Advanced Ancestry Analysis (Post your Eurasia)

**Gallop** · 05-30-2021, 10:46 AM

Gallop Results with FTDNA file

Foundations of the Modern World
500 BC - 1000 AD

Advanced Ancestry Analysis

Eurasia
Although effective for all people, Eurasia is particularly suitable and accurate for Western Eurasian ethnic groups. The package includes a complete analysis of both ancient and modern origins, which allows you to obtain a large amount of useful information about your ancestry.

ANCIENT
Foundations of the Modern World, 500 BC-1000 AD
This test is focused on the Late Antiquity/Early Medieval period. All the samples are drawn from official published sources and are the result of a careful selection process that satisfies very strict parameters. Many samples are exclusive, resulting from average values within a homogeneous genetic/cultural cluster.

**Gallop** · 05-30-2021, 11:18 AM

Advanced Ancestry Analysis
Eurasia - Modern Origins

The efficacy of genetic ancestry tests is reliant on the sample populations and methods that are used. We have collated a large range of population samples to compare your genome to, from public, private and exclusive sources. This allows us to provide you with a highly accurate assessment of your genetic ancestry from a wide range of periods, both ancient and modern. You may discover that your genetic genealogy differs to your known ancestry, this does not necessarily negate your “paper trail” genealogy, but demonstrates what you have inherited genetically (although you inherit approximately 50% of your genome from each parent, you inherit a random selection of their genes, which may exclude parts of the genetic markers for some of the ethnicities they possess. Which over generations may mean the loss of a whole group) Ancient ancestry results are sometimes surprising, as they represent a movement of people (some of whom no longer exist), that have contributed to modern population groups.

Eurasia - Modern Origins
Modern populations are like a puzzle, related to each other in different measure and forming a complete global picture when seen as a whole. With Modern Origins you will discover which pieces of the puzzle you descend from.

**Gallop** · 05-30-2021, 11:52 AM

Gallop parent results with 23andMe file

ANCIENT
Foundations of the Modern World, 500 BC-1000 AD
This test is focused on the Late Antiquity/Early Medieval period. All the samples are drawn from official published sources and are the result of a careful selection process that satisfies very strict parameters. Many samples are exclusive, resulting from average values within a homogeneous genetic/cultural cluster.

**Gallop** · 05-30-2021, 12:27 PM

Eurasia - Modern Origins
Gallop´s Father

**VikLevaPatel** · 01-17-2022, 10:02 PM

I don't like to focus on recent ancestry as the results are too way off or are not compatible but even more importantly because the Indian/South Asian genetic landscape is far too complex (read: far too confused) and is way too screwed up or messed up. I much prefer archaic DNA and autosomal DNA matches.

