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Friday, March 31, 2023

Lunch & Learn Saturday, Apr 8, 2023 1:00pm PST

   In the past, our organization has helped with the promotion of webinars that the SCGS' Genealogy Lunch and Learn puts on for the general public. Even though we are a Hispanic genealogy group, we promote the education and knowledge that one may obtain from these presentations. Who knows if your ancestors may have some connection to these areas. Since they our free online via GoToMeeting, we are letting our members know that these courses are available to you if you register in advance. 




To register for April 8, click on the link below:

https://attendee.gotowebinar.com/register/3402191769592258905

After registering, you will receive a confirmation email containing information about joining the webinar.




Tuesday, March 28, 2023

Beethoven’s DNA Reveals Surprises – Does Your DNA Match?

To read the article in full, hit here The article appeared on DNAeXplained – Genetic Genealogy.

Beethoven’s DNA has been sequenced from a lock of his hair. That, alone, is amazing news – but that’s just the beginning!

The scientific paper was released this week, and the news media is awash with the unexpected surprises that Beethoven’s DNA has revealed for us. Better yet, his DNA is in the FamilyTreeDNA database and you just might match. Are you related to Beethoven?

His Y-DNA, mitochondrial DNA and autosomal DNA have been recovered and are available for matching.

You can check your autosomal results if you’ve taken a Family Finder test, or you can upload your DNA file from either AncestryDNA, 23andMe or MyHeritage to find out if you match Beethoven. Here are the download/upload instructions for each company.

But first, let’s talk about this amazing sequence of events (pardon the pun) and scientific discoveries!

Monday, March 27, 2023

Registration is Open for the FREE Third Annual Arizona Genealogy Day Seminar, 22 April 2023


 Registration is open for the FREE Third Annual Arizona Genealogy Day all day VIRTUAL seminar on Saturday, April 22, 2023 featuring J. Mark Lowe, FUGA; Ari Wilkins from Dallas Public Library; Elizabeth Hodges, MA, MSLIS from Allen County Public Library Genealogy Center; Cyndi Ingle from Cyndi's List; and Wendi Goen, MA and Yahm Levin, MLIS from the Arizona State Library, Archives and Public Records.

Agenda and Free Registration is available at: https://azsos.libcal.com/calendar/starl/azgenday23.

Several of the presentations will be available for a limited time after the seminar; however, you need to register for the seminar ahead of time. Some of the presentations will be available indefinitely. So, if you cannot attend virtually on the day of the seminar, at least you can listen to the presentations at your leisure.

Please share with your society members and members of your community! If you have a meeting room that allows streaming, consider having a community event by inviting community members to view the all day programming with Society members! Great way to get people interested in genealogy, and perhaps grow your membership!

 If you have any questions, please don't hesitate to contact me at lindamcclearyAzGAB@gmail.com


7 Celebrities Who Discovered Wild Things About Their Family History

 To read more of this article, hit here  This article was on TooFab and was written by their staff


The details of a family's history used to be a big mystery but thanks to DNA testing and online ancestry databases, access to genealogical information is more easily obtainable than ever. While putting together an entire family tree can be accomplished with a little hard work, sometimes it's best to call in the pros -- which is exactly what a lot of celebrities have done. And after working with genealogical experts on shows like "Finding Your Roots" and Who Do You Think You Are?" some celebs have ended up making pretty wild discoveries about their families!

Read on to find out what these celebs found out about their family history…

1. Julia Roberts

During an appearance on "Finding Your Roots," Julia Roberts discovered that she's been living by the wrong name for her entire life. Genealogy research revealed that she is not actually a descendant of who was believed to be her great-great-grandfather, Willis Roberts. Instead, it was uncovered that Willis had been deceased more than ten years before her great-grandfather, John, was born to her great-great-grandmother, Rhoda Suttle Roberts. DNA pointed to a man named Henry McDonald Mitchell Jr. as her actual biological great-great grandfather.

"On the one hand, truly my mind is blown. And it is fascinating," Julia said. "And on the other hand, there is, you know, part of me when I'm calmer, you know, can still wrap my arms around the idea that, you know, my family is my family. And I do prefer the name Roberts."

2. Bernie Sanders

It turns out that Bernie Sanders isn't just portrayed by Larry David on "Saturday Night Live" -- they're actually related! When both men appeared in "Finding Your Roots," they discovered that DNA showed that they are distantly related.

"You're kidding! Oh my God! That is unbelievable," Bernie said during the episode, later adding, "People say to me, you know they talk about Larry David, and I say he does a better Bernie Sanders than I do."

3. Edward Norton

Edward Norton's family had always believed that they might be related to Pocahontas but it wasn't until the actor appeared on "Finding Your Roots" that it was confirmed to be true. After learning about his family's ancestry, he found out that the 17th-century Powhatan woman is his 12th great-grandmother.

"This is about as far back as you can go, unless you're a Viking. Makes you realize what a small piece of the whole human story you are," Edward said on the show.

4. RuPaul

During an episode of "Finding Your Roots," RuPaul discovered that he was related to politician Cory Booker. The "Drag Race" host was pleasantly surprised by the revelation that the pair are genetic cousins and admitted that they did look like each other.

"He looks like my kin. There's a sweetness about him that I've always loved and an intellect that’s undeniable. But every time I've ever seen him, he reminds me of my cousin Yula," RuPaul said during the episode.

5. Marisa Tomei

In 2019, Marisa Tomei learned that she's related to one of her former co-stars -- Julianne Moore! While appearing on an episode of "Finding Your Roots," Marisa was told that she and Julianne are genetic cousins, meaning they share "an identical stretch of DNA." When Julianne heard the news, she took to Instagram to share her reaction.

"I KNEW WE WERE ALIKE! @marisatomei is my COUSIN!! OMG I'm so excited, thank you @henrylouisgates for letting us know we have identical segments of DNA," Julianne wrote.

6. Scott Foley

On "Who Do You Think You Are?" Scott Foley learned that his eighth great-grandfather Samuel Wardwell was caught up in the Salem Witch Trials. After traveling to Salem, Massachusetts, Scott learned that Samuel was put on trial after a teenage girl accused him of "afflicting" her with acts of witchcraft and another man claimed Samuel could predict the future. Ultimately, he was sentenced to death.

