Eurogenes K13 Charts and Maps

I know for many people like myself who are visual people, seeing a map of where exactly each region covers can be really beneficial to understanding your Gedmatch Admixture results. There's already some official European maps available for Eurogenes EUtest V2 K15 from the Eurogenes blog, and you can sometimes find some unofficial ones for other calculators, but I haven't seen any for Eurogenes K13, so I gave it my best shot.

Anyone can make these maps with the right tools - the data is readily available from the Population Spreadsheets for each calculator. The difficult part is that the tool I used to create the map was in Google Spreadsheets Charts, which only recognizes modern country names. So I had to categorize every specific population into a modern country. Not easy considering many countries included several populations (I simply averaged them) and many of the populations span several countries (I just put the data in all relevant countries). But still, it wasn't easy, so it's safe to say these are very much unofficial maps, not endorsed by the Eurogenes creator. They are interactive, so hover over each region for the percentage. If anyone can recommend a better free mapping program, please let me know!

K13 North Atlantic Map - essentially a "Northwest Europe" region primarily including British Isles, Scandinavia, and Germanic Europe, though as you can see, it also includes most of Europe to some degree.

K13 Baltic Map - primarily the Baltic States (though data is missing for Latvia) and surrounding areas, though again, you can see most of Europe is included to some degree.

K13 West Med Map - primarily areas that border the western portion of the Mediterranean Sea (both Europe and North Africa), also including the eastern portion of the Mediterranean area to a lesser degree.

K13 West Asian Map - peaks in the Caucasus region, includes surrounding areas (does not include all of Russia, there's just no way to break down the maps more).

K13 East Med Map - primarily areas bordering the eastern portion of the Mediterranean Sea (leaning more heavily to the North African and Middle Eastern areas), though it appears to peak in Yemen, that's due to the Yemen Jewish sample getting the highest results in this category.

K13 Red Sea Map - mainly be areas bordering the Red Sea, though data in some African areas is missing, it peaks in the Arabian Peninsula and Horn of Africa, yet also includes all of North African to some degree.

K13 South Asian Map - peaks in India, Bangladesh, Nepal, and Pakistan, including surrounding areas in varying degrees.

K13 East Asian Map -coming soon.

K13 Siberian Map - coming soon.

K13 Amerindian Map - coming soon.

K13 Oceanian Map - coming soon.

K13 Northeast African Map - coming soon.

K13 Sub-Saharan Map - the area south of the Saharan desert, peaking in West Africa and Bantu regions, but also covering parts of North Africa to a much lesser degree. Data for some areas is missing.

I also created charts showing what percentage each sample population got for each region, so you can get an idea of what each region includes even for the areas I haven't done maps for yet:

K13 Population Chart (by population)

K13 Reverse Population Chart (by region)

Despite having done all this, I do want to clarify that Gedmatch's Admixture calculators have not been updated in many years, and the reference panels used for them are very small in comparison to the consumer testing companies, so you should definitely take the results with a large grain of salt.

A Gedmatch Admixture Guide: Part 5: Spreadsheets

Also see Parts 1 and 2 on Admixture and Oracle, and Parts 3 and 4 on Admixture Proportions by Chromosome and Chromosome Painting.

Previously, I posted a link to Roots & Recombination's article on Gedmatch's Spreadsheets so I didn't go into it myself when I was detailing how Gedmatch's admixture tools work. However, I've been seeing some people still have questions so I'm going to cover it after all. Not that Dixon's explanation isn't good, but I know for me, it didn't fully click until I realized what I'm about to show you.

To find the Spreadsheet option, run your kit number through your desired admixture calculator (see Part 1 if you need help with this), and under the buttons for Oracle and Oracle, there will be a button for Spreadsheet.

Eurogenes K13 Spreadsheet

Firstly, to clarify this up front, the Spreadsheets are not your personal results. If you look at the Spreadsheet for the same calculator with different Gedmatch kits, they will all be exactly the same. Above is a portion from Eurogenes K13 Spreadsheet - compare it with your own, you'll see it's the same.

So what are they? Basically, the Spreadsheets are showing you what the more specific Oracle populations would look like when run through any particular admixture calculator. So using Eurogenes K13 as an example, the first row for Abhkasian (a small area in the Caucasus mountains) is showing you that when run through Eurogenes K13, the Abhkasian population got 1.64% in North Atlantic, 4.62% Baltic, 9.81% West Mediterranean, 54.30% West Asian, 22.78% East Mediterranean, etc. What this means is that if you were of full Abhkasian descent, you might expect to get admixture results like this.

To illustrate this, note (below) how if you add up the numbers in a single row, they add up to 100% (give or take 0.01-0.03%, as is usual even for your own results, which is probably just due to rounding up or down the individual percentages). So it's showing the admixture results of specific populations as though they were Gedmatch kits.

Spreadsheet for Eurogenes K13 showing sums of all populations

It also shows either how mixed or how exclusive a certain population's DNA is. You might expect an Italian to get results primarily in East and West Mediterranean, and indeed, most of the Italian populations (East Italian, West Sicilian, Italian Abruzzo, Tuscan, Sardinian, South Italian, North Italian, even Italian Jewish) do get high results in those categories (see below). But notice how they also get high results in North Atlantic, meaning that even people from the Southern most areas of Europe still share a lot of DNA with the Northern part of Europe (at least in this calculator). Even East Sicilians are getting 16.46% in North Atlantic.

