| Scenario |  |
M
e
a
| Â |
---|
 | Base |  | 185 |  |
 | 1 |  | 1809 |  |
 | 2 |  | 1891 |  |
 | 3 |  | 2435 |  |
 | 4 |  | 2462 |  |
-
a
M
e
is estimated by Wientjes et al. [25] as: \( {M}_e=\frac{1}{Var\left({\mathbf{G}}_{Pop{.1}_i, Pop{.2}_j}-{\mathbf{A}}_{Pop{.1}_i, Pop{.2}_j}\right)} \); where \( {\mathbf{G}}_{Pop{.1}_i, Pop{.2}_j} \) refers to the genomic relationship between individual i from population 1 and individual j from population 2, \( {\mathbf{A}}_{Pop{.1}_i, Pop{.2}_j} \) refers to the pedigree relationship between individual i from population 1 and individual j from population 2, and the variance is taken over all pair-wise relationships between the individuals in the reference population and the selection candidates