K36 Advanced Chromosomal Analysis
Results for individual chromosomes
Analysis of continental origin
About Continental Breakdown Analysis
This section analyzes your genetic data and categorizes it into major continental groups. Based on your K36 components from all chromosomes. The analysis determines if your ancestry is primarily from a single continental region (dominant) or represents a mix of different continental origins. Results above 70% for a single continental group indicate dominant ancestry from that region, while more balanced percentages across multiple groups suggest mixed ancestry.
Dominant continental ancestry detected: European (91.52%)
| Continental stock (showing only groups with more then 1%) | Percent |
|---|---|
| European | 91.52% |
| West Asian North African | 6.18% |
Reference Populations Used in Analysis
This analysis was performed using the following reference populations you selected. These populations form the basis for comparing your genetic data and determining ancestry percentages.
Population map with the smallest distance
This map visualizes the geographic locations of the populations that most closely match your genetic signature for each chromosome. Red markers indicate the population with the closest genetic match for each chromosome, while the heat map shows areas of genetic similarity concentration. This geographical representation helps visualize the regional origins of your ancestry.
Red markers represent populations with the top 1 Euclidean distance from each chromosome's results.
Most similar population (Top 1)
Other populations from the TOP 10
Heat Map:
* The intensity of the colors is proportional to the number of chromosomes,
for which a given population is in the TOP results.
Autosomal analysis for Chromosome 1
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 1:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.1225
Results of the nMonte algorithm (10% minimum value) Chromosome 1:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.1151
Results of the nMonte algorithm (1% minimum value) Chromosome 1:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.1143
nMonte Results Visualization (1% minimum value) - Chromosome 1
Geographic distribution of populations - Chromosome 1
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- DE_Saarland: 1.1649
- FR_Normandy: 1.2054
- DE_Oberschwaben: 1.2429
- DE_Oberbayern: 1.2733
- FR_Ile-de-France: 1.2804
- Walloon: 1.3242
- Luxembourg: 1.3430
- FR_Hauts-de-France: 1.3526
- UK_England_South-West: 1.3529
- DE_Baden-Wurrtemberg: 1.3684
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.158
Combination: 12.5% UK_England_North-West + 87.5% DE_Saarland -
Distance: 1.160
Combination: 10.5% UK_West-Midlands + 89.5% DE_Saarland -
Distance: 1.163
Combination: 5.0% DE_Vorpommern + 95.0% DE_Saarland -
Distance: 1.171
Combination: 85.2% FR_Normandy + 14.8% IT_Emilia-Romagna -
Distance: 1.188
Combination: 64.6% UK_England_South-West + 35.4% IT_Friuli
Best combinations of 3 populations:
-
Distance: 1.177
Combination: 11.2% UK_England_South-West + 65.1% FR_Normandy + 23.7% IT_Sudtirol -
Distance: 1.183
Combination: 49.5% UK_Scotland_Highlands + 11.0% DE_Oberbayern + 39.5% IT_Trentino -
Distance: 1.187
Combination: 65.0% UK_England_South-West + 1.2% DE_Thuringen_east + 33.8% Swiss_Italian -
Distance: 1.211
Combination: 62.8% IRL_Leinster + 1.4% Luxembourg + 35.8% IT_Emilia-Romagna -
Distance: 1.236
Combination: 5.8% UK_England_North-East + 45.1% FR_Ile-de-France + 49.1% DE_Oberbayern
Best combinations of 4 populations:
-
Distance: 1.327
Combination: 2.5% NL_Utrecht + 66.4% FR_Hauts-de-France + 25.3% Austria_Tirol + 5.7% IT_Veneto
Autosomal analysis for Chromosome 2
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 2:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.1928
Results of the nMonte algorithm (10% minimum value) Chromosome 2:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.1616
Results of the nMonte algorithm (1% minimum value) Chromosome 2:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.1584
nMonte Results Visualization (1% minimum value) - Chromosome 2
Geographic distribution of populations - Chromosome 2
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- UK_Scotland_Central-Lowlands: 1.3210
- NL_Overijssel: 1.3246
- UK_England_South-West: 1.3264
- UK_West-Midlands: 1.3380
- UK_England_North-West: 1.3676
- UK_Scotland_north-east: 1.3798
- NL_Groningen: 1.3813
- UK_Scotland_Southern-Uplands: 1.3813
- Iceland: 1.3816
- UK_Scotland_Highlands: 1.3871
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.233
Combination: 84.5% NL_Overijssel + 15.5% FR_Hautes_Pyrenees -
Distance: 1.234
Combination: 65.1% NL_Overijssel + 34.9% DE_Oberschwaben -
Distance: 1.235
Combination: 84.0% NL_Overijssel + 16.0% FR_Corsica -
Distance: 1.241
Combination: 64.7% NL_Overijssel + 35.3% DE_Oberbayern -
Distance: 1.247
Combination: 82.7% NL_Groningen + 17.3% FR_Bearn
Best combinations of 3 populations:
-
Distance: 1.267
Combination: 21.3% UK_England_North-West + 63.9% NL_Overijssel + 14.8% Swiss_German -
Distance: 1.279
Combination: 70.6% UK_Scotland_Central-Lowlands + 25.6% NL_Groningen + 3.8% Finn -
Distance: 1.282
Combination: 37.5% UK_Scotland_Central-Lowlands + 10.2% FR_Corsica + 52.2% Iceland -
Distance: 1.282
Combination: 60.8% UK_Scotland_Highlands + 35.7% DE_Oberbayern + 3.6% IT_Sudtirol -
Distance: 1.289
Combination: 32.7% IRL_Leinster + 54.2% NL_Groningen + 13.2% IT_Veneto
Best combinations of 4 populations:
-
Distance: 1.261
Combination: 4.3% UK_Scotland_Southern-Uplands + 73.1% NL_Overijssel + 3.2% FR_Bourgogne + 19.4% Swiss_French -