7. George Clooney

In 2012, George Clooney learned that he's related to Abraham Lincoln. According to Ancestry.com, Clooney is the half-first cousin five times removed from the former president. While breaking down the connection, the genealogy site explained that two of their ancestors were half-siblings. Specifically, Lincoln's mother Nancy Hanks was the half-sister of George's fourth great-grandmother Mary Ann Sparrow.

"We noticed there were similarities between the names and places of Abraham Lincoln's tree and George Clooney's tree," the website's Michelle Ercanbrack told People. "They both have deep roots in Kentucky, so once we honed in on that we were able to find a connection between the two."

Sunday, March 26, 2023

10 Rules for Accepting (or Rejecting) Online Family Tree Hints

 To read this article in full, hit here First published on Family Tree website by Diane Haddad

If you have an online family tree at Ancestry.com, FamilySearch, Findmypast or MyHeritage, you’ve seen “hint” icons on ancestor profiles. The icon tells you the site has found a historical record in its collections or a person in someone else’s tree that it thinks is a match for your ancestor.

Online family tree hints can make it easy to build out your ancestor timelines and add people to your tree. Or they can fill your tree with the wrong relatives and incorrect information.

Follow these 10 rules of thumb to separate the good online family tree hints from the mismatches:

1. Take your time looking through hints.

Don’t try to resolve a huge number of them at once. Instead, look at hints for an ancestor as you’re researching that person. That way, you’ll have the context of his or her life in mind.

2. For hints from digitized record collections, check the document image.

The site’s hinting system looks at transcribed information when trying to find a match to information in your tree. We all know that indexes and transcriptions can have errors, so make sure the document itself matches your relative.

3. As you evaluate a hint, look for matches on multiple points of information.

If the birth year, birth place, occupation and children’s names listed in the record all match your ancestor, chances are good you have a match.

4. Be extra, extra careful if you know little about the relative who has the hint.

If all you have in your tree is a name, birth year and place, hints will be based on just that sparse information. And you can bet there was more than one Anna Catherina Kolbeck born in Germany in 1812 (I know, because my Anna Catherina gets hints for all of them).

5. Be extra, extra, extra careful with matches to ancestor profiles in other online trees.

No independent researcher verifies the correctness of online trees. Ten trees might all have the same wrong information, because the owners all accepted hints to each others’ trees. I’ll look at online trees for clues, but I generally ignore hints to them.

6. It’s fine to wait and see.

If you’re not 100 percent sure a hint is for your ancestor, ignore it for now. Come back to it later, when you know more about that ancestor.

7. When you do accept an online family tree hint, don’t add all the information to your tree at once.

Instead, evaluate and accept each piece of information from the record one at a time. If what’s already in your tree is more accurate (for example, the matching record names only a state of birth, but your tree has the city and county), don’t accept that less-specific bit of information.

8. As you accept the hint, correct errors present in the transcription or in the document itself.

If you add children to your tree from, say, a hint to a census record, their names will come in as indexed, mistranscriptions and all. Be sure to fix these issues as you accept the hint. Also remember that sons and daughters of a male head-of-household aren’t always the children of the man’s wife. The children’s biological mother might be a previous wife. If you suspect this may be the case, you can add the hint to the father’s profile, then add the children and/or wife separately.

9. Use women’s maiden names.

A wife listed in her husband’s census record will be recorded with her married name. You want women to be listed in your tree with their maiden names, so be sure to fix this when accepting a hint. If you don’t know the woman’s birth surname yet, just use her first name.

10. Don’t limit your genealogy research to waiting for hints.

A family tree cannot thrive on hints alone. Also search for your ancestors’ records using the website’s search form. On most sites, hinting systems don’t cover all record collections—only the largest ones containing the most names, dates and places. Running your own searches also lets you try more name variants and wildcards to capture hard-to-find records.

Friday, March 24, 2023

HOW MANY COLD CASES HAVE BEEN SOLVED BECAUSE OF GENETIC GENEALOGY TESTING?

To read this article in full, hit here This article appeared on Grunge by Aaron Homer.

Back in 1958, researchers James Watson and Francis Crick discovered the basic, double-helix structure of the DNA molecule, forever changing our understanding of genetics (via National Library of Medicine). In addition, this discovery paved the way for advances in DNA technology, which have led to things like commercial ancestry DNA testing and the use of DNA in forensics — solving crime by matching the DNA found at a crime scene to a suspect's DNA.

In the past few years, those two technologies have merged, in a manner of speaking, providing police with a new method of solving crimes. This is done not by identifying a suspect directly via his or her own DNA, but by identifying people who may be related to a suspect via DNA analysis and going from there. "The power of this new partnership between genetic genealogy and law enforcement has unlocked one of the biggest, if not the biggest, crime-fighting breakthroughs in decades," notes genealogist CeCe Moore, via the Forensic Technology Center of Excellence.

As of September 2022, this avenue of investigation has led to the resolution of several hundred criminal cases once considered cold (via Phys.org).

HOW FORENSIC GENETIC GENEALOGY WORKS

There are two methods that police can use to identify a criminal suspect through DNA, according to Genealogy Explained. The one we're all most familiar with, and which is bound to inform the plot of at least one TV procedural per week, is the most direct. In essence, a criminal suspect leaves behind something containing their DNA — a strand of hair, for example, or a drop of blood. That sample is compared to a sample from a possible suspect — perhaps law enforcement got a warrant to obtain one by, say, taking something from their trash. If the DNA is a match, then authorities have their man, so to speak.

The second method is more indirect. In essence, authorities take a DNA sample from a crime scene and then compare it to the millions of samples in a nationwide database of criminal genetics — the Combined DNA Index System, or CODIS — as well as those from regular people who used commercial ancestry DNA tests and whose profiles were uploaded into a database called GEDmatch (per the International Symposium on Human Identification). Authorities will then use this to match people who may be genetically close to the suspect — siblings, parents, cousins, and so on. (Do note that the preceding explanation is bare-bones and leaves out considerable scientific, procedural, and legal nuance.)


Thursday, March 23, 2023

Calling for adoptees!