Your genetic ancestry calculator results
MDLP K7: https://ibb.co/n0JKQCC, https://ibb.co/n0JKQCC (Indian 42.6%, European 27.6%)
K7: https://ibb.co/LRHhVyZ (Near Eastern 45.64%, Southeast Asian 21.16%, Oceanian 12.64%, Euro Hunter-Gatherer 11.89%, Amerindian 5.63%)
K8: https://ibb.co/Bfwm6YH, https://archive.is/Hl652/1b0d695feb9...e1ad913a07.png (South-Central Asian 60.13%, Southeast Asian 18.98%, Linearbandkeramik 8.84%, Oceanian 8.37%)
K16: https://ibb.co/mS352MP (Indian 67.65%, Caucasian 20.56%)
K47: https://ibb.co/cQNkCpx (South Indian 30.05%, Munda 20.32%, North West Indian 14.39%, Iranian 11.76%, North Caucasian 9.98%, Pamirian 8.75%, South Caucasian 2.32%)
MDLP K6: https://ibb.co/SsKV5f1 (Basal 30.54%, Australo-Melanesian 25.58%, South East Asian 21.19%, African 9.57%, Paleosiberian 8.13%, Western Hunter Gatherer 4.98%)
MDLP K7: https://ibb.co/jv5y1H7 (Indian 42.60%, European 27.64%, Southeast-Asian 12.32%, Siberian 7.80%, African 6.19%)
MDLP K27: https://ibb.co/smBJhsL (Ancestral-South-Indian 59.57%, Gedrosia-Caucasian 31.65%)
MDLPK 33: https://ibb.co/cDBRRBn (Indian 39.27%, Dravidian 33.81%, Central Asian 26.92%)
MDLP K11E: https://ibb.co/kcnHCWw (ASI 61.63%, EHG 29.50%)
MDLP World22: https://ibb.co/WDJgcCd (Indian 50.76%, West-Asian 29.71%, Indo-Iranian 6.58%)
MDLP WorldFinal16: https://ibb.co/7nzNysk (Indian 72.58%, Caucasian 11.44%, SouthEastAsian 7.87%)
EUtest: https://ibb.co/qsfWmm4 (South Asian 73.81%, West Asian 12.86%, East Euro 6.73%, North-Central Euro 5.09%)
EUtest V2 K15: https://ibb.co/7KgVMPH (South Asian 71.54%, West Asian 15.90%, Eastern European 4.95%, North Sea 4.57%)
Eurogenes K13: https://ibb.co/YdNK4s7 (South Asian 68.17%, West Asian 24.82%)
Eurogenes K36: https://ibb.co/rdzcRM2 (South Asian 62.28%, South Central Asian 33.99%)
Eurogenes Jtest K14: https://ibb.co/zFnFy4S (South Asian 73.81%)
Ancient Near East K13: https://ibb.co/92yZh1J (Ancestral-Indian 50.21%, Iran-Neolithic 41.30%)
Tolan K16P7 Neolithic: https://ibb.co/PNskCtZ (South_Indian 67.42%, Iran_Neolithic 30.57%)
Tolan K20M12 Bronze Age: https://ibb.co/h1JbVqL (South-Asian 72.07%, Steppe_to_SCAsian 22.94%, Iran_CHL 3.75%)
Tolan K25R1: https://ibb.co/xfcxSRp (South Asia 65.60%, South Caspian 34.40%)
Tolan K7M1: https://archive.is/wOq6I/b10292772da...b127b06f16.png (Caspian Sea 60.33%)
Tolan K13M2: https://ibb.co/SRKcwpG (India 93.16%, Caucasus 4.19%, West Europe 2.65%)
Tolan K14M1: https://ibb.co/gtVCDDQ (South Himalayas 71.63%, Caspian Sea 27.59%)
Tolan K18M4: https://ibb.co/hD3V8hv (South Central Asia 53.30%, Persian Gulf 28.46%, East Caspian 18.24%)

According to yourDNAportal: "Each of the calculators draws upon a large and unique pool of population reference samples, allowing you to investigate your genetic ancestry from different perspectives. Initially you can run an admixture calculator, then click on the “oracle” to define your results. We use ancient and modern samples, which allow you to explore your ancestry through various periods of history." Free Autosomal Ancestry Analysis

**VikLevaPatel** · 01-18-2022, 06:05 AM

Originally Posted by VikLevaPatel

According to yourDNAportal: "Each of the calculators draws upon a large and unique pool of population reference samples, allowing you to investigate your genetic ancestry from different perspectives. Initially you can run an admixture calculator, then click on the “oracle” to define your results. We use ancient and modern samples, which allow you to explore your ancestry through various periods of history." Free Autosomal Ancestry Analysis

ANCIENT
Foundations of the Modern World, 500 BC-1000 AD
This test is focused on the Late Antiquity/Early Medieval period. All the samples are drawn from official published sources and are the result of a careful selection process that satisfies very strict parameters. Many samples are exclusive, resulting from average values within a homogeneous genetic/cultural cluster.

MODERN
Eurasia - Modern Origins
Modern populations are like a puzzle, related to each other in different measure and forming a complete global picture when seen as a whole. With Modern Origins you will discover which pieces of the puzzle you descend from.

https://www.yourdnaportal.com/advanc...estry_analysis

TRANSACTION REPORT
Test: Eurasia
You paid US $25.00 on 18 January 2022.

