lines for years before we “met” on line about 2008. We both knew that our common great-grandparents were James J Bowes (1850-1896) and Catherine “Kate”(Haley) Bowes (~1859-1905) from Girardville, PA, near Pottsville in Schuylkill County. We also knew that James’ parents were Michael Bowes (1803-1865) and Anna “Nancy” (Wall) Bowes (~1815-1872) who were born in Ireland, and came to the US about 1848, and settled in the Pottsville area.

Jeane herself unearthed a few more major discoveries. She found that Michael Bowes was born February 20, 1803 in the civil parish of Muckalee in County Kilkenny, and his parents were Denis Boe and Mary Delaney. Michael married Anna Walls in Cretinclough, Muckalee, County Kilkenny on March 6, 1832. We don’t know, but possibly Denis and Mary were born there as well, probably in the early to mid 1700’s.

DNA AND GENEALOGY

What does DNA have to with genealogy? Well, we are talking about a part of DNA that is handed down from father to son just like surnames. It is called Y-chromosome DNA. Only males have it. Your DNA is contained in the cells of your body. And all the cells in your body have the same DNA, even your spit.

Jeane had just been introduced to DNA and was looking for a male ancestor line from herself back to James Bowes of Girardville. Being a female, Jeane has no Y-DNA and there were no males in her family with a straight line to James Bowes. My DNA would only tell us about Mortons. So we had to find a male Bowes whose father and grandfather, etc. were direct male descendants of James J. Bowes. That’s when we met Tom Bowes. Even though Tom has no interest in genealogy, he agreed to be tested for all of us and we entered the world of DNA with absolutely no knowledge of it nor of what we might discover.

Tom's DNA would not do us any good unless other people with Bowes and related surnames got their DNA tested as well. Fortunately, a company named Family Tree DNA started testing people's DNA in 1999. They are the largest company in the business, and one with an excellent reputation for quality work. FTDNA now has a database of a half million people. That's a small portion of the population, but big enough to be helpful. The database is available to the public online through various projects administered by volunteers approved by FTDNA.

People who have their DNA tested at FTDNA can join multiple projects. A surname project has people with the same or similar surnames but not necessarily the same type of DNA. A DNA-specific project has people with the same DNA but different surnames. One of the first things learned from Y-DNA testing is that there is a variety of DNA types among people with the same or similar surnames. And, there is a variety of surnames among people with the same DNA. The main reason is that surnames were not adopted until the 10th century AD, at which time people who were related took different surnames, usually based on their given name. And a lot of unrelated people had the same given name.

You sign up online for FTDNA, and they deduct the cost from your credit card. They mail you a kit containing scrapers you use to sample your saliva by swabbing inside your cheek. (You don't have to spit!) You return the scrapers in receptacles and a mailer provided in the kit. You get final results on line two months later. The cost depends on how much of your DNA you have tested. You can upgrade later if you find you want to test more than you signed for originally.

DNA SHOWS CONNECTION BETWEEN THE CARROLLS AND THE BOWES

Tom signed up for his test in February 2010. When results from his sample came in, I quickly realized I was in way over my head with the technicalities of the DNA science and language, and never learned to interpret the data provided by FTDNA. Luckily, there are volunteers at FTDNA who can do that, especially if there is a group of clients searching for the same ancestor. Luckily again, there was a group interested in the name Bowes.

My first contact was Martha Bowes who was administrator of the Bowes surname project at FTDNA. Later, I became aware that Peter Biggins was working on an Ely Carroll DNA project. Also, Jeane Robinson talked to Martha frequently and was able to work her way through the technicalities and strange DNA language to reach some well-founded conclusions. Jeane stayed close to Martha building an understanding of what Tom’s test meant for us. As Jeane put it: “In our Y-DNA (i.e., Tom’s), we have a gene sequence that came from a man whose ancestors lived in the Ely Carroll area of Ireland. He had a gene mutation that set his descendants apart. The reason we are sure we are from Ely Carroll is because a descendant of Charles Carroll of Carrollton with known roots to the Carroll clan of Ely Carroll, is a DNA match to us. So, if his roots go to Ely Carroll, (there is a paper trail to show that this is true in Irish history), and we are a genetic match to him with this unique mutation in our Y-DNA, then our roots go back Ely Carroll. DNA doesn’t lie, we match.” To be clear, we ourselves do not have a line back to Charles Carroll, but we do have a line back to the Ely Carroll clan.

So, in 2008, a current-day descendant of the Carroll family of Maryland agreed to be tested by FTDNA. Two years later, Tom Bowes had his DNA tested by FTDNA, and the results proved a DNA match between the Carroll and Bowes families. The certainty of DNA proves that beyond a doubt. This is not to say that the Bowes family is descended from the Carrolls – there is no evidence of that. But we are related to them – and therefore to a signer of the Declaration of Independence.

As to when that Bowes – Carroll relationship occurred in time, we have no evidence of that, and may never find it. It could have been 300, 500, a thousand years ago – or more.

The clincher in this study is that Tom's DNA matches not only the Carroll of Maryland DNA but also the DNA of people with other names that are supposed to be descended from Ely Carroll, including Meagher, Tracey, Flanagan, and Dooley.

Lee Morton, October 20, 2013