 Were you adopted or do you know an adoptee? You or your friend may qualify for a free DNA test kit through My Heritage. Their DNA Quest program is a pro-bono initiative helping adoptees and their birth families reunite through genetic testing. DNA Quest has made a huge impact since it was first introduced in 2018, resulting in many reunions. Follow this link to see if you qualify; the deadline is March 25th! https://dnaquest.org/ #myheritage #myheritagedna #adoptee #dnaquest #dnatest

Wednesday, March 22, 2023

8 Things That Could Be Harming the Quality of Your Family Tree (and How to Fix Them)

 


To read the article in full hit here First published by My Heritage Blog


Building a family tree can be a fascinating and rewarding process, allowing you to connect with your heritage and uncover the story of your family’s history. However, despite your best intentions, there are many common pitfalls that can harm the quality of your family tree.

In this article, we’ll explore 8 things that could be harming the accuracy and reliability of your genealogy research, and provide practical tips and advice on how to avoid these problems and improve the quality of your family tree. Whether you’re a seasoned researcher or just starting out, read on to discover how you can build a family tree that is accurate, meaningful, and enduring.

1. Duplicates

There are a few reasons why you might end up with duplicates in your family tree. You might have accidentally entered the same information and created duplicate entries. Or maybe you used different formats for names or dates or entered information from multiple sources, and ended up entering the same information twice.

However they got there, duplicates can create confusion and complicate the research process. In the case of duplicate profiles, they may even result in the loss of information, because you may add important details to one profile and not the other.

To avoid duplicates and maintain the accuracy of your family tree, it’s important to regularly review and update your research, and use a standardized format for data entry.

The best way to detect duplicate profiles in your family tree on MyHeritage is to review your tree in List view.

This view lists all the profiles in your tree by name, so you will easily be able to see when one person is listed twice. I recommend using the option to sort by last name: this makes it easier to detect duplicates. Be sure to check the duplicate profile thoroughly before you delete it and make sure any information it contains that wasn’t added to the original profile is copied over.

2. Reviewing a good match only once

Got a high-quality Smart Match™? Fantastic! You confirmed the match and added any new details it contained to your own tree, and moved on to the next discovery.

But you shouldn’t stop there!

You never know what you might find on second review — not just because you might have missed something the first time, but because the person whose tree you matched with may have added more information to that profile since the last time you looked. It’s always a good idea to go back and re-review confirmed Smart Matches™ every now and then.

So how do you rereview your confirmed Smart Matches™?

Go to “Matches by people” under the Discoveries tab in the navigation bar and select the “Smart Matches” tab at the top of the page. Then, open the status menu that shows “Pending” by default, and select “Confirmed.” This will bring up a list of all the Smart Matches™ you’ve already confirmed, and you can review them to see if any new information has been added since you confirmed them.

Tuesday, March 21, 2023

Genealogical Numbering Systems and How to Use Them

 To read this article by Drew Smith in FamilyTree Magazine, hit here

If you’re having trouble keeping track of all your ancestors, you might want to use a genealogical numbering system. Designed and modified by expert genealogists over decades and even centuries, these systems assign numbers to key family members in your research, making them easier to find and refer to as you build your family tree. Here’s a brief introduction to genealogical numbering systems, plus how to use the most common (such as Ahnentafel and the Register System).

Why Use Genealogical Numbering Systems?

In our modern digital world, keeping track of our ancestors is relatively easy. Using desktop genealogy software, we can quickly produce lists of ancestors or descendants, search for people with particular names, or display clickable pedigree charts that allow us to move from one person to another. We can even take two people from different parts of our family tree, and a tool will instantly tell us how they are related to each other.

But the pre-computer genealogical world was completely different. Producing large family trees in a visual format demanded tedious work, and figuring out exactly how ancestors might be related to the researcher required large hand-drawn charts and lots of reading. It was especially tricky when multiple ancestors had the same name. And studying the descendants of an ancestor was even more laborious, requiring tracking thousands of individuals.

This was the information-management issue studied by some of the best late-19th- and early-20th–century genealogists. As these genealogists began to generate large written family histories or publish their research in the new genealogy journals of the day, they realized they needed some sort of system to number their direct ancestors or the descendants of a famous ancestor. Numbering could help distinguish two different people with the exact same name, identify which generation they fit into, and even specify the birth order of children within a family.

Even today, using our genealogy software, we still find it helpful to use some of these numbering systems in order to produce lists and reports, especially when sharing with others. I wouldn’t be surprised to find a few current genealogists still trying to design a better numbering system, or at least tinkering with existing systems in order to improve them.

Whether you’re one of those pioneering long-haulers or a beginner genealogist wanting to use an existing system, let’s take a deep dive together into the world of genealogical numbering systems. They can be divided into three types: ancestral, descendant, and combination.

Note: We’ll demonstrate each system using the genealogy of a famous pedigree, the royal family of the United Kingdom (with Queen Elizabeth II or her grandson William, Duke of Cambridge, as the root person). You can refer to a traditional family tree (descendancy) view of Elizabeth’s descendants here and more information about William’s here.

Ancestral Systems: The Ahnentafel System

Keeping track of direct ancestors in a numbering system is reasonably straightforward, so it should not be surprising that the earliest example of such a system can be found more than 400 years ago. Austrian historian Michaël Eytzinger published a genealogical work (Thesaurus Principum Hac Aetate In Europa Viventium) documenting royal European houses in 1590.

This Eytzinger Method, known in German as an Ahnentafel (in English, “ancestor table”), was picked up by two later genealogists: Jerónimo de Sosa and Stephan Kekulé von Stradonitz. Sosa, a Spanish Franciscan friar and genealogist, wrote about the method in 1676 in his work Noticia de la Gran Casa de los Marqueses de Villafranca. And von Stradonitz, a German lawyer and genealogist, popularized the Ahnentafel method in his 1898 work Ahnentafel-Atlas: Ahnentafeln zu 32 Ahnen der Regenten Europas und ihrer Gemahlinnen.

The Ahnentafel method is perhaps the most common genealogical numbering system. In fact, Family Tree Magazine‘s free five-generation ancestor chart has Ahnentafel numbers built in.

