. 2019 Sep 3;10:1060. doi: 10.3389/fpls.2019.01060

Table 1.

Genetic statistics for 18 populations of Quercus chenii based on the genetic variation of chloroplast (cp) DNA sequences and nuclear microsatellite (nSSR) markers.

P	E (m)	nSSR						cpDNA
P	E (m)	n_SSR	Null	A_R	H_S	F_IS	A_D	n_cp	H_d	Haplotypes
Highland populations
YZ	247	30	0.00	4.394	0.634	−0.078	0.005	10	0	H8(10)
HS	450	9	0.02	4.000	0.637	0.054	0.339	9	0	H18(9)
TM	459	15	0.02^†	3.849	0.585	0.015	0.410	10	0	H18(10)
QI	494	27	0.00	4.464	0.608	−0.093	0.023	10	0	H9(10)
ZN	496	19	0.01	4.733	0.617	0.056	0.025	10	0	H14(10)
JZ	625	27	0.01^†	4.210	0.609	−0.104	0.000	10	0	H1(10)
Lowland populations
XN	37	30	0.01	5.718	0.710	−0.006	0.640	10	0	H5(10)
GD	50	26	0.01	5.509	0.673	−0.065	0.683	10	0	H1(10)
QY	56	30	0.03^†	5.901	0.713	0.068	0.089	10	0	H15(10)
WN	82	20	0.01	5.489	0.680	0.023	0.580	10	0	H12(10)
ZZ	84	17	0.02^†	5.705	0.710	0.036	0.661	6	0	H1(6)
WY	91	28	0.02^†	5.890	0.685	0.043	0.245	10	0.533	H6(6), H7(4)
LU	99	20	0.01	5.323	0.659	0.002	0.625	10	0.200	H6(9), H13(1)
TH	99	27	0.02^†	5.432	0.700	−0.021	0.679	10	0	H10(10)
LC	102	17	0.01	5.354	0.699	0.002	0.879	10	0.200	H1(1), H11(9)
TY	139	21	0.01	5.266	0.686	0.014	0.698	10	0.711	H1(5), H2(1), H3(3), H4(1)
NJ	149	30	0.02	5.898	0.708	0.113*	0.632	10	0.622	H1(6), H16(2). H17(2)
LA	175	26	0.01^†	4.785	0.661	−0.043	0.520	10	0	H1(10)

P, population code; E, elevation; n_SSR, sample sizes for nuclear microsatellite markers; Null, null allele frequency averaged across the 14 nSSR loci,† indicates the significance of null alleles in the full model, which accounts for null alleles (n), inbreeding (f) and genotyping failures (b) simultaneously; A_R, allelic richness with rarefaction to the common sample size of 9; H_S, genetic diversity within populations averaged across loci; F_IS, inbreeding coefficient, * indicates P < 0.05 after Bonferroni correction; A_D, genetic admixture index; n_cp, sample sizes for chloroplast DNA sequences; H_d, haplotype diversity.