View your ancestry results by clicking the link(s) below:

Foundations of the Modern World, 500 BC - 1000 AD
Eurasia - Modern Origins

Please wait for a couple of minutes for your results to compute after clicking the link.

https://www.yourdnaportal.com/advanc...estry_analysis

The efficacy of genetic ancestry tests is reliant on the sample populations and methods that are used. We have collated a large range of population samples to compare your genome to, from public, private and exclusive sources. This allows us to provide you with a highly accurate assessment of your genetic ancestry from a wide range of periods, both ancient and modern. You may discover that your genetic genealogy differs to your known ancestry, this does not necessarily negate your “paper trail” genealogy, but demonstrates what you have inherited genetically (although you inherit approximately 50% of your genome from each parent, you inherit a random selection of their genes, which may exclude parts of the genetic markers for some of the ethnicities they possess. Which over generations may mean the loss of a whole group) Ancient ancestry results are sometimes surprising, as they represent a movement of people (some of whom no longer exist), that have contributed to modern population groups.

https://www.yourdnaportal.com/advanc...alysis_test/10

Advanced Ancestry Analysis
Foundations of the Modern World
500 BC - 1000 AD

Foundations of the Modern World, 500 BC - 1000 AD
This test is focused on the Late Antiquity/Early Medieval period. All the samples are drawn from official published sources and are the result of a careful selection process that satisfies very strict parameters. Many samples are exclusive, resulting from average values within a homogeneous genetic/cultural cluster.
Calculator version: 1.5

Main Test Run

This mathematical setting divides your genome into 200 fragments, with each fragment representing 0.5% of your genome. This enables the capture and identification of even the most distant origins.

Attachment 112107
https://i.ibb.co/hL6kmFj/screencapture.png
https://archive.is/IF8Ju/9903071e177...4d045e4d3a.png

Dravidian India : 74.5%
The origins of the Dravidians are a very complex subject of research and debate. According to Narasimhan et al. (2019), early Dravidians formed as a mixture of Ancient Ancestral South Indians ('AASI' indigenous South Asian hunter-gatherers distantly related to the Andamanese), and Neolithic west Asian farmers from Iran. Although in modern times speakers of various Dravidian languages have mainly occupied the southern portion of India, Dravidian speakers must have been widespread throughout the Indian subcontinent before the Indo-Aryan migration into the subcontinent.

References:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5674545

Gedrosian : 21%
Gedrosia is the Hellenized name of the part of coastal Balochistan that roughly corresponds to today's Makran. In books about Alexander the Great and his successors, the area referred to as Gedrosia runs from the Indus River to the north-eastern edge of the Strait of Hormuz. It is directly to the south of the countries of Bactria, Arachosia and Drangiana, to the east of the country of Carmania and due west of the Indus River which formed a natural boundary between it and Western India. The native name of Gedrosia might have been Gwadar as there are two towns by that name and a bay (Gwadar Bay) in central Makran. It, along with Saurashtra, was an important part of the Maurya Empire of ancient India. Gedrosia is a dry, mountainous country along the northwestern shores of the Indian Ocean. It was occupied in the Bronze Age by people who settled in the few oases in the region. Other people settled on the coast and became known in Greek as Ichthyophagi. The country was conquered by the Persian king Cyrus the Great (559-530 BCE), although information about his campaign is comparatively late. The capital of Gedrosia was Pura, which is probably identical to modern Bampûr, forty kilometers west of Irânshahr. Several scholars have argued that the Persian satrapy Maka is identical to Gedrosia (which is a Greek name). One argument is the similarity of the name Maka to the modern name Makran, a part of Pakistan and Iran that is situated a bit more to the east. However, it is more likely that Maka is to be sought in modern Oman, which was called Maketa in Antiquity.