How does the Ahnentafel system work? The root person (say, the genealogist) is assigned the number 1. From there, the system doubles a person’s number to get the number for No. 1’s father and adds one to that number to get the number for their mother. So the root person’s father is 2 and their mother is 3. Their paternal grandfather is 4, their paternal grandmother is 5, their maternal grandfather is 6, and their maternal grandmother is 7. The system can be carried back as many generations as one has names, leaving out those numbers where the names are unknown.

Let’s see how this works in practice for Prince William, Prince of Wales, back to his great-grandparents:

1. Prince William, Prince of Wales

2. Charles III

3. Lady Diana Spencer

4. Prince Philip, Duke of Edinburgh

5. Elizabeth II of the United Kingdom

6. John Spencer, 8th Earl Spencer

7. The Honourable Frances Roche

8. Prince Andrew of Greece and Denmark

9. Princess Alice of Battenberg

10. George VI of the United Kingdom

11. Elizabeth Bowes-Lyon, The Queen Mother

12. Albert Spencer, 7th Earl Spencer

13. Lady Cynthia Hamilton

14. Maurice Roche, 4th Baron Fermoy

15. Ruth Sylvia Gill

Knowing the person’s number can instantly provide us with certain kinds of information. For instance, the parents are 2 through 3, the grandparents are 4 through 7, the great-grandparents are 8 through 15, and so forth. This allows us to figure out how many generations back an individual is by seeing which range the person’s number falls into. From a mathematical perspective, paternal lines are simple powers of two: 2, 4, 8, 16, etc. Maternal lines are one less than powers of two: 3, 7, 15, 31, etc.

However, even a simple system like the Ahnentafel method can run into some snags. If we were to continue the numbers for Prince William’s ancestors, we would eventually reach the royal couple Christian IX, King of Denmark, and Princess Louise of Hesse-Kassel. They are numbers 32 and 33, as they are the great-grandparents of number 4, Prince Philip. But they are also numbers 82 and 83, as they are the great-great-grandparents of Elizabeth II. In fact, Queen Victoria is both 79 and 81! (Elizabeth II and Prince Philip, both great-great-grandchildren of Queen Victoria, were third cousins.)


Welcome to pedigree collapse! In any culture that does not forbid the marriage of known relatives, you are likely going to witness this phenomenon. Sooner or later, as you trace your direct ancestors back through the generations, the same individual or couple will appear in different parts of your family tree.

This means that they would be given more than one Ahnentafel number to represent them. The usual solution (if you’re doing it by hand) is to mark the higher number with an indication that it duplicates a lower number.

Another drawback: Should new genealogical research change the knowledge of which person is the parent of a known ancestor, this would mean re-assigning numbers for those individuals and their ancestors going backwards. But genealogy software makes this easy to do.

The last problem that might be an issue with the Ahnentafel system is if you want to assign numbers to both biological ancestors and adopted ancestors. A common solution is to add an A (for “adopted”) and a B (for “biological” or “birth”) to the number, to indicate the nature of the relationship. So far as I’m aware, current genealogical software does not provide this feature, although it would be a handy one to have.

Also, in the case of an adoption by a same-sex couple, the usual procedure of assigning the even number to the male parent and the odd number to the female parent would need to be modified, perhaps by instead assigning the even number to the older parent and the odd number to the younger parent.

Descendant Systems

Designing a numbering system for descendants is much less straightforward than designing one for ancestors. The root person (that is, the famous ancestor or other person of interest) is still generally assigned the number 1. But there are several choices to be made about how to number his or her descendants.

We’ll discuss four systems in this section, but each of them has an obvious flaw: The discovery of a previously unknown child in a family (or an erroneous inclusion of a child) will mean that many numbers will have to be re-assigned. While genealogical software can easily do the re-numbering, this will invalidate at least part of the numbering of any previously published or otherwise shared reports.

One key question to ask as you decide which system to use: Do you assign numbers for only those descendants who had offspring, or for all descendants regardless? The two most popular descendant-numbering systems have made this choice differently.

New England Historic Genealogical Society (NEHGS) (American Ancestors), founded in 1845, is the oldest genealogical society in the United States, and it’s published its quarterly journal, The New England Historical and Genealogical Register, for nearly as long. By 1870, the Register adopted a numbering system that assigned Arabic numbers to only those descendants who themselves produced children. Numbers are assigned by family group, in age order.

Let’s see how the Register System (in its most basic form) work for the descendants of Queen Elizabeth II:

1. Queen Elizabeth II

2. Charles III

3. Anne, Princess Royal

4. Andrew, Duke of York

5. Edward, Earl of Wessex

6. William, Prince of Wales

7. Harry, Duke of Sussex

8. Peter Phillips

9. Zara Tindall

10. Princess Eugenie of York

Note that numbers are assigned in family groups. So, for example, Charles’ children William and Harry have numbers 6 and 7 despite being younger than their cousins Peter and Zara (numbers 8 and 9). Because Charles is the eldest sibling, his children have the first numbers of that generation.

The NGSQ System (or Modified Register System)

Likewise, the National Genealogical Society (NGS) was founded in 1903 and in 1912 began publishing its journal, the National Genealogical Society Quarterly (NGSQ). That publication, too, developed its own descendant-numbering system, distinct from that of the NEHGS Register.

Although there are a number of differences between the NGSQ System (also known as the Record System or Modified Register System) and the Register System, the primary difference is that all descendants, regardless of whether they have children, are assigned their own Arabic number.

Like in the Register system, numbers are assigned by family group in birth order. Those who have descendants are marked with a plus sign in reports to signal that their descendants will appear in the next generation.

Here is how the numbering would look for the descendants of Queen Elizabeth II:

1. Queen Elizabeth II

2. Charles III

3. Anne, Princess Royal

4. Andrew, Duke of York

5. Edward, Earl of Wessex

6. William, Prince of Wales

7. Harry, Duke of Sussex

8. Peter Phillips

9. Zara Tindall

10. Princess Beatrice of York

11. Princess Eugenie of York

12. Lady Louise Windsor

13. James, Viscount Severn

14. Prince George of Cambridge

15. Princess Charlotte of Cambridge

16. Prince Louis of Cambridge

17. Archie Harrison Mountbatten-Windsor

18. Lilibet Diana Mountbatten-Windsor

19. Savannah Phillips

20. Isla Phillips

21. Mia Grace Tindall

22. Lena Elizabeth Tindall

23. Lucas Philip Tindall

24. August Brooksbank

Like in the Register System, the numbering by family group means that some descendants are listed before their same-generation cousins even if they were born after them.  

