Table 2 Sample sizes, variability measures, inbreeding coefficients and estimated null allele frequencies per locus and population for five microsatellite loci

Site	T3235					Tb50					Tb49					Tb42					Tb4
	N	AR	H _E	f	nf	N	AR	H _E	f	nf	N	AR	H _E	f	nf	N	AR	H _E	f	nf	N	AR	H _E	f	Nf
Butler	48	34	0.98	0.130^*	0.126	49	31	0.98	0.235^*	0.176	49	9	0.77	0.211	0.173	43	19	0.94	0.187^*	0.287	51	19	0.94	0.152^*	0.068
Grapetree	52	32	0.98	0.174^*	0.115	52	33	0.98	0.179^*	0.146	51	7	0.77	0.192	0.194	47	17	0.92	0.170^*	0.274	53	17	0.94	0.116	0.090
Jack	46	35	0.98	0.046		48	34	0.98	0.110^*	0.086	48	7	0.74	0.188	0.128	45	16	0.93	0.191^*	0.216	48	17	0.93	0.153^*	0.109
Northstar	50	33	0.98	0.185^*	0.150	50	31	0.98	0.185^*	0.178	50	9	0.78	0.216	0.203	43	16	0.93	0.125	0.301	499	20	0.94	0.074
Sansal	37	33	0.98	0.236^*	0.226	39	31	0.98	0.264^*	0.124	38	9	0.82	0.195	0.139	36	16	0.93	0.281^*	0.248	38	19	0.94	0.136	0.108
West	27	33	0.98	0.133^*	0.056	27	34	0.97	0.011		27	7	0.75	0.210		27	17	0.94	0.095		27	16	0.94	0.251^*	0.112

Abbreviations: AR, allelic richness; H_E, expected heterozygosity; nf, null allele frequency.
Shown are number of diploid individuals analyzed (N), F_is as estimated by f (Weir and Cockerham, 1984). Blank entries indicate that evidence for null alleles was not found for that particular locus/population combination. Significance levels of population-by-locus tests of Hardy–Weinberg equilibrium (HWE) were determined by 5000 randomizations of alleles among individuals for each locus. Values significant after standard Bonferroni correction are marked with an asterisk (P<0.0017).

Quick links

Search