Pedigree complete in | 6
gen |
Pedigree depth |
16
gen |
Pedigree Completeness Index (5 gen) |
1,00
|
Generation interval (average, 4 gen) | 11,87
|
Ancestor birthyear (average, 4 gen) | 1937,40
|
French Trotter |
0,00
% |
Russian Trotter |
0,00
% |
Standardbred |
100,00
% |
|
Inbreeding Coefficient (The Blood Bank ) | 6,910 % |
Inbreeding Coefficient (STC) | Not available |
|
Peter the Great | 63 paths, 16 crosses (closest: 6) | Guy Axworthy | 48 paths, 14 crosses (closest: 5) | Axworthy | 99 paths, 20 crosses (closest: 6) | Hambletonian | 9440 paths, 198 crosses (closest: 9) | George Wilkes | 3430 paths, 119 crosses (closest: 8) | Peter Volo | (5x+6+6) + (5+6) | Scotland | (4+5y) + 5x | Spencer | (6x+6) + 4x | Guy Wilkes | 77 paths, 18 crosses (closest: 7) | McKinney | (6+7+7+8+8x) + (7x+7+8+8) | Nervolo Belle (Mare) | (6x+7+7) + (6+7+8x) | Dillon Axworthy | (5+6x) + 6x | Happy Medium | 88 paths, 19 crosses (closest: 8) | Bingen | 45 paths, 14 crosses (closest: 7) | Lady Bunker (Mare) | 352 paths, 38 crosses (closest: 8) | Electioneer | 288 paths, 36 crosses (closest: 8) | Lee Axworthy | (6+8+8) + (6+7) | Princess Royal (Mare) | (6+7+7+8x) + 7x | Fruity Worthy (Mare) | 6 + 6 | Miss Bertha C. (Mare) | 6x + 6x | Emily Ellen (Mare) | (7+8+8) + 6 | Beautiful Bells (Mare) | 40 paths, 14 crosses (closest: 8) | Baron Wilkes | (8+9x+9) + (7x+8+8+8+9+9) | May King | 54 paths, 15 crosses (closest: 8) | Young Miss (Mare) | 54 paths, 15 crosses (closest: 8) | Todd | (7+8+9+9) + 7 | Belwin | 7x + 6 | Baronmore | 7x + (7x+7) | Fanella (Mare) | (8+9+10+10) + (7+8) | Chimes | (7+8+8+8+9x) + 8x | Minnehaha (Mare) | 55 paths, 16 crosses (closest: 9) | Expectation (Mare) | 8 + (6+8) | Alcantara | (8+9+9+10x+10) + (8+9x+10) | Expressive (Mare) | 7 + 7x | The Widow (Mare) | 7x + 7 | Bellini | 7 + 7x | Maggie H. (Mare) | (8x+9+11+11) + (8+9+10) | Adbell | (8+9x) + (8+8) | Esther (Mare) | 8 + (7+8x) | Onward | (7x+9+10+10+11) + (9+10+11) | Arion | (9+9+10+10+11+11) + (8+9) | Red Wilkes | 96 paths, 20 crosses (closest: 9) | Wilton | (8x+10) + 8 | Harold | (10x+10) + (8x+11+11) |
|