As you can see, these two systems produce sequential numbers for descendants. But the numbers, by themselves, do not provide other information such as which generation the person falls into or what birth order each person would have in their own family. However, generation-numbering and birth-order numbering are part of the full stylings of both the Register and NGSQ Systems.

The Henry System

While the Register System and the NGSQ System are the most popular descendancy-numbering systems in use, two others are worth mentioning because you’ll find them as additional report options in such desktop genealogy software as Family Tree Maker and RootsMagic.

The first is the Henry System, designed by Reginald Buchanan Henry and used in his 1935 work Genealogies of the Families of the Presidents. Like the others we’ve discussed, it assigns 1 to the root person. But then it adds a digit for each generation, and the value of that digit is the birth order in their family.

This is what it would look like for the descendants of Queen Elizabeth II:

1. Queen Elizabeth II

11. Charles III

111. William, Prince of Wales

1111. Prince George of Wales

1112. Princess Charlotte of Wales

1113. Prince Louis of Wales

112. Harry, Duke of Sussex

1121. Archie Harrison Mountbatten-Windsor

1122. Lilibet Diana Mountbatten-Windsor

12. Anne, Princess Royal

121. Peter Phillips

1211. Savannah Phillips

1212. Isla Phillips

(and so on)

This system can also accommodate the root person’s siblings. In the above arrangement, Elizabeth II’s younger sister, Princess Margaret, would be number 2, and Margaret’s children David and Sarah would be 21 and 22 respectively.

It might occur to you that the Henry System would run into some problems, including in the case of families with more than nine children. But the system has an answer: The 10th child is marked with an X, while additional children are marked A, B, C, and so forth. In some variations (such as the Modified Henry System), the 10th and later children have their birth orders put into parentheses.

The d’Aboville System

Although the d’Aboville System is attributed to Count Jacques d’Aboville in 1940, one can find an example of essentially the same system being used as early as 1915 by the Huntington Family Association in its publications. The primary difference between the Henry and d’Aboville Systems is that the generation digits are separated by periods, so that 11 in the Henry System is 1.1 in the d’Aboville System. This solves the problem of birth order numbers larger than nine.

So the descendants of Queen Elizabeth II would be numbered:

1. Queen Elizabeth II

1.1. Charles III

1.1.1. William, Prince of Wales

1.1.1.1. Prince George of Wales

1.1.1.2. Princess Charlotte of Wales

1.1.1.3. Prince Louis of Wales

1.1.2. Harry, Duke of Sussex

1.1.2.1. Archie Harrison Mountbatten-Windsor

1.1.2.2. Lilibet Diana Mountbatten-Windsor

1.2. Anne, Princess Royal

1.2.1. Peter Phillips

1.2.1.1. Savannah Phillips

1.2.1.2. Isla Phillips

(and so on)

Other Systems and Common Errors

Is it possible to create a system that will assign a number to all of your direct ancestors, as well as all of their descendants? Yes, such as by combining the Ahnentafel system with one of the descendancy systems.

For instance, you could combine Ahnentafel numbering for ancestors with d’Aboville numbering for descendants. If the root person were Prince William (he would be assigned number 1), his father, Charles, would be 2. Then Prince Harry (William’s brother) could be 2.2 or 3.2, as the second child of No. 2 Charles and No. 3 Diana. (This solution is also a good workaround to documents half-siblings.)

But what about assigning numbers to the spouses of our non-ancestor relatives? Numbering systems don’t generally don’t include these individuals. Noted genealogist William Dollarhide has suggested adding an asterisk to the relative’s number to designate the spouse, and to add *1, *2, etc. in the case of multiple spouses. In other cases, you might simply add an S to a person’s number to generate a figure for the spouse.

As you might imagine, there are a few other numbering systems in the genealogical world. All systems are going to have their pluses and minuses, and it’s doubtful that a perfect system will ever be designed. Fortunately, current genealogy software automatically handles all the numbering for us, and we can switch between the popular systems as often as we like as we produce reports.

If you’d like to know a bit more about the details of these systems and about how to handle unique situations, you’ll enjoy reading Numbering Your Genealogy: Basic Systems, Complex Families, and International Kin, by Joan Ferris Curran, Madilyn Coen Crane, and John H. Wray (National Genealogical Society), published in 2008.

A version of this article appeared in the May/June 2021 issue of Family Tree Magazine. Last updated in September 2022 to reflect the death of Queen Elizabeth II and a change to Prince William’s title.

Monday, March 20, 2023

How FamilySearch is using the future to discover the past with AI

 To read the article in full, hit here First published at Desert News by Rebecca Olds

Hear from senior product manager, John Alexander, about how FamilySearch is training AI to read and transcribe information from billions of historical documents at an uncanny rate

FamilySearch has made more than 2.6 billion historical resources available to the public, and according to John Alexander who is a senior product manager there, there’s a lot more on the way. It’s just a matter of getting the documents transcribed.

More than 5 billion more documents — collected and converted to digital images — need to be transcribed to make them searchable and usable in FamilySearch’s database.

And 1 to 2 million more are added every single day.

With the development of new artificial intelligence technology, there’s more hope of getting billions of records to families looking for information about their relatives in as little as five years. And it’s already being tested and used.

“In just a couple of hours, the computer can index more than you or I could do in a whole lifetime if we did nothing besides indexing for the rest of our lives,” Alexander said. “So in terms of efficiency, it’s very fast.

“In just a couple of hours, the computer can index more than you or I could do in a whole lifetime if we did nothing besides indexing for the rest of our lives,” Alexander said.

Currently, it’s being taught — yes, “taught” like a child — English, Spanish and Portuguese, with plans for Italian in 2023.

Teaching AI to read hand-writing

It takes time to get a sophisticated system like transcribing AI up and running because it has to be taught and trained, Alexander said.

“When we show a computer the image, all it sees is ones and zeros — pixels,” he explained. “None of that means anything to the computer.”