References:
https://www.biorxiv.org/content/10.1101/292581v1

The Genomic Formation of South and Central Asia: https://archive.is/sA0G6

Vedic India : 4.5%
The Vedic period, or Vedic age (c.1500 – c.500 BCE), is the period in the late Bronze Age and early Iron Age of the history of India when the Vedic literature, including the Vedas (ca. 1300-900 BCE), was composed in the northern Indian subcontinent, between the end of the Urban Indus Valley Civilisation and a second urbanisation which began in the central Indo-Gangetic Plain c. 600 BCE. The Vedas are liturgical texts which formed the basis of the influential Brahmanical ideology, which developed in the Kuru Kingdom, a tribal union of several Indo-Aryan tribes.

References:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC311057/

Second Test Run

This mathematical setting divides your genome into 20 fragments, with each fragment representing 5% of your genome. By not focusing on the most distant ancestry, it offers an excellent and balanced estimate of ethnicity with a lower margin of error.

Dravidian India : 55%
Vedic India : 35%
Gedrosian : 10%

Attachment 112108
https://i.ibb.co/tKSXtxm/screencapture-2.png
https://archive.is/MQMMg/edf4adde16b...336b49c8fe.png

Third Test Run

This mathematical setting divides your genome into 10 fragments, with each fragment representing 10% of your genome. This setting is very useful in providing a reliably accurate estimate of ethnicity, with a lower margin of error.

Dravidian India : 70%
Gedrosian : 20%
Vedic India : 10%

Attachment 112109
https://i.ibb.co/pzvb5MH/screencapture-3.png
https://archive.is/b08Qx/d8670b77096...b8c285efdd.png

Fourth Test Run

This mathematical setting divides your genome into 2 parts, with each fragment representing half of your genome. This setting is very useful for both highly mixed and more homogenous ethnicities. This approach gives a very reliable, albeit generalised, interpretation of one's ethnicity.

https://ibb.co/vLRMysy

Dravidian India : 50%
The origins of the Dravidians are a very complex subject of research and debate. According to Narasimhan et al. (2019), early Dravidians formed as a mixture of Ancient Ancestral South Indians ('AASI' indigenous South Asian hunter-gatherers distantly related to the Andamanese), and Neolithic west Asian farmers from Iran. Although in modern times speakers of various Dravidian languages have mainly occupied the southern portion of India, Dravidian speakers must have been widespread throughout the Indian subcontinent before the Indo-Aryan migration into the subcontinent.

References:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5674545/

Genetic variations in the Dravidian population of South West coast of India: Implications in designing case-control studies: https://archive.is/FiXzf

Vedic India : 50%
The Vedic period, or Vedic age (c.1500 – c.500 BCE), is the period in the late Bronze Age and early Iron Age of the history of India when the Vedic literature, including the Vedas (ca. 1300-900 BCE), was composed in the northern Indian subcontinent, between the end of the Urban Indus Valley Civilisation and a second urbanisation which began in the central Indo-Gangetic Plain c. 600 BCE. The Vedas are liturgical texts which formed the basis of the influential Brahmanical ideology, which developed in the Kuru Kingdom, a tribal union of several Indo-Aryan tribes.

References:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC311057/

Genetic Evidence on the Origins of Indian Caste Populations: https://archive.is/2tVOV

**VikLevaPatel** · 01-18-2022, 06:14 AM

Originally Posted by VikLevaPatel

The Vedic period, or Vedic age (c.1500 – c.500 BCE), is the period in the late Bronze Age and early Iron Age of the history of India when the Vedic literature, including the Vedas (ca. 1300-900 BCE), was composed in the northern Indian subcontinent, between the end of the Urban Indus Valley Civilisation and a second urbanisation which began in the central Indo-Gangetic Plain c. 600 BCE. The Vedas are liturgical texts which formed the basis of the influential Brahmanical ideology, which developed in the Kuru Kingdom, a tribal union of several Indo-Aryan tribes.