Distance: 1.297
Combination: 43.1% UK_West-Midlands + 4.5% FR_Hautes_Pyrenees + 8.7% IT_Lombardia + 43.7% Faroese -
Distance: 1.311
Combination: 21.7% IRL_Munster + 27.2% DE_Rheinland_Pfalz-east-of-Rhine + 1.7% Swiss_German + 49.3% Iceland -
Distance: 1.338
Combination: 69.2% UK_Scotland_Highlands + 3.5% IRL_Connacht + 14.7% DE_Baden-Wurrtemberg + 12.6% DE_Oberpfalz -
Distance: 1.339
Combination: 27.8% UK_Scotland_Southern-Uplands + 10.4% FR_Gascony + 54.9% DE_Niedersachsen_north + 6.9% IT_Piemonte
Autosomal analysis for Chromosome 3
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 3:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.8681
Results of the nMonte algorithm (10% minimum value) Chromosome 3:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.8665
Results of the nMonte algorithm (1% minimum value) Chromosome 3:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.8662
nMonte Results Visualization (1% minimum value) - Chromosome 3
Geographic distribution of populations - Chromosome 3
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- NL_Noord-Holland: 1.9243
- NL_Gelderland: 1.9256
- UK_Shetland: 1.9424
- UK_South_Wales: 2.0007
- NL_Drenthe: 2.0132
- DE_Niederbayern: 2.0295
- DE_Westfalen: 2.0419
- UK_England_South-East: 2.0504
- UK_North_Wales: 2.0564
- NL_Limburg: 2.0566
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.917
Combination: 94.1% NL_Gelderland + 5.9% FR_Bearn -
Distance: 1.917
Combination: 84.9% NL_Gelderland + 15.1% FR_Centre_Val_De_Loire -
Distance: 1.925
Combination: 98.6% NL_Gelderland + 1.4% IT_Lombardia -
Distance: 1.974
Combination: 47.5% DE_Westfalen + 52.5% DE_Niederbayern -
Distance: 1.975
Combination: 40.5% UK_North_Wales + 59.5% NL_Drenthe
Best combinations of 3 populations:
-
Distance: 1.940
Combination: 80.5% NL_Drenthe + 12.6% FR_Gascony + 6.9% IT_Lombardia -
Distance: 2.033
Combination: 12.8% UK_England_North-West + 62.5% NL_Limburg + 24.7% FR_Centre_Val_De_Loire -
Distance: 2.037
Combination: 11.9% IRL_Munster + 6.8% FR_Alsace + 81.3% DE_Westfalen -
Distance: 2.053
Combination: 1.7% UK_East-Anglia + 83.6% NL_Limburg + 14.7% DE_Niedersachsen
Best combinations of 4 populations:
Autosomal analysis for Chromosome 4
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 4:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.1914
Results of the nMonte algorithm (10% minimum value) Chromosome 4:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1786
Results of the nMonte algorithm (1% minimum value) Chromosome 4:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.1782
nMonte Results Visualization (1% minimum value) - Chromosome 4
Geographic distribution of populations - Chromosome 4
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- UK_Scotland_Highlands: 2.2670
- FR_Normandy: 2.2679
- German_North_Moravia: 2.3267
- IRL_Leinster: 2.3285
- UK_Ulster: 2.3446
- UK_Orkney: 2.3512
- UK_Scotland_south-west: 2.3519
- UK_England_North-West: 2.3586
- UK_East-Midlands: 2.3607
- UK_England_South-West: 2.3669
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.223
Combination: 60.4% FR_Normandy + 39.6% German_North_Moravia -
Distance: 2.244
Combination: 71.9% FR_Normandy + 28.1% DE_Vorpommern -
Distance: 2.245
Combination: 85.1% FR_Normandy + 14.9% PL_Kashubian -
Distance: 2.250
Combination: 86.9% UK_Scotland_Highlands + 13.1% Slovakia_central -
Distance: 2.253
Combination: 88.5% UK_Scotland_Highlands + 11.5% IT_Friuli
Best combinations of 3 populations:
-
Distance: 2.188
Combination: 55.3% UK_Scotland_Highlands + 10.0% FR_Bearn + 34.7% German_North_Moravia -
Distance: 2.246
Combination: 81.4% UK_Scotland_Highlands + 9.2% FR_South + 9.4% PL_Subcarpathia -
Distance: 2.281
Combination: 73.0% IRL_Leinster + 9.9% FR_Bearn + 17.1% Slovenian -
Distance: 2.297
Combination: 68.6% IRL_Leinster + 25.4% DE_Oberbayern + 6.0% PL_Masurian -
Distance: 2.309
Combination: 82.0% IRL_Leinster + 8.0% DE_Oberschwaben + 10.0% PL_Central
Best combinations of 4 populations:
-
Distance: 2.221
Combination: 27.8% UK_Scotland_south-west + 40.2% NL_Overijssel + 19.5% FR_Bearn + 12.5% PL_Lublin -
Distance: 2.268
Combination: 70.9% UK_Scotland_south-west + 16.5% FR_Bearn + 2.4% IT_Sudtirol + 10.2% PL_Upper_Silesia -
Distance: 2.319
Combination: 30.9% UK_England_South-West + 39.8% IRL_Munster + 18.0% Austria_Karnten + 11.4% German_Pommern_east -
Distance: 2.321
Combination: 67.0% UK_Orkney + 5.5% FR_Hautes_Pyrenees + 16.6% DE_Oberbayern + 10.9% PL_Slovincian -
Distance: 2.325
Combination: 49.8% UK_Scotland_south-west + 36.8% UK_Ulster + 2.0% DE_Baden-Wurrtemberg + 11.4% PL_Masurian
Autosomal analysis for Chromosome 5
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 5:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.3050
Results of the nMonte algorithm (10% minimum value) Chromosome 5:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.2855
Results of the nMonte algorithm (1% minimum value) Chromosome 5:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.2748
nMonte Results Visualization (1% minimum value) - Chromosome 5
Geographic distribution of populations - Chromosome 5
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- German_North_Moravia: 1.4081
- FR_Bourgogne: 1.5448
- UK_England_North-East: 1.5594
- UK_Orkney: 1.5626
- UK_Ulster: 1.5675
- FR_Finistere: 1.5706
- UK_Scotland_south-west: 1.5713
- DE_Vorpommern: 1.5787
- IRL_Ulster: 1.5926
- DE_Thuringen_central: 1.5978
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.311
Combination: 38.6% FR_Bourgogne + 61.4% German_North_Moravia -
Distance: 1.335
Combination: 16.8% FR_Hautes_Pyrenees + 83.2% German_North_Moravia -