Italian populations in Eurogenes K13 Spreadsheet

Not only can this explain some unexpected admixture results, but it can also explain unexpected Oracle results. Previously I've talked about how Eurogenes K13 Oracle 4 results matches me to a lot of Jewish populations, namely Kurdish Jewish and some Iranian Jewish. I have no known Jewish ancestry and don't get any Jewish results from any of the big DNA companies. But if I look (below) at Kurdish Jewish and Iranian Jewish in the K13 Spreadsheet, I see they have the highest results in East Mediterranean, which is expected, but also 8-10% in Wed Mediterranean, which is the same category my Italian ancestry peaks in, so perhaps there is some shared DNA there and K13's Oracle is picking up on that in my case.

Population admixtures for unexpected Oracle results 

It's difficult to find a population that gets more than 90% in one category (shown below), but one of the ones that does is Karitiana, a group of Native Americans in Brazil. This population gets 99.62% in (unsurprisingly) Amerindian, and only trace, less than 1% in other categories. The Dai population (a Chinese group) is another, getting 90.46%, again unsurprisingly, in East Asian. And another example is the Papuans (indigenous peoples Papua New Guinea) getting 94.59% in Oceanian. None of this is surprising, as these are all populations which would be expected to be fairly endogamous to begin with, knowing their histories.

The only populations to get 90+% in one category

So while this tool gives us some very interesting information into the make up of each population, and may help provide some insight into how and why your results turned up the way they did, they are not your personal results.

UPDATE: To help better visualize the Gedmatch Population Spreadsheets, I've started creating some bar charts. I'm a visual person, so I find these charts quicker and easier to make sense of than looking at a bunch of numbers. They are interactive so you can hover over sections to get details. If people find this useful, I'll keep adding them.

Eurogenes K13 Population Spreadsheet Chart
Eurogenes K13 Reverse Chart
Eurogenes EUtest V2 K15 Population Spreadsheet Chart
Eurogenes EUtest V2 K15 Reverse Chart

An Oracle Analysis

I'm going to illustrate how I interpret my Oracle results, because I still see a lot of people asking "what do my Oracle results mean?" If you haven't already, you may want to read my intro guide to Gedmatch's Admixture and Oracle, but I'd like to elaborate on that a little bit.

Firstly, it's important to remember that the results can be very speculative and it's best not to take them very literally. People in neighboring regions simply share too much DNA to always be able to tell them apart with accuracy. That means the more narrowed down the areas are in the result, the more speculative it is. You could be German, for example, and get French results because they are neighboring countries who share a lot of DNA. It doesn't mean you're French, it just means this particular calculator put that French/German shared DNA into French instead of German.

Eurogenes K13 Oracle 4, using 4 populations approximation

Secondly, your results are going to be different for each calculator you use so don't just stick to one, explore all those which apply to your background (ie, don't go using Ethiohelix when you're 100% European). Certain calculators may give you more or less accuracy than others. In my personal experience, Eurogenes K13 Oracle 4 (right) isn't very accurate. It really wants me to be Jewish and I'm really not - I have no known Jewish ancestry and don't get any Jewish results from any of the big 4 companies, or in any of Gedmatch's Admixtures. It crops up in the odd Oracle result, but none so much as Eurogenes K13 Oracle 4 populations. I personally have found K15 and EUtest Oracle's to be more accurate, and since K15 is a more recent version of EUtest, that's what I'm going to use to demonstrate how to read Oracle results in some more depth than before.

I find the best thing to do is rather than look at your Oracle results and try to pick one combination that fits you best, or shows the closest distance, look at the results on the whole. Which populations are you seeing the most? Which ones the least? Although I like to look at 4 populations the most because I am primarily from 4 different regions in Europe, you can also look at the 1, 2, and 3 populations modes.

These are my Eurogenes EUtest V2 K15 Oracle 4 results:

1 Orcadian + South_Italian + West_German + West_German @ 4.425306
2 French + South_Italian + West_German + West_Norwegian @ 4.689746
3 South_Italian + Southwest_English + West_German + West_German @ 4.689806
4 East_Sicilian + Orcadian + West_German + West_German @ 4.747531
5 Italian_Jewish + Orcadian + West_German + West_German @ 4.835878
6 East_Sicilian + Southwest_English + West_German + West_German @ 4.850750
7 Italian_Abruzzo + West_German + West_German + West_German @ 4.853912
8 North_Dutch + South_Italian + West_German + West_German @ 4.863277
9 French + Orcadian + South_Italian + West_German @ 4.911067
10 South_Italian + Southeast_English + West_German + West_German @ 4.914701
11 Tuscan + West_German + West_German + West_German @ 4.922722
12 Central_Greek + Orcadian + West_German + West_German @ 4.922800
13 South_Italian + West_German + West_German + West_Norwegian @ 4.927629
14 Irish + South_Italian + West_German + West_German @ 4.941526
15 South_Italian + West_German + West_German + West_Scottish @ 4.958009
16 East_Sicilian + French + West_German + West_Norwegian @ 4.978409
17 East_Sicilian + French + Orcadian + West_German @ 4.982550
18 South_Italian + West_German + West_German + West_German @ 5.005996
19 South_Italian + Spanish_Galicia + West_Norwegian + West_Norwegian @ 5.010231
20 Central_Greek + Southwest_English + West_German + West_German @ 5.011045

So rather than saying the top results must be the most accurate because it's the closest distance, and determining it to be only somewhat accurate because it did identify my German, Italian, and Scottish ancestry, but not my English or Norwegian, let's look at the entire results as a whole.