“And so we have to train it similar to the way we train or teach a child to read, we have to teach it each individual letter and character, we have to teach it the way that pages are laid out how each line is distinct from the other,” he continued. “All of that takes time and training.”

Not to mention that it’s starting to read handwriting from the 1400s, which can be difficult for human volunteers.

Once it’s taught a language, the other languages in the family become much easier to teach — it’s a sort of exponential process.

And quicker than they could’ve imagined, the AI could read documents in English, Spanish and Portuguese, and index what would take human indexers half a century in just a few months.

Drowning in documents

Unless there’s a rapid uptake in indexing these documents, these records will never be accessible to the public, which is FamilySearch’s goal.

“Much of what family search does is gather and store the world’s historical records,” Alexander continued, “especially those records that tell about people and their relationships to each other.”

Since the 1940s, FamilySearch has sent cameras out to different parts of the world to capture and preserve historical documents, like old church books that contain births, baptisms, marriages and burials, or censuses that tell all about the people who live in the household with age and parents.

Last year, they finished digitalizing 60-plus years of gathered microfilm documents.

“Here’s the problem that we’ve been having. In order for those images to be useful and accessible for people to find their families on them, they need to be indexed,” he said.

Alexander said only about 20% of the documents that FamilySearch has been able to collect and copy information from is readily available on the site — and they’re quickly losing footing as documents are copied and stored faster than the information can fly off the page.

Indexing, like Alexander referenced, is a man-powered process that is run by volunteers who can go through and look at the image, and fill out a digital form with the information from the historical document. This allows the information to be put in the online database and searchable to any user across the globe.

But it’s limited because humans can only work so fast.

“Even though we’ve tried to grow our family search indexing and get more people involved, digitization has gotten so much faster, we can’t keep up,” Alexander said. “We can’t index all of the images coming in the door.”

Quality control

Whenever AI gets involved, some skepticism enters the equation. A common question about the whole transcribing AI process is, “How accurate is it?”

“The computer does make mistakes,” Alexander said. “It might read the name of a street and think that’s the name of the baby — things like that.”

But FamilySearch — he added — is very committed to quality records and plans to maintain that high quality for users on the site. Records that don’t meet a certain quality threshold are not published on the site.

“If we didn’t worry about quality, we could go much, much faster with the computer,” said Alexander. “But we care very much about the quality.”

FamilySearch has processed far more documents than it has released to the public because of quality thresholds that are in place, giving the document a grade based on its accuracy. And it’s all thanks to quality-control volunteers.

Human indexers aren’t out of a job

This is done through a volunteer program on the “Get Involved” page on the website launched at RootsTech 2022, which allows volunteers to look through the indexed information to check for accuracy.

It comes up with suggestions based on what the AI has read for the volunteer to accept, deny or skip the information like the picture shows below.

But until the AI process is perfected, volunteers are still needed to “make sure that the computer indexed correctly.”

“The computer automation isn’t going to replace our volunteer indexers,” Alexander said. “If anything, we need more of them.”

“The computer automation isn’t going to replace our volunteer indexers,” Alexander said. “If anything, we need more of them.”

Although the transcribing AI is still in its beginning stages, the FamilySearch team is very optimistic about what it means for family history work.

“The amount of information available for genealogists, researchers, people wanting to discover and find their families, and then the search systems behind them to help are going to be tremendous in the future,” Alexander said. “And we’re going to see really wonderful experiences coming from this technology, specifically in the family history space.”

Friday, March 17, 2023

What Is a Second Cousin? Understanding Cousin Relationship Terms

 To read this article in full, hit here  Article appeared in FamilyTree Magazine online. 

In this article:

What makes someone a cousin? First cousins; Second cousins; or Third cousins.

What is a second cousin once removed? Double cousins; “Kissing” cousins; or Collateral degree calculation.

When it comes to cousinhood, the relationship possibilities are endless. Your number of grandparents doubles with each generation. Count back 10 generations, and that’s 2,046 total ancestors, which means the cousin potential is exponential. You could have millions of them: fourth cousins, second cousins three times removed, tenth cousins twice removed… we could go on.

And with DNA testing, Facebook, online family trees and message boards that connect you to new cousins every day, you’re bound to get curious about exactly how you’re related. Good thing we’re here with this guide on figuring out what kind of cousins you are, based on degrees of separation from shared ancestors.

What makes someone a cousin?

The simple fact that you share an ancestor with that person. But to understand the intricacies of cousin relationships, you have to get this: Your ancestors are only the people in your direct line: parents, grandparents, great-grandparents and so on. Your ancestors’ siblings are aunts and uncles (no matter how many greats you add)—not ancestors.

Just about any other blood relative who isn’t your sibling, ancestor, aunt or uncle is your cousin. To determine your degree of cousinhood—first, second, third, fourth—you need to identify the ancestor you share with your cousin, and how many generations separate each of you from that ancestor.

First cousins

Your first cousin (sometimes called a full cousin, but usually just a cousin) is the child of your aunt or uncle. The most recent ancestor you and your first cousin share is your grandparent. You typically share 12.5 percent of your first cousin’s DNA.

Second cousins

Your second cousins are the children of your parents’ first cousins. Take a look at your family tree, and you’ll see that you and your second cousins have the same great-grandparents. You typically share 3.125 percent of your second cousin’s DNA.

Third cousins

Of course, cousinhood doesn’t end there. You have likely also heard the term third cousin and wondered what that means. For third cousins, great-great-grandparents are the most recent common ancestor, and you share .781 percent of your DNA. You get the picture.

What is a second cousin once removed?

If you’re puzzled over the expression “second cousin once removed” or “twice removed,” you’re not alone. Luckily, the answer is simple: All cousins share a common ancestor. Your “degree of cousinhood” (second, third, fourth) depends on how many generations back that common ancestor is. Knowing this, you can make your own cousin calculator.

Take your first cousins, who you know are your aunts’ and uncles’ children. You all have the same grandparents. Your second cousins share a set of great-grandparents with you, your third cousins have the same great-great grandparents, and so forth. So your granddaughter and your sister’s grandson would be second cousins, for example—they have two generations between them and the common ancestor (your parents).