Distance: 1.350
Combination: 13.9% FR_Gascony + 86.1% German_North_Moravia -
Distance: 1.361
Combination: 28.4% UK_North_Wales + 71.6% German_North_Moravia -
Distance: 1.394
Combination: 16.8% DE_Frisian + 83.2% German_North_Moravia
Best combinations of 3 populations:
-
Distance: 1.359
Combination: 28.2% UK_Scotland_Highlands + 5.9% FR_Franche_Comte + 65.9% German_North_Moravia -
Distance: 1.391
Combination: 39.7% UK_Scotland_south-west + 43.7% FR_Bourgogne + 16.6% German_Sudetenland -
Distance: 1.416
Combination: 57.0% FR_Bourgogne + 25.7% DE_Thuringen_central + 17.2% Norway_Hedmark -
Distance: 1.423
Combination: 68.6% UK_Scotland_south-west + 3.2% UK_Ulster + 28.2% PL_Masurian -
Distance: 1.429
Combination: 62.0% UK_Orkney + 12.6% FR_Bearn + 25.5% PL_Masurian
Best combinations of 4 populations:
-
Distance: 1.379
Combination: 11.1% UK_East-Midlands + 66.2% FR_Bourgogne + 4.6% PL_Slovincian + 18.2% PL_Masovia -
Distance: 1.418
Combination: 71.3% FR_Bourgogne + 15.5% PL_Central + 1.8% PL_Malopolska + 11.4% Norway_north -
Distance: 1.430
Combination: 29.2% UK_England_North-East + 57.0% FR_Bourgogne + 9.6% German_Nieder_Schlesien_east + 4.1% Finn_south-west -
Distance: 1.459
Combination: 59.0% UK_Orkney + 9.0% FR_Bearn + 14.3% Luxembourg + 17.8% PL_Lublin -
Distance: 1.463
Combination: 8.1% FR_Normandy + 24.5% FR_South + 4.8% DE_Mecklenburg + 62.6% DE_Vorpommern
Autosomal analysis for Chromosome 6
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 6:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.0357
Results of the nMonte algorithm (10% minimum value) Chromosome 6:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.0009
Results of the nMonte algorithm (1% minimum value) Chromosome 6:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.9935
nMonte Results Visualization (1% minimum value) - Chromosome 6
Geographic distribution of populations - Chromosome 6
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- German_Nieder_Schlesien_east: 2.1484
- German_Nieder_Schlesien: 2.2472
- German_Nieder_Schlesien_Glatz: 2.2851
- NL_Overijssel: 2.2871
- DE_Sachsen_Kamenz: 2.3277
- German_North_Bohemia: 2.3346
- Slovakia_west: 2.3508
- German_Sudetenland: 2.3664
- DE_Thuringen_east: 2.3693
- German_Pommern: 2.3738
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.098
Combination: 28.1% Austria_Salzburg + 71.9% German_Nieder_Schlesien_east -
Distance: 2.117
Combination: 24.5% Austria_Burgenland + 75.5% German_Nieder_Schlesien_east -
Distance: 2.135
Combination: 13.6% DE_Oberschwaben + 86.4% German_Nieder_Schlesien_east -
Distance: 2.137
Combination: 60.4% NL_Overijssel + 39.6% PL_Wielkopolska -
Distance: 2.141
Combination: 9.5% UK_Scotland_south-west + 90.5% German_Nieder_Schlesien_east
Best combinations of 3 populations:
-
Distance: 2.034
Combination: 15.5% Austria_Tirol + 74.4% German_Nieder_Schlesien_east + 10.1% Finn_east_and_north -
Distance: 2.172
Combination: 56.3% NL_Overijssel + 16.1% German_North_Bohemia + 27.6% Czech -
Distance: 2.223
Combination: 76.6% German_North_Bohemia + 6.7% PL_Malopolska + 16.7% Finn -
Distance: 2.240
Combination: 49.2% German_Nieder_Schlesien_Glatz + 36.1% PL_Upper_Silesia + 14.7% Denmark -
Distance: 2.278
Combination: 14.3% Austria_Salzburg + 77.7% German_Nieder_Schlesien_Glatz + 8.0% Denmark
Best combinations of 4 populations:
-
Distance: 2.059
Combination: 3.4% UK_Scotland_north-east + 1.5% German_Nieder_Schlesien + 75.4% German_Nieder_Schlesien_east + 19.8% Swede_Finland -
Distance: 2.226
Combination: 48.7% Austria_Salzburg + 5.2% Slovakia_west + 34.2% PL_Wielkopolska + 11.9% Finn_south-west -
Distance: 2.270
Combination: 10.5% UK_England_South-West + 52.2% German_Sudetenland + 28.3% PL_Slovincian + 9.0% Finn_east_and_north -
Distance: 2.289
Combination: 21.3% UK_Scotland_south-west + 36.8% German_North_Bohemia + 14.0% PL_Wielkopolska + 27.8% PL_Central -
Distance: 2.297
Combination: 3.4% FR_Ile-de-France + 1.3% German_northern_Ost_Preussen + 82.1% Slovakia_west + 13.2% Finn
Autosomal analysis for Chromosome 7
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 7:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.4028
Results of the nMonte algorithm (10% minimum value) Chromosome 7:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.4205
Results of the nMonte algorithm (1% minimum value) Chromosome 7:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.4040
nMonte Results Visualization (1% minimum value) - Chromosome 7
Geographic distribution of populations - Chromosome 7
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- FR_Bourgogne: 1.7469
- FR_Finistere: 1.7840
- FR_Hautes_Pyrenees: 1.8794
- UK_South_Wales: 1.9429
- FR_West: 1.9558
- FR_Gascony: 1.9834
- FR_South: 1.9836
- FR_Centre_Val_De_Loire: 1.9920
- UK_North_Wales: 2.0010
- IRL_Munster: 2.0139
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.446
Combination: 49.5% UK_North_Wales + 50.5% FR_Gascony -
Distance: 1.519
Combination: 44.0% UK_Ulster + 56.0% FR_Hautes_Pyrenees -
Distance: 1.529
Combination: 43.3% UK_Scotland_Highlands + 56.7% FR_Gascony -
Distance: 1.535
Combination: 45.3% UK_Orkney + 54.7% FR_Gascony -
Distance: 1.536
Combination: 35.7% FR_Bearn + 64.3% FR_Finistere
Best combinations of 3 populations:
-
Distance: 1.789
Combination: 28.5% FR_Central + 66.9% FR_Hautes_Pyrenees + 4.6% DE_Sachsen_Kamenz -
Distance: 1.868
Combination: 77.3% FR_Gascony + 17.9% Austria_mixed + 4.9% PL_Kashubian -
Distance: 1.912
Combination: 80.8% FR_Gascony + 10.5% IT_Ladinia + 8.8% PL_Malopolska
Best combinations of 4 populations:
Autosomal analysis for Chromosome 8