Map showing my known ancestor's birth
places in Europe

What am I seeing the most? Probably West German. This is very accurate, I have a lot of West German ancestry on both sides of my tree, and I estimate it makes up about 25% of my tree. I also have a couple Swiss-German branches, which is still fairly consistent with West German. There's one ancestor who was from Bavaria, which is a region of Germany more to the east, but I have no idea what part of Bavaria - could have been the western most part for all I know. What I do know is that I rarely ever get admixture/ethnicity results in Eastern Europe and when I do, it's normally in such small portions, it's likely noise. So this is all very consistent with my tree.

I'm also seeing South Italian and some other Italian regions like East Sicilian and Abruzzo. This is incredibly accurate. I do indeed have Sicilian, Abruzzo, and other Southern Italian ancestry. My paternal grandmother was of entirely Italian descent so that makes up another 25% of my tree. My Sicilian branch is a bit more Northern Sicily than Eastern, but that's fairly negligible. There's one count of Tuscan and as far as I know I have no Tuscan ancestry, but that too is probably not very significant since it only shows up once.

There's a few West Norwegians thrown in there, which is also accurate, I have one great grandparent who was Norwegian, making up 12.5% of my tree. Several branches were indeed from Western Norway, although one branch did come from the more Eastern towns of Bamble and Skien.

Map showing my population results for
Eurogenes K15 Oracle 4, compare with above map

You may also notice a few Orcadian and West Scottish populations. This is somewhat accurate, I do have several Scottish or Scots-Irish branches dating back to colonial times, but where exactly in Scotland they were from isn't really known. Orcadian (people from the Orkney Islands) seems a little unlikely as my understanding is most Orcadian immigrants went to Canada through the Hudson Bay Company rather than the US. But if we consider Orcadian as a representation of my Scottish or even British heritage, it makes sense. The Orcadians were also influenced by the Vikings, so there's also a potential connection to my Norwegian side. My overall British branches make up about 34% of my tree, and in addition to Scottish, includes English, so it's not surprising to find a few instances of Southeast or Southwest English. As you can see from the map above, I do indeed have ancestry in Southwest and Southeast England, although I have more recent roots in Northern England, near Manchester so it's a shame it didn't pick this up. It's possible Oracle is underestimating my British ancestry, since there's only a few English populations included, but when you consider how genetically similar the British and Germans are, and knowing how many instances of West German are listed, it makes some sense.

I lastly have a smidgen of colonial Dutch and French Huguenot in my tree but I don't know how realistic it is to expect that to show up in admixture results, as it may have been from too long ago. They make up about 1-2% each of my tree. So when I see a few results for North Dutch and French, I'm taking it with a grain of salt. I'd like to think it could be from colonial ancestry but the way Oracle works by identifying the populations you match most closely, it doesn't seem likely I would closely match a population from so far back in my tree. It seems more likely that it's just being picked up from neighboring regions where I have ancestry.

Likewise, I wouldn't put much thought into the remaining few instances of Italian Jewish, Central Greek, Irish, and Spanish Galicia. Irish is probably just representing my British background, as those two groups are closely related, and likewise, Italian Jewish, Central Greek, and Spanish Galicia may be related to my Italian heritage since they're all from that Mediterranean area. In any case, since there's only one or two counts of them, it's easy to ignore them.

So overall, despite the fact that it doesn't always identify my British/English ancestry as much as it maybe should, it's actually remarkably accurate when you look at it on the whole. Compare the two maps above, one showing the origins of my ancestors and the other showing my Oracle results, and they really aren't far off each other (keeping mind some of the locations for the Oracle map cover a larger area than what the pinpoints represent). Mapping it out is another good, fun way to analyze your admixture or Oracle results, if you'd like to try it, just go to My Google Maps.

I don't normally worry too much about the distance unless it starts getting really high. For example, K13's Oracle has closer distances than K15, but the populations in K15 are far more accurate for me than K13. I am NOT saying K15 is the best option for everyone. When I look at my dad's K15 Oracle results, they are mostly inaccurate, constantly insisting he is Lebanese Druze, which seems very off base. I can't even promise that there will be an Oracle calculator that is as accurate for you as Eurogenes K15 is for me, since I haven't really found one for my dad that is this accurate (he does get a lot of Abruzzo results in various calculators, which is accurate, but there's also a lot of populations that are kind of out there for him).

Also keep in mind some of the calculators contain a lot of ancient (prehistoric) populations. If you see some weird names like "Battle Axe" or "Bell Beaker", these are probably ancient populations (Battle Axe is Neolithic, Bell Beaker is western Europe in late Neolithic-early Bronze Age).

I hope this gives some more detailed insight in how you might interpret your own Oracle results. If you are adopted and don't know your ancestral background, it's difficult to know which calculators will be more accurate than others. You should definitely still take all this with a grain of salt, but it is fun to examine and compare with what we do know.

A Gedmatch Admixture Guide: Parts 3 and 4

Continuing on from Parts 1 and 2 where I covered the different projects and calculators available for Admixture Proportions and what Oracle is and how to read it, I've had some requests to cover the other viewing options available like Admixture Proportions by Chromosome and Chromosome Painting. So that's what I'll be covering in Parts 3 and 4. For Part 5 on Spreadsheets, click here.

Part 3 - Admixture Proportions by Chromosome

How to find it: From your Gedmatch home page, under "Analyze your data" and then "DNA raw data", choose the option for Admixture (Heritage)" like you did in Part 1, but this time you're going to select " Admixture Proportions by Chromosome" from the bullet list. Be sure to select a project and then calculator and put in your kit number like normal. I would go with whatever calculator you found reflected your known ancestry best. If you haven't read Part 1 yet, you should do so first.

