Populations

N
_{
A}

N
_{
E}

H
_{
o}

H
_{
e}

A
_{
r}

F
_{
IS}

P
_{
HWE}

Ld

N
_{
e}

M ratio


LD

3.3

1.604

0.255

0.278

3.117

0.093^{*}

0.000^{**}

0

224.1

0.860

LP

3.2

1.846

0.288

0.350

3.043

0.189^{*}

0.000^{**}.

6

Infinite

0.908

LA

3.0

1.839

0.217

0.316

2.861

0.322^{*}

0.000^{**}

7

106.1

0.862

LSL

3.6

1.826

0.324

0.379

3.418

0.156^{*}

0.000^{**}

7

1941.1

0.856

LSY

2.8

1.752

0.316

0.331

2.749

0.056

0.464

5

165.5

0.867

LSH

3.3

1.864

0.369

0.374

3.163

0.026

0.000^{**}

6

Infinite

0.826

SJ

2.6

1.441

0.158

0.226

2.563

0.314^{*}

0.000^{**}

6

137.8

0.895

 N_{A}: number of alleles; N_{E}: number of effective alleles; H_{o}: observed heterozygosity; H_{e}: excepted heterozygosity; A_{r}: allele richness; F_{IS}: inbreeding coefficient, ^{*}Significance value from 95% confidence interval; P_{HWE}: Pvalue for deviation from HardyWeinberg equilibrium, ^{**}highly significant (P < 0.01); Ld: number of loci in linkage disequilibrium; N_{e}: Estimates of effective population size with 95% confidence intervals; M ratio, the mean ratio of the number of alleles to the range in allele size