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 8:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.1337
Results of the nMonte algorithm (10% minimum value) Chromosome 8:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1022
Results of the nMonte algorithm (1% minimum value) Chromosome 8:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.0902
nMonte Results Visualization (1% minimum value) - Chromosome 8
Geographic distribution of populations - Chromosome 8
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- SV_Norrland: 2.5432
- Norway_north: 2.5686
- Swede_Finland: 2.6902
- Norway_Hedmark: 2.7026
- SV_Svealand: 2.7409
- German_Nieder_Schlesien_Glatz: 2.8165
- Slovakia_west: 2.8736
- German_North_Moravia: 2.8763
- German_north-east_Ost_Preussen: 2.8960
- German_Sudetenland: 2.9221
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.384
Combination: 52.7% German_north-east_Ost_Preussen + 47.3% Finn -
Distance: 2.426
Combination: 39.6% German_North_Bohemia + 60.4% Swede_Finland -
Distance: 2.441
Combination: 41.3% German_Sudetenland + 58.7% Swede_Finland -
Distance: 2.445
Combination: 37.5% Slovenian + 62.5% Swede_Finland -
Distance: 2.471
Combination: 35.7% PL_Lublin + 64.3% Swede_Finland
Best combinations of 3 populations:
-
Distance: 2.220
Combination: 39.3% Swiss_French + 28.4% German_north-east_Ost_Preussen + 32.3% Finn_east_and_north -
Distance: 2.426
Combination: 19.2% IT_Ladinia + 19.1% PL_Lublin + 61.6% Swede_Finland -
Distance: 2.437
Combination: 37.8% Hungarian_Central + 2.1% PL_Lublin + 60.1% Swede_Finland -
Distance: 2.442
Combination: 8.5% NL_Noord_Brabant + 32.0% PL_Upper_Silesia + 59.5% Swede_Finland -
Distance: 2.453
Combination: 11.2% IT_Trentino + 25.7% PL_Lublin + 63.0% Swede_Finland
Best combinations of 4 populations:
-
Distance: 2.849
Combination: 34.8% DE_Brandenburg + 5.5% DE_Oberpfalz + 1.4% German_Nieder_Schlesien_east + 58.3% German_north-east_Ost_Preussen
Autosomal analysis for Chromosome 9
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 9:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.4367
Results of the nMonte algorithm (10% minimum value) Chromosome 9:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.4268
Results of the nMonte algorithm (1% minimum value) Chromosome 9:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.4268
nMonte Results Visualization (1% minimum value) - Chromosome 9
Geographic distribution of populations - Chromosome 9
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- NL_Drenthe: 1.4741
- NL_Gelderland: 1.4903
- NL_Limburg: 1.4970
- DE_Schleswig-Holstein: 1.5528
- DE_Niedersachsen: 1.6598
- DE_Franken: 1.6699
- DE_Niedersachsen_north: 1.6701
- NL_Groningen: 1.6981
- DE_Westfalen: 1.6992
- DE_Nordrhein: 1.7042
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.470
Combination: 92.0% NL_Drenthe + 8.0% DE_Oberbayern -
Distance: 1.470
Combination: 93.2% NL_Drenthe + 6.8% DE_Saarland -
Distance: 1.471
Combination: 91.2% NL_Drenthe + 8.8% DE_Sachsen-Anhalt -
Distance: 1.496
Combination: 94.1% NL_Limburg + 5.9% DE_Sachsen-Anhalt -
Distance: 1.548
Combination: 91.0% DE_Schleswig-Holstein + 9.0% Austria_Tirol
Best combinations of 3 populations:
-
Distance: 1.466
Combination: 87.6% NL_Drenthe + 10.4% FR_Alsace + 2.0% Faroese -
Distance: 1.540
Combination: 61.5% DE_Schleswig-Holstein + 22.9% DE_Franken + 15.6% Faroese -
Distance: 1.649
Combination: 72.5% DE_Niedersachsen_north + 21.3% DE_Brandenburg + 6.2% IT_Aosta -
Distance: 1.674
Combination: 75.5% NL_Groningen + 15.4% Flemish + 9.1% FR_Centre_Val_De_Loire -
Distance: 1.690
Combination: 89.5% NL_Groningen + 8.7% Swiss_French + 1.8% DE_Sachsen_Kamenz
Best combinations of 4 populations:
-
Distance: 1.637
Combination: 33.7% NL_Groningen + 50.2% DE_Niedersachsen + 7.2% Austria_Salzburg + 8.8% IT_Veneto
Autosomal analysis for Chromosome 10
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 10:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.1431
Results of the nMonte algorithm (10% minimum value) Chromosome 10:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.1261
Results of the nMonte algorithm (1% minimum value) Chromosome 10:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.1086
nMonte Results Visualization (1% minimum value) - Chromosome 10
Geographic distribution of populations - Chromosome 10
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- UK_Scotland_south-west: 1.2200
- IRL_Ulster: 1.2604
- UK_Orkney: 1.2720
- IRL_Munster: 1.2723
- IRL_Connacht: 1.2796
- UK_England_North-East: 1.2830
- UK_South_Wales: 1.2902
- UK_Ulster: 1.2953
- IRL_Leinster: 1.3196
- UK_Scotland_Southern-Uplands: 1.3213
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.201
Combination: 96.4% UK_Scotland_south-west + 3.6% Finn_east_and_north -
Distance: 1.209
Combination: 67.4% UK_South_Wales + 32.6% Austria_Burgenland -
Distance: 1.209
Combination: 87.3% UK_Scotland_south-west + 12.7% FR_Lorraine -
Distance: 1.211
Combination: 90.4% UK_Scotland_south-west + 9.6% Austria_mixed -
Distance: 1.217
Combination: 88.9% UK_Scotland_south-west + 11.1% FR_West
Best combinations of 3 populations:
-
Distance: 1.195
Combination: 63.0% IRL_Ulster + 25.4% NL_Overijssel + 11.7% IT_Ladinia -
Distance: 1.198
Combination: 85.2% UK_Scotland_south-west + 13.3% FR_Central + 1.5% PL_Lublin -
Distance: 1.207
Combination: 65.6% IRL_Ulster + 25.8% FR_Centre_Val_De_Loire + 8.6% Norway_south-east -
Distance: 1.212
Combination: 71.6% IRL_Ulster + 26.3% German_North_Moravia + 2.2% Faroese -
Distance: 1.218
Combination: 87.0% UK_Scotland_south-west + 9.7% IRL_Connacht + 3.3% SV_Norrland
Best combinations of 4 populations:
-
Distance: 1.190