Admixture Proportions by Chromosome shows you your admixture proportions as broken down by individual chromosome; or, in other words, what percentages of each chromosome are most commonly found in which populations/ethnicity. This gives you a much more detailed view of where your DNA is most commonly found.

Admixture proportions (or ethnicity percentages) broken
down by chromosome

So with Eurogenes K13, it shows my chromosome 1 is 28.1% North Atlantic, 15.7% Baltic, 27.7% West Mediterranean, 16.9% West Asian, 10.9% East Mediterranean, and 1.1% Amerindian. This option can often show results in populations that don't show up in a normal Admixture Proportions calculator. However, always keep in mind small percentages may just be from "noise" - like a false positive. I have no Native American ancestry so the 1.1% Amerindian probably doesn't mean anything. You'll also note how I get some North Atlantic results, in varying amounts, on every single one of my chromosomes.

My Eurogenes K13 results

In my normal K13 results, I got 39.03% in North Atlantic, so this is just breaking that average of 39.03% down by chromosome. If you add up all the percentages for one population and divide it by 22 (number of chromosomes) you'll get your overall average for that population. You may note it's a little off from what the admixture calculator originally gave you - for example my average for North Atlantic when each chromosome is added up and divided by 22 is 38.89%, not the original 39.03%. I am not sure why that is, but it's such a small difference I'm not going to worry about it too much. If someone has more information on this discrepancy, please comment below!

At the bottom it says "Number of SNPs eval" - this is just how many of your SNPs were used for the evaluation.

It doesn't show which particular segments each percentage is found on though, but that brings us to the next options.

Part 4 - Chromosome Painting and Reduced Size

How to find it: Same as above, but select "Chromosome Painting" or "Chromosome Painting - Reduced Size" from the bullet list instead.

Chromosome Painting is a visual representation of your admixture proportions not only by chromosome but by segments of each chromosome. The different colors show which segments of each chromosome were most similar with which populations. When there are overlapping colors on the same segment, it means that segment is found in more than one population. The higher the spike, the stronger the match to that population. So segments where there are solid blocks of one color are more solidly found in only that population. Above is just a small portion of one of my chromosomes (7, I believe), as an example of the various populations that will show up for any given segment.

You'll note there are numbers along the bottom of each chromosome - this is marking the amount of base pairs in millions. One centiMorgan is one million base pairs. So if you have a segment painted with a certain color stretching from "10M" to "20M", for example, that's 10 million base pairs, or 10 cMs. Don't get too excited if you see colors for some unexpected populations - small segments could just be noise.

Chromosome painting reduced size

The reduced size option just condenses it so it's easier to view on a single screen. After viewing the full size, you'll quickly see just how cumbersome it is to get an overview, so the reduced size is ideal for that. The full size is better for examining particular portions. They don't label each chromosome but they are listed chromosome 1 to 22, from left to right. They are also rotated so the start of the chromosomes are at the bottom.

You may notice in either the full or reduced size that similar populations (though it's more noticeable in full), or neighboring regions, often spike and dip almost in unison with each other. This is because neighboring regions tend to share a lot of DNA and be genetically similar so when you see this, what you're seeing is that these portions of your DNA may be somewhat indistinguishable among two or more groups. This is important in understanding that not all DNA can be narrowed down to the more specific areas or countries that so many people wish it could, not with any reliability. It also illustrates why you might get results in a region that you have no known ancestry in when it neighbors a region you do have ancestry in.

23andMe's chromosome painting

If you tested with 23andMe, you may be somewhat familiar with chromosome painting already. 23andMe's option for it is a little more straight forward. It doesn't have all the spikes and dips, just solid blocks showing which segments were put into which groups (shown left). However, it does show the two sides of each chromosome whereas Gedmatch doesn't seem to do this. Although in some ways, Gedmatch's painting is more detailed, it is essentially the same concept, just a slightly different approach.

As another example, below is also a graphic from 23andMe - it's not a part of your results from this company, it's just showing, in part, how they determine ethnicity. Their example uses the more detailed type of chromosome painting found at Gedmatch, and it is labelled to show the probability of each ancestry on one side with increasing percentages of likelihood. It can be found in their guide article on ancestry composition. Gedmatch's chromosome painting can be read the same way (ie, the higher the peak, the higher the probability of that segment being from that population).

Disclaimer: Please note I am not a professional in the genetics industry, and it is difficult to find information particularly on some of the more advanced admixture tools on gedmatch. This is how I have come to understand the results and tools through my own experiences and research, but please, if someone more knowledgeable can correct me if I've misunderstood something, or can fill in some gaps, let me know by commenting below.

Finally! A Gedmatch Admixture Guide!

Update: I think perhaps I was not clear enough when originally writing this that ethnicity/admixture is only an estimate or interpretation of your DNA, it is NOT an exact science and different interpretations often yield wildly different results. It's usually accurate on a continental level, but sub-continental regions generally share too much DNA to always be able to reliably tell them apart. That is why most of Gedmatch's calculators often cover broad areas. The more specific an area is narrowed down too, the more speculative the results are. Plus, different sample groups and different algorithms will always produce different results and there is no one option that is always going to be more reliable than any other. While the ethnicity reports can be fun and interesting to explore, which is why I wrote this guide, they really should not be taken literally. You should not attempt to use them to definitively prove your ethnic origins (on a sub-continental level), or exact amounts of any given ethnic origin, or a specific geographic path your ancestors might have taken over time, or especially to confirm a specific ancestor's identity. If that is what you're looking to do (particularly the latter), you are better off working with you DNA matches (if you have not opted into matching, you should seriously consider it, since that is where the true value of the test lies). Additionally, be aware that Gedmatch's admixture calculators haven't been updated in years (though all of this still applies to other companies who have provided updates more recently). With all that in mind, I hope this guide is useful to helping people understand the different interpretations of their DNA available on Gedmatch. Have fun, but remember, don't take it too seriously.

