The database for Francis Muncy Descendents has been updated to include hundreds of updates and new information. This update also includes unconnected lines for which we are still seeking a direct connection. All unconnected lines are expected to be descended from Francis Muncy but the exact connection has not been established. READ THE NOTES connected to individuals in the updates since the Notes will point out if ancestry is speculative and unproven. Please advise of errors or omissions and they will be corrected in the next update.
Claude H. Muncy (b. 1895 / d. 1974) was a son of William Tecumseh Sherman Muncy (Sherman) and Essie Catherine Tudor Muncy. He was born in Oklahoma and died in Arkansas after serving for over thirty years in the U. S. Navy. He had one child — a son named after himself, Claude H. Muncy, Jr.
Claude Jr. became a hero after he was killed on the U.S.S. Arizona at Pearl Harbor on December 7, 1941. Claude Sr. lost his only son–his only off-spring. Claude Jr. was not married.
Claude Sr. outlived his second wife, Violet Bettis Muncy.
I was recently contacted by a family that had inherited papers and photos from Claude Muncy Sr. They obtained these materials after a distant cousin died who was a distant cousin Claude. These materials were sent to me in the event that a relative or connection to Claude Muncy can be found who wants them. Many of the photos, letters, etc. are related to the Doshier and Halley families.
If you are connected in any way to Claude Muncy, I’d be happy to send you these materials to keep them in the family. Just send me email and describe your family connection to Claude Muncy.
While using the Muncy Family Database and selecting a record after a search, you will be presented with a tabbed screen providing different kinds of information for that individual’s record. Information provided for that record includes personal information, media, notes, sources, and a event map.
The Sources tab provides a list of sources for the information in the individual record. A record with no sources, or a very limited number of sources, can be suspect. It is important to know that the sources of information are credible, unlike Ancestry where you will encounter many users who do no research and rely almost solely on the opinions of others. Don’t fall into this trap! You will find most of the names in this database have good sources and that can be your assurance that the information is well researched.
The Notes tab is an EXTEMELY important source of information – and you should always read the Notes tab on the individual record. This is where you will find Find A Grave memorial numbers, and notes that certain information is not proven or speculative. Unfortunately, try as hard as we might, we are not always able to prove descent or relationships. This is where “we think he is the son but can’t prove it” notations are made. There are many examples of this in the Muncy Family Database, and you won’t know that a relation is speculative unless you READ THE NOTES!
For many years Muncy genealogies have stated that the Muncy line originated in Normandy. It was assumed that one or more Muncy ancestors came to England with William the Conqueror, and that the Muncy name (and similar spellings) were a corruption of De Monceaux. An eminent authority “Dr. Whitaker” contends that the line originated from Roman families who possibly settled in Gaul and then came to England with William the Conqueror. All these assumptions are based on the “Munsey-Hopkins Genealogy” by D.O.S. Lowell in 1920. As far as I know, this century-old theory has never been fully investigated or authenticated.
Is this true? I don’t know. I once accepted the theory as fact but now have serious doubts.
Dr. Whitaker and D.O.S. Lowell were using information available to them at the time. Today, we have access to far more information and records and what we now know casts a serious shadow on the Rome to Normandy to England theory.
DNA is telling us a lot. And Y-DNA is opening our eyes to new possibilities. For those who aren’t familar with Y-DNA, this form of DNA is passed down ONLY from father to son. Mutations can and do occur along the way, but I have essentially the same Y-DNA as my Muncy ancestor 1000 years ago. Through Family Tree DNA I tested my Y-DNA at the 111-marker level. That is normally as high as you can go without going to a very expensive, very detailed test known as the “Big Y.” You can’t really go any further than the “Big Y.” I felt no need to do the Big Y test because my 111-marker test was giving me comparisons I needed and wanted and was proving very, very helpful in my genealogy searches.
I was surprised when I received an email from a group asking if I would take the Big Y test – and they would provide a scholarship (covering the entire cost) for the test. It seems that they had seen my 111-marker results and some additional SNP testing I had done and were intrigued. They believed my results matched the groupings from Norway and Sweden and they were interested in Viking descendants in England. I was a good candidate for their search and I consented to the test.
It took a long time to get the final results, but the results confirmed what they believed. I am currently classed as I-S8104. A few others in the Muncey Project who have had more extensive testing done are also included in the I-S8104 group. I am confident that others in the Muncey Project would also be included in this group if they extended their testing.
ALL OF THE OTHERS CLOSELY MATCHING ME IN I-S8104 ARE IN NORWAY OR SWEDEN. No one closely matching me in this group is in France or Normandy.