Combination: 52.7% IRL_Ulster + 32.9% NL_Overijssel + 9.1% FR_Gascony + 5.3% German_Nieder_Schlesien_Glatz
Autosomal analysis for Chromosome 11
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 11:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.1563
Results of the nMonte algorithm (10% minimum value) Chromosome 11:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.1707
Results of the nMonte algorithm (1% minimum value) Chromosome 11:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.1559
nMonte Results Visualization (1% minimum value) - Chromosome 11
Geographic distribution of populations - Chromosome 11
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- FR_Finistere: 1.1650
- UK_South_Wales: 1.2525
- UK_North_Wales: 1.2688
- FR_West: 1.2945
- IRL_Munster: 1.3266
- IRL_Ulster: 1.3297
- IRL_Leinster: 1.3362
- UK_England_South-West: 1.3815
- UK_Scotland_north-east: 1.3916
- UK_Scotland_Central-Lowlands: 1.4036
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.225
Combination: 87.9% UK_South_Wales + 12.1% Swiss_Italian -
Distance: 1.234
Combination: 91.6% UK_South_Wales + 8.4% IT_Emilia-Romagna -
Distance: 1.259
Combination: 83.4% IRL_Munster + 16.6% FR_Hautes_Pyrenees -
Distance: 1.260
Combination: 77.3% IRL_Ulster + 22.7% FR_South -
Distance: 1.275
Combination: 35.8% IRL_Leinster + 64.2% FR_West
Best combinations of 3 populations:
-
Distance: 1.251
Combination: 78.7% UK_South_Wales + 20.2% UK_North_Wales + 1.1% FR_Lorraine -
Distance: 1.319
Combination: 82.3% IRL_Leinster + 16.2% FR_Centre_Val_De_Loire + 1.4% FR_Hauts-de-France
Best combinations of 4 populations:
Autosomal analysis for Chromosome 12
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 12:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.6273
Results of the nMonte algorithm (10% minimum value) Chromosome 12:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.6182
Results of the nMonte algorithm (1% minimum value) Chromosome 12:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.6179
nMonte Results Visualization (1% minimum value) - Chromosome 12
Geographic distribution of populations - Chromosome 12
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- Austria_Salzburg: 1.7255
- DE_Franken: 1.7265
- NL_Gelderland: 1.7509
- DE_Sachsen: 1.7743
- DE_Mecklenburg: 1.7794
- DE_Niedersachsen_south: 1.7885
- DE_Sachsen-Anhalt_south: 1.7970
- DE_Sachsen_Kamenz: 1.8233
- DE_Niedersachsen: 1.8325
- DE_Nordrhein: 1.8554
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.628
Combination: 44.3% DE_Mecklenburg + 55.7% Austria_Salzburg -
Distance: 1.691
Combination: 49.6% DE_Franken + 50.4% Austria_Salzburg -
Distance: 1.700
Combination: 25.8% DE_Schleswig-Holstein + 74.2% Austria_Salzburg -
Distance: 1.710
Combination: 80.9% Austria_Salzburg + 19.1% German_northern_Ost_Preussen -
Distance: 1.713
Combination: 37.1% NL_Gelderland + 62.9% DE_Franken
Best combinations of 3 populations:
-
Distance: 1.663
Combination: 70.4% NL_Gelderland + 1.0% IT_Emilia-Romagna + 28.6% PL_Wielkopolska -
Distance: 1.718
Combination: 10.1% DE_Vorpommern + 86.6% Austria_Salzburg + 3.3% PL_Upper_Silesia -
Distance: 1.718
Combination: 57.4% NL_Gelderland + 37.2% DE_Mecklenburg + 5.4% DE_Thuringen_east -
Distance: 1.724
Combination: 3.3% UK_England_South-East + 93.5% Austria_Salzburg + 3.2% PL_Lublin -
Distance: 1.724
Combination: 4.5% NL_Drenthe + 29.9% DE_Frisian + 65.6% DE_Sachsen-Anhalt_south
Best combinations of 4 populations:
-
Distance: 1.748
Combination: 20.6% NL_Drenthe + 6.5% FR_Ile-de-France + 48.0% DE_Mecklenburg + 24.9% Hungarian_Northern
Autosomal analysis for Chromosome 13
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 13:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.9825
Results of the nMonte algorithm (10% minimum value) Chromosome 13:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.9844
Results of the nMonte algorithm (1% minimum value) Chromosome 13:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.9828
nMonte Results Visualization (1% minimum value) - Chromosome 13
Geographic distribution of populations - Chromosome 13
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- IT_Aosta: 2.1881
- UK_Scotland_Highlands: 2.2015
- IRL_Ulster: 2.2017
- FR_Ile-de-France: 2.2119
- UK_England_South-West: 2.2176
- DE_Oberschwaben: 2.2352
- FR_West: 2.2453
- DE_Oberbayern: 2.2623
- DE_Saarland: 2.2696
- FR_Normandy: 2.2880
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.064
Combination: 65.6% UK_Scotland_Highlands + 34.4% IT_Veneto -
Distance: 2.096
Combination: 51.2% UK_Scotland_Highlands + 48.8% FR_Ile-de-France -
Distance: 2.105
Combination: 35.6% UK_Ulster + 64.4% IT_Aosta -
Distance: 2.154
Combination: 26.2% UK_East-Midlands + 73.8% IT_Aosta -
Distance: 2.167
Combination: 79.5% UK_England_South-West + 20.5% IT_Lombardia
Best combinations of 3 populations:
-
Distance: 2.135
Combination: 77.4% IT_Aosta + 17.0% PL_Slovincian + 5.6% Faroese -
Distance: 2.157
Combination: 66.6% UK_Scotland_Highlands + 29.9% FR_Bourgogne + 3.5% Austria_Steiermark -
Distance: 2.160
Combination: 77.9% IRL_Ulster + 15.9% IT_Ladinia + 6.2% Slovenian -
Distance: 2.189
Combination: 50.9% IRL_Munster + 38.3% DE_Oberbayern + 10.7% IT_Trentino -
Distance: 2.194
Combination: 12.7% UK_Scotland_south-west + 15.1% FR_Finistere + 72.3% FR_Ile-de-France
Best combinations of 4 populations:
Autosomal analysis for Chromosome 14
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 14:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.9607
Results of the nMonte algorithm (10% minimum value) Chromosome 14:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.9583