The Genomic Formation of South and Central Asia:

The genetic formation of Central and South Asian populations has been unclear because of an absence of ancient DNA. To address this gap, we generated genome-wide data from 362 ancient individuals, including the first from eastern Iran, Turan (Uzbekistan, Turkmenistan, and Tajikistan), Bronze Age Kazakhstan, and South Asia. Our data reveal a complex set of genetic sources that ultimately combined to form the ancestry of South Asians today. We document a southward spread of genetic ancestry from the Eurasian Steppe, correlating with the archaeologically known expansion of pastoralist sites from the Steppe to Turan in the Middle Bronze Age (2300-1500 BCE). These Steppe communities mixed genetically with peoples of the Bactria Margiana Archaeological Complex (BMAC) whom they encountered in Turan (primarily descendants of earlier agriculturalists of Iran), but there is no evidence that the main BMAC population contributed genetically to later South Asians. Instead, Steppe communities integrated farther south throughout the 2nd millennium BCE, and we show that they mixed with a more southern population that we document at multiple sites as outlier individuals exhibiting a distinctive mixture of ancestry related to Iranian agriculturalists and South Asian hunter-gathers. We call this group Indus Periphery because they were found at sites in cultural contact with the Indus Valley Civilization (IVC) and along its northern fringe, and also because they were genetically similar to post-IVC groups in the Swat Valley of Pakistan.

By co-analyzing ancient DNA and genomic data from diverse present-day South Asians, we show that Indus Periphery-related people are the single most important source of ancestry in South Asia—consistent with the idea that the Indus Periphery individuals are providing us with the first direct look at the ancestry of peoples of the IVC—and we develop a model for the formation of present-day South Asians in terms of the temporally and geographically proximate sources of Indus Periphery-related, Steppe, and local South Asian hunter-gatherer-related ancestry. Our results show how ancestry from the Steppe genetically linked Europe and South Asia in the Bronze Age, and identifies the populations that almost certainly were responsible for spreading Indo-European languages across much of Eurasia.

Science doi: 10.1126/science.aat7487

https://archive.is/sA0G6#selection-6491.224-6495.78
https://archive.is/sA0G6#selection-6487.966-6487.1284

Advanced Ancestry Analysis
Eurasia - Modern Origins

https://www.yourdnaportal.com/advanc...alysis_test/11

We wuz Gujaratis, Sindhis, Kshatriyas, Balochis, Paswans, Chamars n shietz

Gujarati : 50%
The Gujarati people or Gujaratis, are an Indo-Aryan ethnolinguistic group who speak Gujarati, an Indo-Aryan language. While they mainly inhabit the Indian state of Gujarat, they have a diaspora worldwide. Gujaratis are prominent entrepreneurs and industrialists and many notable independence activists were Gujarati, including Mahatma Gandhi and Sardar Patel (Iron man of India).

Sindhi : 25%
Sindhi are an Indo-Aryan ethnic group who speak the Sindhi language and are native to the Sindh region in Pakistan, located along the lower course of the Indus River as it flows on its journey from the Himalayas to the Arabian Sea. Modern Sindhis are descendants of the many peoples who have settled in the area from earliest times. After the partition of India in 1947, most Sindhi Hindus and Sindhi Sikhs migrated to the newly independent Dominion of India and other parts of the world.

South-Asia Kshatriya : 8.5%
Kshatriya (Hindi: क्षत्रिय) (from Sanskrit kṣatra, "rule, authority") is one of the four varna (social orders) of Hindu society, associated with warriorhood. The Sanskrit term kṣatriyaḥ is used in the context of Vedic society wherein members were organised into four classes: brahmin, kshatriya, vaishya and shudra.

Balochi : 6.25%
The Balochi are Iranian people who live mainly in the Balochistan region, located at the southeasternmost edge of the Iranian plateau, encompassing the countries of Pakistan, Iran and Afghanistan. There are also Baloch diaspora communities in neighbouring regions, including in India, Turkmenistan and the Arabian Peninsula.