Starting in the eighth century B.C., Viking invaders began incursions and settlements in the British Isles. The BBC has a good summary of Viking activity in England that I won’t repeat here. (summary of Viking activity)
So, does this prove that the male ancestors of today’s Muncy family came to England as Viking invaders? Although I believe this is probably the case, it does not rule out that our ancestors came as invaders from Normandy with William the Conqueror since there were also some Viking descendants in Normandy. However, we currenly show no close matches in France and we do show close matches with Norway and Sweden. It is possible that more extensive testing in France will show the presence of I-S8104 descendants.
DNA testing is changing how we research our family history. For those males who carry the Muncy surname, I strongly urge you to consider having a Y-DNA test at Family Tree DNA and joing the FTDNA Muncey Project.
Thank you for reading this blog, but the most important part of the MuncyFamily.info site is the Muncy Family Database. Look to the left column and notice the “Muncy Family Database” link, or you can always directly access the database by jumping to and bookmarking ” http://www.muncyfamily.info/muncydata ”
The Muncy Family Database is designed to maintain genealogical information on the Muncy Family, but also related information including photos, documents, cemetery locations, reports, sources, statistics, etc. Not all features have been fully implemented, but many are ready for use.
This database includes two separate and distinct databases – one related to the descendants of Francis Muncy and one related to the descendants of William Muncy. Whenever you see a “Tree:” pop-up button, you can select the tree for Francis or William descendants. If you don’t select a specific tree, the entire database is selected. For example, if you don’t know if a specific person is a descendant of Francis or William, you can search both to find the area in which information on that person is located.
I’ve been a subscriber of Ancestry for many years. Hopefully I’ll stay a subscriber for many more years. My experience with Ancestry has taught me that it offers great benefits for research, but also provides novices with false and misleading information and can create genealogies that are worthless.
As a research tool, Ancestry is awesome – as long as you look at original sources and avoid relying on other subscribers’ family trees as shortcuts. On Ancestry you can find census records and voters lists, marriage records, birth records, death records, military records, directories, land and tax records, wills, reprints of archives, copies of old books, and on and on. Years ago this kind of information required a trip to the courthouse or library and waiting for interlibrary loans to provide microfilm of documents from remote sources. Today most of this information is available through Ancestry. Ancestry does NOT have everything – trips to the courthouse might still be required – but what Ancestry does provide has been a godsend to researchers.
Family Tree DNA (FTDNA) has a surname project, appropriately named “The Muncey Project.” This project was created on January 1, 2015 in order to determine the history and relationships of the various Muncy families in America and around the world.
This project is for anyone who descends from the Muncey, Muncy, Munsey, Munsy or similarly spelled lines, including people who have taken the FTDNA Family Finder test. We are also looking for males who carry the Muncey or derivative surnames to determine if they share share a common male ancestor through Y-chromosome testing and to find additional cousins and relationships through autosomal testing
This is currently a small group, but with time it will grow – and as it grows it will be even more informative and helpful. Joining the project is easy and there is no charge although you must purchase (or have purchased) a test from FTDNA to participate. You can jump to the join page by clicking “The Muncey Project at FTDNA” menu item in the left column of this page, or click this link and then click the “Join” button. If you have not yet tested with FTDNA, you will be given the opportunity to purchase a test at the same time you join the project. If you are logged into FTDNA, simply select the “Projects” drop down menu, select “Join a Project” and search for the “Muncey” in the Search by Surname box (note the spelling).
VERY IMPORTANT! Significant discounts on purchasing tests are given when you join the group so make sure you join the group BEFORE you test. If you purchase a test this week, and join the group next week, you don’t get the discount. JOIN FIRST!
ALL of the current testers are descendants of Francis Muncy (b. 1630s. d. 1674). We very much need testers who are descendants of William Muncy (b. 1640’s. d. 1698). Until we get a descendant of William Muncy to test, we are not able to compare the results to Francis Muncy to establish a relationship! If you are a descendant of William Muncy and considering testing, please contact me or leave a comment and I will contact you. (When you leave a comment, your email address is not published.)
Of our current members, one member of the project is descended from Thomas Muncey, born in Hertfordshire, England in 1710. This project member lives in Australia and his ancestors never settled in North America. Out of 111 markers tested, he has only three mutations from the profile of our Most Recent Common Ancestor (MRCA). Based on this information, this person is probably my 10th cousin (or closer).
Three members of the project show NO mutations of the 111 markers from the profile of our direct common ancestor. (I have a single mutation in 111 markers). The more Muncy males that test, the better we will be able to identify different lines and relationships. If you are a Muncy male, I urge you to take a FTDNA Y-Chromosome test–particularly the 67-marker test if possible, but the 37-marker test will also help.