Results of the nMonte algorithm (1% minimum value) Chromosome 14:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.9569
nMonte Results Visualization (1% minimum value) - Chromosome 14
Geographic distribution of populations - Chromosome 14
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- Austria_Salzburg: 2.0244
- IT_Sudtirol: 2.0496
- Austria_Tirol: 2.0504
- Hungarian_Transylvania: 2.0609
- DE_Nordrhein: 2.0832
- Hungarian_Transdanubia: 2.0835
- DE_Franken: 2.0955
- DE_Oberpfalz: 2.1044
- DE_Oberschwaben: 2.1063
- DE_Sachsen-Anhalt_south: 2.1418
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.989
Combination: 52.0% Austria_Tirol + 48.0% Hungarian_Transylvania -
Distance: 1.999
Combination: 82.6% Austria_Salzburg + 17.4% IT_Emilia-Romagna -
Distance: 2.000
Combination: 75.9% IT_Sudtirol + 24.1% German_Neumark_east-Brandenburg -
Distance: 2.005
Combination: 57.1% IT_Sudtirol + 42.9% Hungarian_Transdanubia -
Distance: 2.009
Combination: 43.5% DE_Franken + 56.5% Hungarian_Transylvania
Best combinations of 3 populations:
-
Distance: 1.968
Combination: 55.3% Austria_Tirol + 11.6% IT_Emilia-Romagna + 33.0% Slovakia_central -
Distance: 2.020
Combination: 65.8% Austria_Tirol + 16.6% IT_Sudtirol + 17.6% Slovakia_east -
Distance: 2.031
Combination: 28.7% DE_Oberpfalz + 27.6% Austria_Tirol + 43.7% IT_Sudtirol -
Distance: 2.049
Combination: 9.7% NL_Groningen + 6.3% IT_Aosta + 84.0% Hungarian_Transylvania -
Distance: 2.056
Combination: 65.9% DE_Oberschwaben + 2.7% Hungarian_Alfold + 31.3% Hungarian_Northern
Best combinations of 4 populations:
Autosomal analysis for Chromosome 15
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 15:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.6621
Results of the nMonte algorithm (10% minimum value) Chromosome 15:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.6525
Results of the nMonte algorithm (1% minimum value) Chromosome 15:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.6453
nMonte Results Visualization (1% minimum value) - Chromosome 15
Geographic distribution of populations - Chromosome 15
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- Austria_Salzburg: 2.7558
- NL_Gelderland: 2.7569
- DE_Mecklenburg: 2.7966
- German_North_Moravia: 2.7967
- DE_Frisian: 2.7968
- DE_Franken: 2.8103
- DE_Sachsen: 2.8154
- NL_Noord-Holland: 2.8163
- UK_East-Anglia: 2.8246
- NL_Noord_Brabant: 2.8313
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.711
Combination: 76.3% NL_Gelderland + 23.7% PL_Central -
Distance: 2.732
Combination: 77.5% Austria_Salzburg + 22.5% German_Danzig -
Distance: 2.733
Combination: 26.7% FR_Centre_Val_De_Loire + 73.3% Austria_Salzburg -
Distance: 2.738
Combination: 67.0% NL_Gelderland + 33.0% DE_Sachsen -
Distance: 2.739
Combination: 23.5% NL_Utrecht + 76.5% Austria_Salzburg
Best combinations of 3 populations:
-
Distance: 2.734
Combination: 72.3% DE_Frisian + 18.4% IT_Friuli + 9.3% PL_Malopolska -
Distance: 2.740
Combination: 43.2% NL_Drenthe + 49.0% German_North_Moravia + 7.9% Hungarian_Transylvania -
Distance: 2.744
Combination: 76.2% DE_Frisian + 19.4% IT_Veneto + 4.4% German_Nieder_Schlesien -
Distance: 2.745
Combination: 9.6% UK_Scotland_north-east + 78.8% Austria_Salzburg + 11.5% PL_Wielkopolska -
Distance: 2.746
Combination: 17.7% UK_East-Midlands + 75.7% Austria_Salzburg + 6.6% PL_Masovia
Best combinations of 4 populations:
-
Distance: 2.774
Combination: 11.9% UK_East-Midlands + 64.7% DE_Mecklenburg + 20.8% Austria_Steiermark + 2.7% Luxembourg -
Distance: 2.801
Combination: 43.3% UK_East-Anglia + 18.5% DE_Sachsen-Anhalt_south + 30.3% DE_Niederbayern + 7.9% Denmark
Autosomal analysis for Chromosome 16
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 16:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.5292
Results of the nMonte algorithm (10% minimum value) Chromosome 16:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.5219
Results of the nMonte algorithm (1% minimum value) Chromosome 16:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.5155
nMonte Results Visualization (1% minimum value) - Chromosome 16
Geographic distribution of populations - Chromosome 16
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- NL_Drenthe: 1.5402
- NL_Friesland: 1.7053
- Faroese: 1.7180
- NL_Groningen: 1.7844
- DE_Frisian: 1.7992
- DE_Niedersachsen_north: 1.8114
- Norway_Hedmark: 1.8248
- DE_Schleswig-Holstein: 1.8501
- SV_Skane: 1.8512
- SV_Svealand: 1.8815
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.516
Combination: 93.1% NL_Drenthe + 6.9% Finn_south-west -
Distance: 1.534
Combination: 85.3% NL_Drenthe + 14.7% Faroese -
Distance: 1.540
Combination: 98.3% NL_Drenthe + 1.7% Norway_north -
Distance: 1.710
Combination: 86.5% DE_Frisian + 13.5% Finn_south-west -
Distance: 1.714
Combination: 10.7% NL_Limburg + 89.3% Faroese
Best combinations of 3 populations:
-
Distance: 1.703
Combination: 18.2% NL_Limburg + 73.3% DE_Frisian + 8.5% Finn_east_and_north
Best combinations of 4 populations:
Autosomal analysis for Chromosome 17
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 17:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.0031
Results of the nMonte algorithm (10% minimum value) Chromosome 17:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.9991
Results of the nMonte algorithm (1% minimum value) Chromosome 17:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.9802
nMonte Results Visualization (1% minimum value) - Chromosome 17
Geographic distribution of populations - Chromosome 17
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- DE_Nordrhein: 1.9814
- DE_Franken: 2.1996
- Austria_Tirol: 2.2486