**VikLevaPatel** · 01-18-2022, 06:57 AM

Originally Posted by VikLevaPatel

We wuz Gujaratis, Sindhis, Kshatriyas, Balochis, Paswans, Chamars n shietz

HarappaWorld Oracle results: https://ibb.co/QYtXx2h

Admix Results (sorted):

# Population Percent
1 S-Indian 52.66
2 Baloch 41.68
3 NE-Asian 1.49
4 NE-Euro 1.46
5 Mediterranean 1.29
6 American 1.08
7 SE-Asian 0.33
8 Siberian 0.01

Single Population Sharing:

# Population (source) Distance
1 gujarati-a (hapmap) 1.91
2 gujarati-a (1000genomes) 2
3 gujarati-patel (harappa) 2.72
4 ap-reddy (harappa) 6.19
5 kerala-nair (harappa) 6.78
6 velama (metspalu) 6.97
7 singapore-indian-b (sgvp) 7.22
8 dharkar (metspalu) 7.85
9 velama (reich) 7.85
10 karnataka (harappa) 8.09
11 ap-brahmin (xing) 8.23
12 iyer-brahmin (harappa) 8.3
13 tharu (metspalu) 8.38
14 iyengar-brahmin (harappa) 8.51
15 kanjar (metspalu) 8.73
16 tn-brahmin (xing) 8.79
17 gujarati (harappa) 8.96
18 rajasthani (harappa) 9.13
19 brahmin-tamil-nadu (metspalu) 9.16
20 up-muslim (metspalu) 9.32

https://archive.is/kO3Jj/07264783813...338f5409fc.png

https://www.theapricity.com/forum/sh...=1#post7411631

Using 1 population approximation:
1 gujarati-a_hapmap @ 1.964849
2 gujarati-a_1000genomes @ 2.095956
3 gujarati-patel_harappa @ 2.879048

Using 2 populations approximation:
1 50% gujarati-a_1000genomes +50% gujarati-a_hapmap @ 1.876072

Using 3 populations approximation:
1 50% gujarati-a_1000genomes +25% gujarati-a_hapmap +25% gujarati-a_hapmap @ 1.876072

https://archive.is/Ei8o2/eebd27916e0...89d12ffe91.png

Lazardis%20admixture:
1531012016517.jpg
https://i.ibb.co/Hg0qwcc/1531012016517.jpg
https://archive.is/xO2z6/9b7ff1f9ff0...a6e1954b76.jpg

**VikLevaPatel** · 01-21-2022, 01:58 AM

Gedmatch.Com

HarappaWorld Oracle results:

https://archive.is/Ei8o2/eebd27916e0...89d12ffe91.png

SNPs used in this evaluation: 52646.

https://www.theapricity.com/forum/sh...31#post7411631

GEDROSIA K6 ORACLE

Ancient Eurasia K6 4-Ancestors Oracle

SNPs used in this evaluation: 7161.

This program is based on 4-Ancestors Oracle Version 0.96 by Alexandr Burnashev.

https://i.ibb.co/jgp59bx/admix-Prop-...1-12-42-06.png

Admix Results (sorted):

# Population Percent
1 Ancestral_North_Eurasian 38.99
2 Ancestral_South_Eurasian 25.16
3 Natufian 22.88
4 East_Asian 12.97

Finished reading population data. 136 populations found.
6 components mode.

--------------------------------

Least-squares method.

Using 1 population approximation:
1 GujaratiD @ 4.032503
2 Punjabi_PJL @ 5.019655
3 GujaratiC @ 5.098751
4 GujaratiB @ 6.707287
5 GujaratiA @ 9.819184
6 Punjabi @ 10.376632
7 Bengali @ 10.675508
8 Burusho @ 10.720098
9 Sindhi @ 12.876783
10 Pathan @ 15.606584
11 Kalash @ 16.699751
12 Pashtun_Afghan @ 19.059191
13 Kurd_SE @ 20.900455
14 Balochi @ 22.087357
15 Brahui @ 22.851315
16 Tajik @ 24.441706
17 Makrani @ 24.746311
18 Palliyar @ 24.818552
19 Baloch_Iranian @ 26.781107
20 Paniyas @ 30.630440

Using 2 populations approximation:
1 50% Bengali +50% GujaratiB @ 2.196806

Using 3 populations approximation:
1 50% Bengali +25% GujaratiB +25% Sindhi @ 1.918197

Gedrosia K12 Oracle results:
Gedrosia K12 Oracle

https://i.ibb.co/QcN5NSt/screencapture.png
https://ibb.co/0XMwM4v

SNPs used in this evaluation: 25886.

