Species
|
Common name
|
N West
|
N East
|
Mean HWI
|
FST
|
DXY1
|
# SNPs2
|
# total sites2
|
HO West1 | HO East1 |
Mutation Rate3
|
Cossypha semirufa | Rüppell’s Robin-chat | 2 | 3 | 12.21 | 0.136 | 0.443 | 6.24 | 509 | 0.469 | 0.453 | 2.230 × 10-9 |
Crithagra tristriata | Brown-rumped Seedeater | 3 | 2 | 13.87 | 0.329 | 0.321 | 4.61 | 557 | 0.312 | 0.193 | 2.062 × 10-9 |
Melaenornis chocolatinus | Abyssinian Slaty Flycatcher | 3 | 3 | 15.80 | 0.053 | 0.239 | 3.95 | 518 | 0.275 | 0.283 | 2.151 × 10-9 |
Sylvia galinieri |
Abyssinian Catbird
|
1
|
2
|
10.96
|
0.227
|
0.079
|
0.61
|
354
|
0.082
|
0.091
|
2.074 × 10-9
|
Turdus abyssinicus | Abyssinian Thrush | 3 | 3 | 19.96 | 0.017 | 0.247 | 1.75 | 203 | 0.435 | 0.428 | 2.123 × 10-9 |
Zosterops poliogastrus | Ethiopian White-eye | 3 | 2 | 23.17 | 0.028 | 0.239 | 3.44 | 443 | 0.303 | 0.283 | 2.294 × 10-9 |
N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year | N = sample size, HWI = hand-wing index, HO = observed heterozygosity, FST and DXY = measures of genetic differentiation, # SNPs = number of SNPs genotyped per species, # total sites = total number of sites genotyped in every individual (i.e., no missing data) and passing filters for each species 1HO and DXY are multiplied by 100 2# SNPs and # total sites are presented in millions 3Mutation rate is in units of substitutions per site per year |