- DE_Oberschwaben: 2.2801
- NL_Gelderland: 2.2817
- DE_Rheinland_Pfalz-east-of-Rhine: 2.2851
- DE_Saarland: 2.2940
- FR_Alsace: 2.2951
- NL_Limburg: 2.3003
- DE_Sachsen-Anhalt_south: 2.3049
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.163
Combination: 79.0% DE_Franken + 21.0% IT_Emilia-Romagna -
Distance: 2.173
Combination: 53.3% NL_Limburg + 46.7% IT_Veneto -
Distance: 2.181
Combination: 58.5% DE_Sachsen-Anhalt_south + 41.5% IT_Trentino -
Distance: 2.199
Combination: 95.0% DE_Franken + 5.0% IT_Sudtirol -
Distance: 2.199
Combination: 3.9% DE_Sachsen-Anhalt + 96.1% DE_Franken
Best combinations of 3 populations:
-
Distance: 2.229
Combination: 30.3% DE_Oberschwaben + 41.4% IT_Trentino + 28.3% German_northern_Ost_Preussen -
Distance: 2.234
Combination: 3.5% NL_Groningen + 70.9% NL_Limburg + 25.5% FR_Corsica -
Distance: 2.238
Combination: 57.1% NL_Limburg + 31.5% Swiss_Italian + 11.4% German_Danzig -
Distance: 2.239
Combination: 32.0% DE_Sachsen + 54.1% DE_Rheinland_Pfalz-east-of-Rhine + 13.9% IT_Ladinia -
Distance: 2.247
Combination: 36.2% NL_Limburg + 30.8% FR_Lorraine + 33.0% DE_Sachsen-Anhalt
Best combinations of 4 populations:
-
Distance: 2.199
Combination: 52.8% NL_Limburg + 16.2% DE_Thuringen + 29.5% IT_Emilia-Romagna + 1.4% PL_Wielkopolska -
Distance: 2.247
Combination: 1.7% FR_Normandy + 57.3% DE_Oberschwaben + 26.0% IT_Emilia-Romagna + 15.0% German_Danzig
Autosomal analysis for Chromosome 18
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 18:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.1779
Results of the nMonte algorithm (10% minimum value) Chromosome 18:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1732
Results of the nMonte algorithm (1% minimum value) Chromosome 18:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.1725
nMonte Results Visualization (1% minimum value) - Chromosome 18
Geographic distribution of populations - Chromosome 18
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- NL_Gelderland: 2.2335
- NL_Limburg: 2.2400
- DE_Niedersachsen: 2.2896
- DE_Frisian: 2.3066
- UK_East-Anglia: 2.3146
- DE_Niedersachsen_north: 2.3155
- NL_Drenthe: 2.3188
- NL_Friesland: 2.3226
- DE_Franken: 2.3356
- NL_Noord_Brabant: 2.3447
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.219
Combination: 79.2% DE_Frisian + 20.8% IT_Lombardia -
Distance: 2.225
Combination: 76.0% NL_Gelderland + 24.0% DE_Frisian -
Distance: 2.230
Combination: 85.8% NL_Gelderland + 14.2% NL_Overijssel -
Distance: 2.232
Combination: 18.4% FR_Corsica + 81.6% DE_Frisian -
Distance: 2.236
Combination: 34.8% FR_Centre_Val_De_Loire + 65.2% DE_Niedersachsen
Best combinations of 3 populations:
-
Distance: 2.277
Combination: 83.2% NL_Drenthe + 1.2% DE_Brandenburg + 15.6% IT_Lombardia -
Distance: 2.285
Combination: 14.5% NL_Zuid_Holland + 83.6% DE_Niedersachsen + 2.0% DE_Saarland -
Distance: 2.299
Combination: 1.9% UK_East-Midlands + 72.4% NL_Friesland + 25.8% German_West_Bohemia -
Distance: 2.301
Combination: 5.1% FR_Bourgogne + 89.1% DE_Frisian + 5.8% German_Sudetenland -
Distance: 2.312
Combination: 39.5% NL_Friesland + 53.3% DE_Niedersachsen_north + 7.2% DE_Sachsen
Best combinations of 4 populations:
-
Distance: 2.283
Combination: 65.1% NL_Drenthe + 13.0% Swiss_Italian + 2.3% IT_Emilia-Romagna + 19.6% Faroese -
Distance: 2.307
Combination: 33.8% FR_Centre_Val_De_Loire + 51.7% DE_Franken + 4.9% German_Nieder_Schlesien_east + 9.6% Norway_west
Autosomal analysis for Chromosome 19
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 19:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.2758
Results of the nMonte algorithm (10% minimum value) Chromosome 19:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.2610
Results of the nMonte algorithm (1% minimum value) Chromosome 19:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.2526
nMonte Results Visualization (1% minimum value) - Chromosome 19
Geographic distribution of populations - Chromosome 19
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- Faroese: 2.2998
- NL_Groningen: 2.3473
- NL_Gelderland: 2.4138
- DE_Westfalen: 2.4190
- DE_Mecklenburg_central-east: 2.4201
- UK_South_Wales: 2.4385
- DE_Niedersachsen_north: 2.4440
- DE_Sachsen-Anhalt: 2.4474
- IRL_Connacht: 2.4680
- IRL_Leinster: 2.4736
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.277
Combination: 17.1% FR_Bourgogne + 82.9% Faroese -
Distance: 2.286
Combination: 13.3% Swiss_French + 86.7% Faroese -
Distance: 2.330
Combination: 78.3% NL_Groningen + 21.7% DE_Oberschwaben -
Distance: 2.337
Combination: 24.3% UK_South_Wales + 75.7% NL_Groningen -
Distance: 2.345
Combination: 94.9% NL_Groningen + 5.1% Hungarian_Alfold
Best combinations of 3 populations:
-
Distance: 2.371
Combination: 32.4% NL_Gelderland + 58.5% DE_Mecklenburg_central-east + 9.1% IT_Liguria -
Distance: 2.395
Combination: 7.0% UK_East-Midlands + 26.2% UK_Scotland_Highlands + 66.8% DE_Mecklenburg_central-east -
Distance: 2.413
Combination: 55.1% IRL_Connacht + 18.8% DE_Niedersachsen + 26.0% IT_Sudtirol -
Distance: 2.427
Combination: 26.0% UK_Scotland_Highlands + 3.8% FR_Central + 70.2% DE_Niedersachsen_north -
Distance: 2.427
Combination: 81.2% UK_South_Wales + 17.2% DE_Nordrhein + 1.6% PL_Slovincian
Best combinations of 4 populations:
-
Distance: 2.452
Combination: 55.8% IRL_Leinster + 26.0% NL_Overijssel + 2.7% DE_Sachsen-Anhalt_south + 15.5% DE_Niederbayern
Autosomal analysis for Chromosome 20
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 20:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.7816
Results of the nMonte algorithm (10% minimum value) Chromosome 20:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.7721