For those unaware, Gedmatch.com is a website where you can upload your raw DNA data for further analysis and matching with people from other companies who have also upload their data.

Parts 3 and 4 on Admixture Proportions by Chromosome and Chromosome Painting now available.

Part 5 on Spreadsheets is now available.

Part 1 - Admixture Proportions

Introduction
Despite all the help articles available on Gedmatch.com, none of them really offer a comprehensive guide to understanding the admixture calculators for newbies. Most of them are guides on understanding DNA in general, or how to upload your data, or using the one-to-many or one-to-one tools. In fact, there is a very good beginners guide to the matching side of things found here. But the most common questions I see about Gedmatch are “which admixture calculator do I use?” and “what do the results mean?” There is a Gedmatch wiki page on admixture, and there is Kitty Cooper's slide presentation, but I don’t think they really answer all the questions most people are looking for, especially regarding Oracle. Even Googling the topic only turns up spotty results from forums and blogs, nothing that really lays it all out. Since no one else has done it, here is my attempt. Please keep in mind I am no expert and have no formal education in genetics, this is just the knowledge I’ve gathered over the years from various sources as a result of trying to understand my own DNA results.

Admixture is a scientific term for the ethnicity percentages you received from a DNA company like Ancestry.com, FamilyTreeDNA, 23andMe, or MyHeritage. It’s important to understand that each admixture project on Gedmatch is created by a different person, mostly academics. Note that most of the admixture results will include some basic info on the calculator, either on the results page, or through a link from the creator. However, the info provided may still be technical and difficult to understand for the average person, because they were primarily created for academic purposes. This is an attempt to translate some of that info into something more understandable to the average user. I apologize that this guide favors info on European backgrounds, but that is simply what I’m most familiar with, being a European descendant myself.

Be aware that it’s common practice in DNA admixtures to refer to populations from prehistoric times as “ancient”, even though this is a bit of a misnomer. In historical terms, ancient history marks the beginning of recorded history, but here, “ancient” generally refers to the time before written history, prehistory. Some time periods might be specified as “neolithic”, or “paleo/paleolithic” etc.

Select a project from the drop down menu, leaving the other
options as they are, then click "continue"

Step 1: Pick a project.
There are 7 projects to choose from in the Admixture (Heritage) tool (found under "Analyze your data" and "DNA raw data"), but what are they? What do they mean? Which one should you pick? Here’s a basic breakdown:

(Note: below the projects drop down menu there are options like "Admixture Proportions (with link to Oracle)" and "Chromosome Painting", etc. Don't mess with those for now, just stick with the top default option, Admixture Proportions (with link to Oracle), as that is what this guide will cover.)

1. MDLP

This is a global calculator and attempts to break your results down into different parts of the world. It’s good as an overview, but if, for example, you already know you’re European, it’s probably unnecessary. It’s also heavy on ancient groups. The blog for this project is found here: http://magnusducatus.blogspot.com/

2. Eurogenes

As the name suggests, this is primarily for people with European backgrounds. While it does have populations outside Europe, there are usually more sub-continental regions for Europe than any other continent. I highly recommend this as the go-to project for people with sole European ancestry. The blog for this project is found here: http://bga101.blogspot.com.au/

3. Dodecad

This project says it focuses primarily on Eurasians, but most of the calculators are geared more towards Asian and African ancestry than European. It’s not ideal for Europeans, but may be useful for people with mixed ancestry. The blog for this project can be found here: http://dodecad.blogspot.com/

4. HarappaWorld

This calculator is primarily for people with South Asian ancestry. The blog for this project can be found here: http://www.harappadna.org/

5. Ethiohelix

This is an African based project, though it does have options for people with mixed backgrounds (but always including African). There is no Native American in this project at all. The blog for this project is found here: http://ethiohelix.blogspot.com/

6. puntDNAL

This is primarily a project on ancient DNA. There is no website, but questions and comments about should be directed to Abdullahi Warsame at puntdnalking@gmail.com

7. GedrosiaDNA

This project focuses primarily Eurasian (especially Indian and Asian) and ancient DNA. There is no website, but for further questions, please contact the creator at Dilawerkh4@gmail.com

Once you've selected a project, you need to enter your kit
number and then select a specific calculator.

Step 2: Pick a calculator.
You’ll find that for each project, there are often several calculators to choose from. How to choose? What do they mean? What are the differences? Well, for starters, the numbers following a ‘K’ indicate how many populations (or regions/categories) that calculator includes. So for example, Eurogenes EUtest V2 K15 has 15 populations. So choose one depending on how many regions you want to break your results down into. Keep in mind the more populations and therefore the more specific the regions are, the more speculative the results will be.

Don't forget to put in your kit number - if you've forgotten it, go back to the home page and copy it.

Certain other tests may be specific to deeper, more ancient (prehistoric) ancestry, like Hunter-Gatherer vs Farmer. Any abbreviation that starts with ‘A’ probably stands for ‘ancient’, but I will post a comprehensive terminology list at the end of this guide. These calculators for ancient DNA aren’t very useful if you’re just looking for an opinion on your more recent ethnicity results.