I maintain a spreadsheet noting mutations and groupings and will provide any members of the Muncey Project with updates if they send me a request to be added to the list. Please use the “contact us” link to request the spreadsheet updates. (As an incentive to join the Muncey Project, only members of the project will receive the spreadsheet and updates.)
In Part 1 of this series I discussed autosomal DNA, the most common type of DNA tested for genealogy by the major testing companines (AncestryDNA, Family Tree DNA and 23andMe.) Parts 2 and 3 explored Y-DNA and the y-chromosome and its application to tracing the male lines and surname projects. In Part 4 I conclude the DNA testing series with information about mitochondrial DNA, that DNA that follows the female line.
Mitrochondrial DNA and the Female Connection
As mentioned in parts 2 and 3, Y-DNA defines male-ness. Only males have Y-DNA and they pass this down to their sons. Mitrochrondrial DNA (mtDNA) is the female component and can trace mother-line ancestry – mother inherits mtDNA from her mother, who got that same mtDNA from her mother, and so on. There is, however, one big difference between the inheritance of Y-DNA and mtDNA. While mtDNA is passed down from mother to daughter, it is also passed down to sons. The big difference, however, is that while sons inherit mtDNA from their mother, they do not pass it on. I carry my mother’s mtDNA but my son does not. My son carries my wife’s mtDNA.
This is an important consideration in DNA testing. I do not have to rely on my mother or sister to provide a mtDNA sample. I can be tested for mtDNA, and it will be the same as if my mother or sister tested. You can see some graphics of how mtDNA applies to mother-line ancestry here.
As with Y-DNA, there are several different levels of mtDNA testing. One can test only HVR1 and HVR2 regions. For a more complete test, Family Tree DNA (FTDNA) offers a full-sequence test that covers all the normal coding regions including the HVR1 and HVR2 regions. The full sequence test can take the results back to almost 180,000 years!
I haven’t seen any definitive statistics on this, but I suspect that mtDNA is the least tested type of DNA (but it is definitely getting more popular). The primary reason for this is that genealogy research tends to concentrate on male lines because typically male surnames remain the same down through generations. Because females have in the past typically changed their surname to match their husband, it becomes easy to lose the connections to their family. This is not to say that mtDNA can’t be very useful. My Mother’s mtDNA can be traced back to her 3G-grandmother, Mary (Polly) Gilliam who was born in Virginia in the mid-1700’s. Using services like FTDNA, matches to her DNA might yield more information about Mary Gilliam and sisters and mother. I already have one perfect match to another woman, Mary Polly Hearn in the 1770’s. I have yet to establish the connection between the two – the connection could be within a relatively few generations but could be a hundred years or more.
Currently FTDNA is the only company in the U. S. that offers mtDNA testing for genealogical uses.
In human DNA only males carry the Y-Chromosome so NORMALLY the yDNA follows a particular surname. My GG-grandfather Muncy gave his y-chromosome to my great-grandfather Muncy, who gave that same y-chromosome to my grandfather, who in turn gave it to my father and then to me. Mutations of specific markers happen along the way, but mutations don’t happen frequently. Mutations become key to identifying one branch from another. A mutation in the y-chromosome of my 4G-grandfather will also show up in my y-chromsome. There might be additional mutations during that time, but his mutations will be evident in my y-chromosome. If someone who believes he is my cousin also descended from my 4G-grandfather has the same mutation(s) then we can assume that connection. But if he doesn’t share the same mutations as my 4G-grandfather and me, then we don’t share that descent.
Non-Paternal Events (NPEs)
Non-Paternity Events (NPEs). I really hate that term because it conjures up virgin birth or something similar. Every child born is the result of a paternal event, but I didn’t create the term and I guess we have to live with it. Think of Non-Paternity Events as situations in which the parent you expected is not the parent you thought was the parent.
You will note that in a paragraph above I said the y-chromsome NORMALLY follows the surname, but there are exceptions. The so-called Non-Paternity Events (NPE) such as adoptions or out-of-wedlock births can result in a person’s surname not matching that expected from the y-chromsome. For those who must deal with these issue, y-chromsome testing and comparisons offer some hope of finding their true ancestry.
In Part 1 I discussed autosomal DNA (atDNA), that DNA that is passed down equally from both parents. In Part 2 I discuss yDNA, the DNA chromosome that is passed down only from father to son .
The Y-Chromosome is a sex chromosome and defines maleness. Only males carry the Y-chromsome and they pass that chromosome to male children unchanged except for an occasional replication error. The Y-chromosome can go for thousands of years with only a few replications errors (mutations) – but these errors are critical in using yDNA for genealogical purposes. Because yDNA is passed down father to son, it is the most important test for those who are engaged in surname genealogical projects. My yDNA is essentially the same as that of my 10G grandfather Muncy. Almost the same, but not quite.