Results of the nMonte algorithm (1% minimum value) Chromosome 20:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.7646
nMonte Results Visualization (1% minimum value) - Chromosome 20
Geographic distribution of populations - Chromosome 20
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- UK_Scotland_Highlands: 1.8434
- IRL_Ulster: 1.9593
- IRL_Leinster: 2.0536
- DE_Vorpommern: 2.0539
- IRL_Connacht: 2.0596
- UK_Orkney: 2.0660
- IRL_Munster: 2.0780
- UK_Scotland_south-west: 2.0865
- DE_Sachsen_Kamenz: 2.1101
- UK_England_North-East: 2.1366
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.795
Combination: 79.5% UK_Scotland_Highlands + 20.5% PL_Kuyavia_&_SE_Pomerania -
Distance: 1.811
Combination: 76.8% UK_Scotland_Highlands + 23.2% German_Neumark_east-Brandenburg -
Distance: 1.836
Combination: 91.1% UK_Scotland_Highlands + 8.9% Slovenian -
Distance: 1.856
Combination: 71.6% IRL_Ulster + 28.4% PL_Wielkopolska -
Distance: 1.859
Combination: 71.5% IRL_Ulster + 28.5% PL_Kuyavia_&_SE_Pomerania
Best combinations of 3 populations:
-
Distance: 2.023
Combination: 62.7% UK_Ulster + 3.7% DE_Sachsen_Kamenz + 33.6% PL_Wielkopolska -
Distance: 2.033
Combination: 25.5% UK_North_Wales + 35.3% DE_Sachsen_Kamenz + 39.2% DE_Vorpommern -
Distance: 2.077
Combination: 95.0% IRL_Munster + 2.3% NL_Utrecht + 2.7% Austria_Salzburg -
Distance: 2.102
Combination: 70.3% UK_England_North-East + 23.6% DE_Thuringen + 6.1% Slovakia_east
Best combinations of 4 populations:
-
Distance: 2.034
Combination: 38.4% UK_North_Wales + 1.7% NL_Overijssel + 35.7% DE_Sachsen_Kamenz + 24.3% German_Pommern_east
Autosomal analysis for Chromosome 21
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 21:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.1562
Results of the nMonte algorithm (10% minimum value) Chromosome 21:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1497
Results of the nMonte algorithm (1% minimum value) Chromosome 21:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.1489
nMonte Results Visualization (1% minimum value) - Chromosome 21
Geographic distribution of populations - Chromosome 21
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- Faroese: 2.1661
- NL_Groningen: 2.2539
- NL_Gelderland: 2.2628
- DE_Niedersachsen_north: 2.3050
- UK_South_Wales: 2.3074
- DE_Westfalen: 2.3178
- IRL_Connacht: 2.3324
- IRL_Leinster: 2.3410
- DE_Niedersachsen: 2.3437
- IRL_Munster: 2.3637
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
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Distance: 2.149
Combination: 24.3% UK_South_Wales + 75.7% Faroese -
Distance: 2.253
Combination: 5.4% UK_Scotland_north-east + 94.6% NL_Groningen -
Distance: 2.283
Combination: 54.4% UK_South_Wales + 45.6% DE_Westfalen -
Distance: 2.297
Combination: 80.4% DE_Niedersachsen_north + 19.6% DE_Franken -
Distance: 2.301
Combination: 15.2% UK_North_Wales + 84.8% DE_Niedersachsen_north
Best combinations of 3 populations:
-
Distance: 2.325
Combination: 55.0% IRL_Munster + 33.9% NL_Noord-Holland + 11.1% DE_Sachsen-Anhalt
Best combinations of 4 populations:
Autosomal analysis for Chromosome 22
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Results of the nMonte algorithm (25% minimum value) Chromosome 22:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.6908
Results of the nMonte algorithm (10% minimum value) Chromosome 22:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.6951
Results of the nMonte algorithm (1% minimum value) Chromosome 22:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.6895
nMonte Results Visualization (1% minimum value) - Chromosome 22
Geographic distribution of populations - Chromosome 22
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
Heat Map for person with one dominant continental group is created using Top 1 distances.
- Austria_Steiermark: 1.7793
- DE_Thuringen_central: 1.9383
- DE_Sachsen: 1.9531
- German_North_Bohemia: 2.0202
- German_Sudetenland: 2.0330
- FR_Franche_Comte: 2.0497
- FR_Lorraine: 2.0524
- Czech: 2.0538
- German_North_Moravia: 2.0540
- Hungarian_Transdanubia: 2.0739
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
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Distance: 1.773
Combination: 11.7% FR_Ile-de-France + 88.3% Austria_Steiermark -
Distance: 1.778
Combination: 95.4% Austria_Steiermark + 4.6% Swiss_Italian -
Distance: 1.840
Combination: 61.4% FR_Franche_Comte + 38.6% PL_Kashubian -
Distance: 1.872
Combination: 50.3% FR_Franche_Comte + 49.7% Czech -
Distance: 1.883
Combination: 66.5% FR_Franche_Comte + 33.5% PL_Slovincian
Best combinations of 3 populations:
-
Distance: 1.897
Combination: 20.5% FR_Bearn + 7.2% IT_Lombardia + 72.2% Czech -
Distance: 1.902
Combination: 23.1% FR_Hautes_Pyrenees + 12.4% IT_Trentino + 64.5% German_North_Moravia -
Distance: 1.903
Combination: 2.0% Flemish + 23.2% FR_Bearn + 74.8% Czech -
Distance: 1.921
Combination: 58.3% FR_Franche_Comte + 14.7% DE_Brandenburg + 27.0% Hungarian_Northern -
Distance: 1.929
Combination: 40.0% IT_Ladinia + 34.1% German_Danzig + 25.9% German_North_Moravia
Best combinations of 4 populations:
-
Distance: 1.866
Combination: 36.6% FR_South + 25.7% German_North_Moravia + 13.4% Slovakia_west + 24.4% Slovenian -
Distance: 1.874
Combination: 25.7% FR_Hautes_Pyrenees + 3.4% Swiss_Italian + 36.2% German_North_Moravia + 34.7% Hungarian_Central -
Distance: 1.981
Combination: 48.3% German_North_Bohemia + 36.5% German_North_Moravia + 7.6% German_West_Bohemia + 7.6% PL_Masovia -
Distance: 2.030
Combination: 5.6% UK_Scotland_Highlands + 32.9% IT_Friuli + 33.2% German_Nieder_Schlesien_east + 28.3% Hungarian_Transdanubia