Other calculators might be specific to certain types of ancestry. For example, Eurogenes’ Jtest is specific to Ashkenazi Jewish ancestry. There’s no need to run this test if you don’t have any Jewish ancestry. In fact, you might get false results in Ashkenazi if you run this calculator and have no Jewish ancestry.

(Note: ignore the option below the calculator drop down menu, this is for data collection purposes. If all 4 of your grandparents are from the same ethnic group and you want your DNA to be a part of the sample groups they use to create these calculators and determine populations, then go ahead and fill it out. Otherwise, you can ignore it.)

Here’s a more detailed breakdown of each calculator. I've also created a spreadsheet listing the populations included for each calculator, along with my recommendations for good calculators to use based on your ancestry or what you're looking for.

MDLP

• MDLP K11 Modern - 11 global populations including ancient
• MDLP K16 Modern - 16 global populations including ancient and modern - results page includes full population descriptions
• MDLP K23b - 23 global populations including ancient
• MDLP World22 - 22 global populations including ancient, full details including maps of what areas each category covers are found here - there are several Native American categories so this may be ideal for Native American ancestry
• MDLP World - 12 global populations, probably the original MDLP calculator

Some Population Maps
for Eurogenes ANE 

Eurogenes

• Eurogenes K13 - 13 global populations, mostly European. Creator made this the default as it “seems to hit the spot for most people” with European background. Details here
• Eurogenes EUtest V2 K15 - 15 global populations, mostly European, also a popular option. Details including regional maps for each category found here
• Eurogenes ANE K7 - 7 populations, Ancient North Eurasian, meaning this looks at ancient DNA mostly in Europe, Western Asia, and Africa. Details found here and some maps available here
• Eurogenes K9b - 9 global populations, approximates Geno 2.0 analysis
• Eurogenes K9 - 9 global populations, map available here (population descriptions no longer available)
• Eurogenes K10 - 10 global populations, map available here (population descriptions no longer available)
• Eurogenes K11 - 11 global populations, map available here (population descriptions no longer available)
• 

  Some population maps
  for Eurogenes K36

  Eurogenes K12 - 12 global populations. North European ancestry is said to do well with this calculator. Map available here (population descriptions no longer available)
• Eurogenes K12b - 12 global populations, excluding Native American (Amerindian), map available here (population descriptions no longer available)
• Eurogenes K36 - 36 global populations, mostly European. This is the most detailed breakdown for Europeans, but that also makes it highly speculative. Details found here and maps available here - there's also an interesting application that will map out your personal K36 results
• Eurogenes Hunter-Gatherer vs Farmer - 12 ancient Hunter-Gatherer vs Farmer populations. Map available here
• Jtest - Jewish Ashkenazi, 14 global populations but mostly European, this is essentially the EUtest with an Ashkenazi category. Details including maps are here
• EUtest - 13 global populations, mostly European minus Jewish Ashkenazi. Details including maps are here

Some Dodecad K12b
Population Maps

Dodecad

• Dodecad V3 - 12 populations, mostly Asian and African, 2 European, no Native American. More info
• Africa9 - 9 populations, all African except one European (no Asian, no Native American). More info
• World9 - 9 global populations, not specific to any continent so good as an overview regardless of your ancestry. More info
• Dodecad K7b - 7 populations, mostly Asian, 2 European, 1 African, no Native American. More info
• Dodecad K12b - 12 populations, mostly Asian, 3 African, 2 Middle East, 2 European, no Native American. More info and population maps

HarappaWorld

• HarappaWorld only has one calculator and as explained above, it’s primarily for South Asian ancestry. It does include some European, African, and Native American populations, but its focus is on South Asian: Indians, Pakistanis, Bangladeshis and Sri Lankans.

Ethiohelix

• EthioHelix K10 + French - 10 populations, 9 African, one “French” which acts as a European population. This is really only useful/accurate for people with mixed African and European ancestry. Maps available here
• EthioHelix K10 + Japanese - 10 populations, 9 African, one “Japanese” which acts as an Asian population. Only useful for people with a mix of African and Asian ancestry. Maps
• EthioHelix K10 + Palestinian - 10 populations, 9 African, one “Palestinian” which acts as a Middle Eastern population. Only useful for people with a mix of African and Middle Eastern ancestry. Maps
• EthioHelix K10 Africa Only - 10 strictly African populations, nothing else. Do not use if you have no African ancestry as results won’t be accurate. Maps

puntDNAL

• puntDNAL K10 Ancient - 10 ancient populations, incorporates Caucasus HG as well as Early Neolithic Farmers and Western European HG.
• puntDNAL K12 Ancient - 12 populations, utilizing ancient oracle, more info provided on results page
• puntDNAL K12 Modern - 12 populations utilizing modern oracle, more info provided on results page
• puntDNAL K13 Global - 13 modern populations, focuses primarily on Asia (6 Asian populations, 3 African, 2 European, 1 Oceania, 1 Native American). From the creator: "The impetus in creating this calculator was the release of the Southeast Asian study, which inspired me to create a calculator that included a Southeast Asian component and give my Southeast and Northeast asian people a more accurate calculator for their ancestry." Population details
• puntDNAL K15 - 15 populations, focuses primarily on Africa (particularly East Africa), but also includes some West Asia, and Europe. More info
• puntDNAL K8 African only - 8 populations, as the name suggest, it’s strictly an African calculator