How to calculate cousin removes

“Removes” enter the picture when two relatives don’t have the same number of generations between them and their most recent common ancestor. One generation difference equals one remove.

Let’s go back to the previous example—say your granddaughter has a son. He has three generations between him and the common ancestor (your parents), but your sister’s grandson still has only two generations in-between.

So they would be second cousins, but once removed. Likewise, your grandparents’ cousins are your first cousins twice removed because of the two-generation difference from you to your grandparents. Your great-great-grandparents are still the common ancestor.

Finding a recent common ancestor

First identify the most recent common ancestor for the two relatives in question. Then find each relative’s relationship to that ancestor on the sides of the chart. Where the row and column meet, you’ll find their relationship.

Double cousins

You may have heard people say they’re double cousins. That’s a special cousin category for the offspring of brothers- and sisters-in-law—for example, your sister weds your husband’s brother. Instead of sharing one set of grandparents, as first cousins do, double cousins share both sets of grandparents. As you might expect, double cousins have more DNA in common than typical first cousins—about 25 percent.

“Kissing” cousins

Despite how it sounds, a kissing cousin isn’t a cousin you marry. Rather, it’s any distant relative you know well enough to kiss hello at family gatherings. Now we’re begging the question: How close a cousin is too close to wed? States have different laws governing consanguineous marriages (and we’ve heard all the jokes, so just stop right now). It’s best to ask a lawyer about statutes for the state in question.

And while we’re on the topic: Due to limited mobility in our ancestors’ day, most of us have instances in our family trees of cousins who married, whether knowingly or unknowingly. That means you can be related to the same person in multiple ways.

Someone you’re related to by marriage, rather than by blood, isn’t your cousin. You might be in-laws, or your relationship might not have a name other than (we hope) good friends. You can read more about collateral degree calculation — oops, we mean family relationships—in Dozens of Cousins by Lois Horowitz (Ten Speed Press) and Jackie Smith Arnold’s Kinship: It’s All Relative, 2nd edition (Genealogical Publishing Co.).

Tip: Remember that the shared DNA numbers shown in our chart are averages. Due to the random way DNA is inherited, it’s possible you don’t share any DNA with a given relative beyond about second cousins.

Collateral degree calculation

Anthropologists call the process of figuring out cousin relationships “collateral degree calculation” (don’t worry, we won’t spring that term on you again). Multiple removes and degrees of cousinhood can get complicated, but you don’t have to be a scientist to get it right. Our chart will help straighten out your cousin confusion; just follow the instructions for using it. For example, to figure out how you’re related to your great-great-grandmother’s sister’s son, first determine the ancestor you share with him: your third-great-grandmother. Find her on the chart, then count down one generation for the sister and one more to the sister’s son. He’s your first cousin three times removed.

Diane Haddad, from the July/August 2017 issue of Family Tree Magazine.

Wednesday, March 15, 2023

Reading Spanish Handwriting

 Having trouble reading the baptism of your grandfather since it is in Spanish? This class can help you resolve that problem. During this class you will start learning how to read records and the old handwriting. To watch this video, hit here

Library Orientation in Salt Lake and a look at the Family History Library search website . Zoom Presentation Saturday, March 18, 2023 9:30am PST

 The GSHA Utah  monthly meeting will be held in person at the Salt Lake City Family History Library this coming March 18, 2023! 

Address: 35 North West Temple Street, Salt Lake City, Utah


A Family History Specialist will welcome our members back with a Library Orientation and a look at the Family History Library search website. To register for this event hit here



Tuesday, March 14, 2023

How to Use City Directories In Your Genealogy Research

 To read more of this article, hit here This first appear under Lis Lisson' blog

Are city directories a part of your genealogy toolbox?

It was bound to happen.

You exhausted the more traditional genealogy records (census records, vital records, deeds….) for your ancestor and you still need more information.

At a recent conference you attended, someone recommended you search for your ancestor(s) in the city directories.  

What is the city directory and why would you use one in your genealogy research?

When I first heard of using city directories in my genealogy research, I immediately thought of phone books. Yes, phone books are directories, but relatively new in the evolution of city directories.

City directories have been around for a long time with the first ones in the U.S. were published within a couple of years after the American Revolution. Directories were initially created by craftsmen and salesmen to contact the local residents and potential customers.

Directories evolved and were often created yearly which allows the genealogy researcher  to track an ancestor year by year as opposed to the census records tracking individuals decade by decade.  Tracking an ancestor year by year can help you determine when he/she migrated out of an area or if their economic situation improved based on a change of neighborhoods.

The directories also included different types of information from the census records.

Types of Information Found In City Directories

Based on date and location, the type of information in a city directory will vary.  Below are examples of types of information potentially found in a city directory.

Names; Wives names may be listed in parentheses; Addresses; Occupation; Marital status (If widowed, the name of the husband); Businesses; Officers and Leadership of Organizations; Firemen; Lunatic Asylum; Educational Institutions; Secret and Benevolent Societies; Area maps; Addresses and locations of schools and places of worship.


Monday, March 13, 2023

Finding Your Roots in Mexico Zoom Presentation by John Schmal Saturday, April 15, 2023 1:00pm



Finding Your Roots in Mexico Presentation

WHEN: Saturday, April 15, 2023 – 1: P.M. 

TYPE: An In-Person and Online Presentation Via Zoom 

ADDRESS: 10741 Santa Monica Blvd., West Los Angeles, CA 90025, Training Room 1

Registration 

https://churchofjesuschrist.zoom.us/meeting/register/tJIrcOiorjwvHNIfBe8ysMsiWdEuvN6rAVFB

Attendance is free.

 

Sunday, March 12, 2023

Getting Started in Mexico? Why You Should Try Ancestry.com

 Are you new to family history research and have ancestors from Mexico? If so, this VIDEO highlights four important collections in Ancestry.com that will help you get started. It also includes tips and strategies for using these collections to improve your chance for success. To watch the video, hit here

Saturday, March 11, 2023

Hispanic Research Oral History Part 2, Thursday, March 16, 2023 6:30pm PDT


 Please RSVP to the gshasocal.hispanicresearch@gmail.com

Announcing March "MeetUp" on Saturday, March 25, 2023 from 11am to 2pm PDT


 Please join us in person where we will get a tour of the local FamilySearch Center at 1591 E Temple Way in West Los Angeles. Afterwards, John Schmal will be there for those looking for assistance. We are sorry for those unable to attend, but we are unable to broadcast via zoom.

