Table 1.
Genetic variation and assignment power of 16 microsatellite loci in the four studied populations of Asian seabass.
Table 2.
Number of samples (N), mean number of alleles (A), mean allelic richness (Ar), observed (Ho) and expected (He) heterozygosity, and fixation index (f) estimated with 16 microsatellites in four populations of Asian seabass.
Figure 1.
The correct assignment percentage of individuals corresponding to the number of loci selected on the basis of the ranking of score (from high to low) obtained by WHICHLOCI.
The marker order was Lca016, Lca063, Lca040, Lca062, Lca098, Lca086, Lca058, Lca057, Lca069, Lca020, Lca064, Lca002, Lca021, Lca070, Lca050 and Lca074. The individual assignment was performed using the Bayesian (BS) and maximum likelihood (ML) methods.
Figure 2.
The percentage of correct assignment of individuals corresponding to the number of loci selected on the basis of the ranking of allele number of the markers from high to low.
The marker order was Lca086, Lca058, Lca098, Lca062, Lca016, Lca050, Lca057, Lca020, Lca064, Lca002, Lca074, Lca070, Lca063, Lca040, Lca021 and Lca069. The assignment was conducted using the Bayesian (BS) and maximum likelihood (ML) methods.
Figure 3.
The percentage of correct assignment of individuals corresponding to the number of loci selected on the basis of expected heterozygosity (from high to low expected heterozygosity).
The marker order was Lca086, Lca058, Lca062, Lca021, Lca016, Lca064, Lca057, Lca020, Lca069, Lca040, Lca098, Lca070, Lca063, Lca074, Lca002 and Lca050. The individual assignment was carried out using the Bayesian (BS) and maximum likelihood (ML) methods.