GedrosiaDNA

• (Removed) Eurasia K9 ASI - 9 populations, modeled around the ancient Ancestral South Indian component, no Native American. More info on population descriptions
• (Removed) Eurasia K10 CHG - 10 ancient populations, modeled on Caucuses Hunter Gatherers, more info on population descriptions
• (Removed) Eurasia K11 CHG-NAF - 11 ancient populations, modeled on Caucuses Hunter Gatherers and Neolithic Anatolian Farmers, more info on population descriptions
• Gedrosia K3 - 3 populations, Eastern Eurasian, Western Eurasian, and Sub-Saharan African. More details
• (Removed) Gedrosia K15 - 15 populations with a focus on the Indian subcontinent. Population descriptions
• (Removed) Eurasia K14 - 14 populations, using the same Neolithic and Bronze Age source data as the K14 Neolithic calculator, plus some modern populations
• (Removed) Eurasia K14 Neolithic - 14 global populations, focus is on ancient Neolithic and Bronze Age genomes from across Eurasia. Population descriptions
• Gedrosia K12 - 12 populations, designed for individuals of predominantly South Asian and West Asian ancestry for inferring gedrosian Balochi admixture. No Native American. More info
• (Removed) Gedrosia K11 - 11 populations with a focus on Kalash Indo European peoples of Pakistan. Population descriptions
• Ancient Eurasia K6 - 6 ancient populations, primarily Europe, Asia, and in between, 1 African, no Native American. Further descriptions are available on results page.
• (Removed) Near East Neolithic K13 - 13 ancient populations, with a focus on the Near East. Details provided on results page.

Step 3: Understanding the results: A Terminology Guide

A list of populations you might see and a brief description. I did not include some of the most self-explanatory ones. Some that I have listed might still be obvious to some people, but I’ve seen others ask about them on occasion. If there isn’t one listed here, you might learn a lot by just googling it. There is also a good abbreviation guide here: https://isogg.org/wiki/Abbreviations
Keep in mind different calculators may use different terms to refer to the same region or population.

• Amerindian or Amerind - Native American (ie, American Indian meshed into one word)
• Anatolian - mostly Turkey
• Ancestral Altaic - Asia (excluding South), and Eastern Europe
• ANE - Ancient North Eurasian
• Archaic African - broad category for prehistoric Africans
• Archaic Human - broad category for prehistoric humans around 500,000 years ago
• ASE - Ancient/Ancestral South Eurasian
• Ashkenazi - Ashkenazi Jewish of central/eastern Europe (not the same as Sephardic Jewish)
• ASI - Ancient/Ancestral South Indian
• Australian - aboriginals of Australia
• Australoid - “people indigenous to Southeast Asia, South Asia, Australia, Melanesia, Polynesia, Micronesia, and historically parts of East Asia.” (Wikipedia)
• Austronesian - “relating to or denoting a family of languages spoken in an area extending from Madagascar in the west to the Pacific islands in the east.” (Google)
• Baloch - people of Iranian Plateau and Arabian Peninsula (primarily the Middle East)
• Baltic - regions surrounding the Baltic sea
• Bantu - Central and south Africa
• Basal - Basal Eurasian?
• Beringian - areas surround the Bering Strait (Eastern Russia and Alaska)
• Biaka - aka Aka, “nomadic Mbenga pygmy people who live in southwestern Central African Republic and the Brazzaville region of the Republic of the Congo” (Wikipedia)
• Caucasian/Caucasus - people of the Caucasus region, the border between Europe and Asia in between the Black sea and the Caspian Sea
• CHG - Caucasus Hunter Gatherers
• EHG - Eastern Hunter-Gatherer
• ENF - Early Neolithic Farmer
• Fennoscandian - Scandinavia and Finland
• Gedrosia - Modern day Makran (semi-desert coastal strip in Balochistan, in Pakistan and Iran, along the coast of the Persian Gulf and the Gulf of Oman)
• Khoisan - Southern Africa
• Mbuti - “one of several indigenous pygmy groups in the Congo region of Africa” (Wikipedia)
• Melanesian - “a subregion of Oceania (and occasionally Australasia) extending from the western end of the Pacific Ocean to the Arafura Sea, and eastward to Fiji.” (Wikipedia)
• Mesoamerican - Native American in Mexico, Central and South America
• NAF - Neolithic Anatolian Farmer
• Oceanian - Aboriginals of the Pacific Ocean islands (may include Australia depending on calculator)
• Omotic - Southwest Ethiopia
• Papuan - New Guinea and surrounding islands
• Pastoralist - Sheep or cattle farmer
• Pygmy - “certain peoples of very short stature in equatorial Africa and parts of Southeast Asia.” (Google)
• San - Bushmen of southern Africa
• SEA - South East Asian
• SSA - Sub-Saharan African
• Steppe - “ancient North Eurasian hunter-gatherers' heritage, which was subsequently shown to have an influence in later eastern hunter-gatherers and to have spread into Europe via an incursion of Steppe herders” (MDLP K16)
• Tungus-Altaic - Northeast China and Siberia
• WHG - Western Hunter-Gatherer
• WHG-UHG - Western Hunter-Gatherer/Unknown Hunter-Gatherer
• Volga-Ural - Part of Russia (central)

Conclusion

Which project and calculator you go with greatly depends on your known ancestry. I know all this info is probably still a little overwhelming even with (or perhaps because of!) this guide. If you’re of European descent, and a newcomer to Gedmatch, and you just want a second opinion on your ethnicity results from any of the Big 3 companies (Big 4 now maybe, with MyHeritage joining the bandwagon), I’d recommend Eurogenes K13 or K15. Personally, I tend to prefer K15, because there are maps available showing specifically what regions are covered by which populations. Certainly, you can play around with any of the other Eurogenes calculators too (except Jtest if you’re not Jewish). Most of the other projects and calculators are either geared more towards ancient DNA, other continents, or a mixed ancestry. You may find a non-bias global calculator in some of the other projects, but it’s probably not going to provide the breakdown of Europe you’re looking for.