Friday, March 10, 2023

Relative Race will premiere on March 26 for season 11

Start your engines! 🏎️🏁 An all-new season of Relative Race begins in T-minus ONE MONTH! 🙌 Who's excited? #RelativeRace #BYUtv Driving Families Together! Season 11 premieres March 26th! Stream past seasons from the free BYUtv app! This is an interested Genealogy programs' while racing across the United States dropping by distant cousins home and meeting them for the first time.




Wednesday, March 8, 2023

Padrones of the Past: Colonial-era Censuses of Mexico Friday, March 17, 2023 11am PDT


 Thousands of localized censuses, or padrones, were taken all over Mexico during the Colonial era. Mostly created during the 17th to 19th centuries, these censuses provide a snapshot in time of our ancestral families. Learn to find these censuses for your research locations and discover the content they may hold.

Speaker bio: Houston native Joy Oria has spoken nationally on Hispanic genealogical research and completed the Salt Lake Institute of Genealogy course Advanced Hispanic Research in 2020. She helped customers discover their family history at the Clayton Library Center for Genealogical Research in Houston, Texas from 2015 to 2022. Her earlier career experiences include zookeeper and park ranger. She is currently studying for a master’s degree in Library Science with the University of North Texas.

To register for this event, hit here

Tuesday, March 7, 2023

Ledgers: Much Genealogically-Leverageable Data Waiting to be Discovered by Diane Richard, MEng, MBA Wednesday, March 15– 6 PM PST

  In the past, our organization has helped with the promotion of webinars that the SCGS' Genealogy Group puts on for the general public. Even though we are a Hispanic genealogy group, we promote the education and knowledge that one may obtain from these presentations. Who knows if your ancestors may have some connection to these areas. Since they our free online via their GoToMeeting, we are letting our members know that these courses are available to you if you sign in and register in advance by hitting here.


Webinars offer Jamboree-style seminars for up to 500 attendees per session, at no charge.  While the original webcasts are available to all genealogists, SCGS members will be able to review archived sessions at any time by accessing the SCGS members-only section of this website. Archived sessions will be available approximately three days following the webinar. To view the webinar, you will need a computer with audio speakers or a headset. Those persons with a fast Internet connection (either broadband or DSL) will have the most satisfactory experience. 


Monday, March 6, 2023

German and French Immigration in Mexico-- John Schmal's Zoom Presentation, Saturday March 11, 2023 10:30am PDT

According to Professor Jürgen Buchenau, Mexico has proven to be a "salad bowl," instead of a "melting pot“ mainly because "most immigrant families sought to retain their native languages and customs.“ Two of the largest immigrant groups in Mexico were the Germans and the French and many of them formed “enclaves” in which they could maintain their own cultural integrity.

However, many of the German and French businessmen and soldiers didn’t bring wives with them, so inevitably their descendants blended into Mexico’s Spanish-speaking population after the foreigners took Mexican brides. Mexico has had a love-hate relationship with extranjeros. Porfirio Díaz welcome foreign expertise into Mexico, but the Mexican Revolution slammed the brakes on immigration. 

John P. Schmal’s presentation will discuss the two hundred year history of both the French and Germans in Mexico.

To hear this presentation in person at Orange Family History Library, 674 S. Yorba St., Orange, CA 92869 or join using zoom by registering thru








 

Colorado Experience: The San Luis Valley

 To watch this video, hit here This video is from PBS Rocky Mountain.

Nestled between the Sangre de Cristo Mountains, the scenic San Luis Valley holds a rich history for South-Central Colorado. Travel to San Luis, "Colorado's First Town," founded in 1851. Step inside the Valley's beautifully preserved 19th Century churches. Explore the agricultural legacies from La Vega, an expansive communal pasture land, to The People's Ditch, a man-made canal that holds the earliest adjudicated water rights in the state.

Sunday, March 5, 2023

GSHA Conference and Annual Meeting

 Heads up!! GSHA Utah has the privilege of hosting the 2023 GSHA National Conference. This is a great opportunity to highlight the benefits of GSHA membership and introduce guests to our beautiful Salt Lake City, Utah.

The conference dates will be August 24, 25, and 26, 2023! The conference will be held at the Family History Library and the City Library in downtown Salt Lake City. We are working on having a great itinerary for you and our guests.

However, we need your help.

•         Recommendations/Suggestions on any speakers you would like to hear.

o   Deadline date March 18, 2023.

•         Bios of speakers you think would be a benefit to our convention.

•         Names of hotels you think our out of state guests would like.

•         List of restaurants nearby the Family History Library and the City Library for our out of state guests.

•         Activities you might think would be beneficial during the August conference dates.

•         Music/entertainment ideas.

We appreciate our members and we will make this a memorable experience for all of us and our out of town guests.

Please reply to this email with your input.

Thank you and kind regards,

GSHA Utah 


Saturday, March 4, 2023

FIRST BOUNTY HUNTER: Tom Tobin hunted the West's first serial killers including the Bloody Espinosas

 To watch the video, hit here

Thomas Tate Tobin solidified himself as a legend of the west  when he was tasked to hunt down some of the west's first serial killers, The Bloody Espinosas. Tobin served as their Grim Reaper with his jet black hair, dressed in all black from head to toe, riding a black horse with a black saddle and for a sickle, Tobin carried a 15-pound .53-caliber Hawken rifle that reached to his shoulders.

Friday, March 3, 2023

Lunch & Learn Saturday, Mar 11, 2023 1:00pm PDT

  In the past, our organization has helped with the promotion of webinars that the SCGS' Genealogy Lunch and Learn puts on for the general public. Even though we are a Hispanic genealogy group, we promote the education and knowledge that one may obtain from these presentations. Who knows if your ancestors may have some connection to these areas. Since they our free online via GoToMeeting, we are letting our members know that these courses are available to you if you register in advance. 




To register for June 10, click on the link below: 

After registering, you will receive a confirmation email containing information about joining the webinar.