Diahan Southard knows firsthand what a difference it can make to know where you came from. What started off as an educational and career interest in genetic genealogy became deeply personal when she used DNA to discover her mom’s birth parents and
What’s Your DNA Problem? Too Few Matches? Too Many?
Let’s diagnose your DNA match list. Do you have too few matches to work with? Or so many that it’s overwhelming? Learn WHY that may be and WHAT you can do about it, whether you need MORE matches or you need to whittle them down. Take a close look at your own tree with the tools I’ll give you and leave with next-step strategies to address your own DNA problem.
Let’s diagnose your DNA match list. Do you have too few matches to work with? Or so many that it’s overwhelming? Learn WHY that may be and WHAT you can do about it, whether you need MORE matches or you need to whittle them down. Take a close look at your own tree with the tools I’ll give you and leave with next-step strategies to address your own DNA problem.
When you have five different ethnicity results from five different companies, how do you make sense of them all?
This was part of the webinar, Celebrating 2,000 webinars! Plus 10 tips you can use today.
When you have five different ethnicity results from five different companies, how do you make sense of them all?
This was part of the webinar, Celebrating 2,000 webinars! Plus 10 tips you can use today.
Staying organized in your genetic genealogy research could mean the difference between celebrating the toppling of a brick wall, and beating your head against that same brick wall. Let's chat about how our DNA testing companies are making it even easier for you to keep your DNA organized in 2023.
Staying organized in your genetic genealogy research could mean the difference between celebrating the toppling of a brick wall, and beating your head against that same brick wall. Let's chat about how our DNA testing companies are making it even easier for you to keep your DNA organized in 2023.
Despite his best efforts, Geoff Rasmussen's long standing brick wall hasn't come down yet. John Williams, born in New York City between 1840-1854, was the son of John Williams. Family tradition says that "he was orphaned at the age of 10 and shifted around until he was 16". Geoff thinks it's time to add a little genetic genealogy to his plan. On hand to help him develop this DNA plan is DNA expert Diahan Southard. Join us and learn techniques that you can apply to your own family tree.
Despite his best efforts, Geoff Rasmussen's long standing brick wall hasn't come down yet. John Williams, born in New York City between 1840-1854, was the son of John Williams. Family tradition says that "he was orphaned at the age of 10 and shifted around until he was 16". Geoff thinks it's time to add a little genetic genealogy to his plan. On hand to help him develop this DNA plan is DNA expert Diahan Southard. Join us and learn techniques that you can apply to your own family tree.
We know the DNA testing industry is changing all of the time, but how much have YDNA and mtDNA changed? Let's cover what is tried and true and what is new with these two "other" kinds of DNA tests.
We know the DNA testing industry is changing all of the time, but how much have YDNA and mtDNA changed? Let's cover what is tried and true and what is new with these two "other" kinds of DNA tests.
The Only Thing You Need to Know About DNA and Genealogy
Often the more we learn about a topic the more we overcomplicate the application of that knowledge. Sometimes we need to step back and distill that knowledge down to just the essential parts to make it useful and actionable. Let's try that with DNA.
Often the more we learn about a topic the more we overcomplicate the application of that knowledge. Sometimes we need to step back and distill that knowledge down to just the essential parts to make it useful and actionable. Let's try that with DNA.
Investigative Genetic Genealogy – the Use of DNA for Law Enforcement
During this fun hour, you’ll join the fictional genetic genealogy team of The Chester Creek Murders, by Nathan Dylan Goodwin, who chase a criminal using his DNA matches. In the process, you’ll learn DNA sleuthing strategies that can help you track down your own elusive ancestors.
During this fun hour, you’ll join the fictional genetic genealogy team of The Chester Creek Murders, by Nathan Dylan Goodwin, who chase a criminal using his DNA matches. In the process, you’ll learn DNA sleuthing strategies that can help you track down your own elusive ancestors.
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Thank you. My closest matches on 67 Y-DNA are 5-7. Wish I could find closer matches. 4 years of patience wearing thin.