If you’re looking for an ancient calculator, I again tend to stick to one of Eurogenes’ (HG vs F, or ANE), but MDLP have some good options too. There’s also a couple in puntDNAL which I don’t think have a bias towards any one type of ancestry.

If you’re African, Asian, or of mixed heritage, there are a number of options to choose from, but I unfortunately can’t recommend any over any others. Most global calculators will include Amerindian (I have noted when one doesn’t), but MDLP World22 seems to have the most categories for Native Americans and may be ideal for that.

I was surprised to realize Eurogene's Jtest is the only one that offers an Ashkenazi (or other Jewish) category, so if you're Jewish, it looks like this is your only option. However, it should be noted that there are many Jewish populations typically included in Oracle/Oracle 4 (see below for more details), not just for Jtest but any other given calculator too. For your reference, I created a spreadsheet that shows which calculators have what Jewish populations available in Oracle/Oracle4.

If you're adopted and don't know what your ethnic background is, is important to remember that there's never going to be one defining ethnicity or admixture report that tells you "this is your ancestry" with any total accuracy. However, I understand the desire to know where you came from, so what I'd recommend is gathering as many reports as you can (within reason - if you're obviously white, there's no sense running an African-only calculator) and compare them in a spreadsheet like I've done here. It will help you spot any consistencies, or see what populations show up most frequently in the highest numbers.

It is frustrating that maps, or at least population descriptions, aren’t available for every calculator, but this is a free service, after all. It’s actually pretty amazing all the work the project creators do to provide this for free.

---

Part 2 - Oracle

Say what now?

Introduction

The second most common questions I see about Gedmatch are about Oracle. What is it? What do the results means? Oracle is an attempt to pinpoint your origins to a more specific population or region. You'll find many are narrowed down as specifically as regions within countries, or specific religious groups. There are two options: Oracle and Oracle 4. You will find buttons for them listed under your admixture results. Note that not all admixture calculators have Oracle available so pick a calculator that both suits your background and offers Oracle. There is a third button which just says "Spreadsheet" but this is covered this later. There is a also good explanation for this from Roots & Recombinant DNA.

Oracle

Oracle will list your admixture results, then something called Single Population sharing, and finally Mixed Mode Population Sharing.

• Single Population Sharing attempts to pinpoint a specific, single population that your DNA most closely matches, with a list of the top 20. The distance will tell you how closely you match each group, so the smaller the distance number is, the more closely you match. It is assuming your ancestors all came from the same area/population (so if they didn't, this is probably not ideal for you and the results may not make sense).
• Mixed Mode Population Sharing will show you your top 20 of two specific, combined populations in order of how closely you match those populations. It is assuming your ancestors came from only two locations/populations (though not necessarily split 50/50). Again, the distance will tell you how closely you match this combo of populations, while the percentage will tell you how much of your DNA matched which population.

Oracle 4

Oracle 4 is essentially the same as Oracle, except it expands on it by providing combinations of 3 and 4 specific populations. The single and double combinations can be different from original Oracle though, so don’t bypass Oracle thinking you’ll get that and more with Oracle 4, it may be best to examine both depending on your ancestry.

• Using 1 population approximation works the same as Single Population Sharing in Oracle, but I’ve noticed the results are sometimes different, so they’re obviously using a slightly different calculation. Reading the results works the same though: they are showing you a list of specific populations you most closely match, with the distant showing you just how closely you match. Again, this is intended for people whose ancestors all come from the same population.
• Using 2 population approximation also works similarly to Mixed Mode Population Sharing but you'll notice that the percentages are always 50/50. That's because it's assuming that you have one parent from one population, and the other from another, so you would be 50/50. If that's not the case, this is not ideal for you. For some reason this only lists your top 1 result instead of the top 20. Again, the distance tells you how closely you matched this combo of populations.
• Using 3 population approximation works the same as 2, but with a combination of 3 populations instead. So it's assuming you have one parent from one population and on your other side, you have a grandparent from a different population, and the other grandparent from a third population. This is why one population will be 50%, and the other two are 25%. It only lists one result. You know what the distance means by now.
• Using 4 population approximation uses a combination of 4 specific populations you most closely match and lists your top 20 combos. This was designed for people who have 4 grandparents from 4 different places but it can sometimes also work well if most of your ancestry is mainly from 4 different places/populations (because it does not include percentages).

Conclusion

Be aware that the results from Oracle and Oracle 4 will vary depending on what admixture calculator you used, which is why they are found on the admixture results page, and not as a separate calculator. Also keep in mind the results are speculative, but I have found they do often make some sense, and in some cases, can be remarkably accurate. Check out my blog post on a deeper analysis of my Oracle results here. However, if you do not fit the scenarios described of having parents or grandparents from one location, the results may not be reliable for you.

A lot of ancient populations in Oracle will likely have unfamiliar names but there's a good a map showing where many of the samples for the ancient populations came from available here.

If you feel like you've got a good handle on this, continue onto Parts 3 and 4, Admixture Proportions by Chromsome and Chromosome Painting.