Admix Results (sorted):

# Population Percent
1 S_INDIAN 60.77
2 BALOCHI 24.8
3 CAUCASUS 10.7
4 INDO_TIBETAN 2.49
5 SE_ASIAN 1.19
6 E_AFRICAN 0.05

Single Population Sharing:

# Population (source) Distance
1 GujaratiC 7.89
2 Meghawal 8.94
3 GujaratiD 10.8
4 Velamas 12.51
5 GujaratiB 12.52
6 Tharu 13.41
7 UP_Muslim 14.19
8 UP_Kol 14.74
9 Kanjar 16.49
10 UP_Brahmin 16.5
11 Kurumba 17.5
12 Nepali 19.53
13 UP_Caste 19.82
14 Gond 19.98
15 GujaratiA 20.35
16 Piramalai 21.35
17 Sindhi 25.04
18 UP_Chamar 25.47
19 AP_Chenchu 25.7
20 Hakkipikki 29.96

Mixed Mode Population Sharing:

# Primary Population (source) Secondary Population (source) Distance
1 67.5% Velamas + 32.5% Sindhi @ 3.86
2 77.4% Velamas + 22.6% Kurds_SE @ 4.28
3 59.3% Kurumba + 40.7% Sindhi @ 4.34
4 73.3% Velamas + 26.7% Pathan @ 4.6
5 86.9% GujaratiD + 13.1% Makrani @ 4.87
6 79.4% Velamas + 20.6% Pashtun_Afghan @ 4.88
7 86.6% GujaratiD + 13.4% Balochi @ 4.96
8 54.2% Piramalai + 45.8% Sindhi @ 5.15
9 88.1% GujaratiD + 11.9% Brahui @ 5.17
10 77.1% Meghawal + 22.9% Sindhi @ 5.18
11 72.1% GujaratiD + 27.9% Sindhi @ 5.22
12 90% Meghawal + 10% Makrani @ 5.41
13 70.7% Kurumba + 29.3% Kurds_SE @ 5.49
14 85% Velamas + 15% Makrani @ 5.49
15 89.8% Meghawal + 10.2% Balochi @ 5.5
16 85.1% Meghawal + 14.9% Kurds_SE @ 5.54
17 84.7% Velamas + 15.3% Balochi @ 5.6
18 81.2% Velamas + 18.8% Uzbek_Afghan @ 5.62
19 73.9% Velamas + 26.1% Punjabi_Sikh @ 5.67
20 62.6% Velamas + 37.4% Nepali @ 5.68

Gedrosia K3 Oracle results:
Eurasia K3 Oracle

Attachment 112136
https://i.ibb.co/ngm7snW/gedmatch-or...1-12-18-54.png

Admix Results (sorted):

# Population Percent
1 W_Eurasian 58.8
2 E_Eurasian 39.92
3 SSA 1.28

SNPs used in this evaluation: 11531.

https://i.ibb.co/FVzRWfN/Prop.png

Using Unity FST
Single Population Sharing:

# Population (source) Distance
1 Abkhasian NAN
2 Adygei NAN
3 Albanian NAN
4 Altaian NAN
5 Ami NAN
6 Armenian NAN
7 Ashkenazi_Jew NAN
8 Assyrian NAN
9 Balkar NAN
10 Balochi NAN
11 BedouinA NAN
12 Belarusian NAN
13 Bengali NAN
14 Bergamo NAN
15 Bhil NAN
16 Bhumij NAN
17 Birhor NAN
18 Brahui NAN
19 Bulgarian NAN
20 Burusho NAN

Mixed Mode Population Sharing:

# Primary Population (source) Secondary Population (source) Distance
1 50% + 50% @ 999999
2 50% + 50% @ 999999
3 50% + 50% @ 999999
4 50% + 50% @ 999999
5 50% + 50% @ 999999
6 50% + 50% @ 999999
7 50% + 50% @ 999999
8 50% + 50% @ 999999
9 50% + 50% @ 999999
10 50% + 50% @ 999999
11 50% + 50% @ 999999
12 50% + 50% @ 999999
13 50% + 50% @ 999999
14 50% + 50% @ 999999
15 50% + 50% @ 999999
16 50% + 50% @ 999999
17 50% + 50% @ 999999
18 50% + 50% @ 999999
19 50% + 50% @ 999999
20 50% + 50% @ 999999

This version of GEDmatch Oracle is based on 'Oracle v1' by Dienekes Pontikos. His original program was developed as part of the Dodecad Ancestry Project.

https://app.gedmatch.com/oracle2.php

Western Eurasia

Western Eurasia covers most of Europe and is the westernmost section of the Palearctic realm with 5 major subrealms -- Greater European Forests, European Mountain Forests, Black Sea Forests & Steppe, the Mediterranean, and the British Isles -- and 13 bioregions in total as defined in the Bioregions 2020 framework. The Greater European Forests cover most of the European mainland with a group of European Mountain Forests extending from Switzerland to the western edge of the Black Sea. To the east, the vast Pontic Steppe defines the Black Sea Forests & Steppe subrealm, which includes southern Russia and most of Turkey. In the south, three bioregions span the length of the Mediterranean – from Spain, Italy, and Greece to western Turkey, Lebanon, and Israel -- with a fourth surrounding the Azores islands off the west coast of the Iberian Peninsula. Lastly, the British Isles are defined as their own subrealm with a uniquely mild climate influenced by the Gulf Stream.

https://archive.is/6XpIR

Eastern Eurasia

Eastern Eurasia is the easternmost section of the Palearctic realm divided into 7 major subrealms – Altai-Sayan Mountains, East Asian Deserts, Himalayas & Tibetan Plateau, Mongolian Grasslands, Central East Asian Forests, Northeast Asian Forests, and Japanese Islands -- with 17 bioregions based on the Bioregions 2020 framework. This subrealm division is exceptionally diverse, ranging from the forested Altai-Sayan Mountains in the northwest to the great East Asian Deserts of western China and the alpine grasslands of the Himalayas & Tibetan Plateau, from the Mongolian Grasslands to the Japanese Islands. The Northeast Asian Forests subrealm includes the Korean Peninsula and eastern China and also include the Ussuri rainforest in southeastern Russia, which is especially important for biodiversity, providing a refuge for over 100 endangered and threatened species including Amur tigers and leopards, moon bears, giant black vultures, racoon dogs, and many other rare species. The Central Asian Forests subrealm includes the Yunnan-Guizhou plateau and the temperate forests of the Chang Jiang (Yantze) plain in China, as well as the Hengduan Mountains that extend into the Tibetan Plateau.

**~~JamesBond007~~** · 01-21-2022, 02:35 AM

So, anyone I'm getting sick of this DNA stuff. Anglo-Saxon is a bit of a misnomer its really my Britonnic Welsh admixture that makes me a WASP more or less. I think Americans prefer the term Anglo-Saxon but somehow I doubt British people call themselves Anglo-Saxon rather than English, Scottish , Welsh. Strictly speaking the Seubians were not a main anglo-saxon tribe but a minor Swaefas tribe that invaded England with the Anglo-Saxons and the Saxons came from around the Netherlands (mostly Frisia but this is splitting hairs), Denmark and northern Germany. So, this is pretty damn accurate and underrated probably because it is not cheap and no they don't use G25 unlike what some people are saying. So, my Y-DNA is common in Cornwall England and to a lesser extant Devonshire England and Ireland but I'm not Irish. So you figure my Y-DNA is Cornish- English and my MtDNA is similar or the Same as Queen Victoria's of England etc.. then you figure I'm about 50% Welsh and 50% Germanic Swaefas or Dutch and that places me squarely as Cornish/Devonshire English (you have to read between the lines with this stuff. I'll cut to the chase rather than post the entire thing ):

^ I don't what to say it seems generally accurate to me does not try to make me too Celtic or too Germanic .