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. 2019 Apr 2;9(9):5219–5235. doi: 10.1002/ece3.5113

Table 3.

Genetic diversity among the populations of G. przewalskii by SSRs analysis

Population N A N E A R H O H E HWE
WQ 3.5000 2.7454 3.10 0.6875 0.6597 0.0009
SF 4.1667 2.9112 3.21 0.5417 0.6014 0.2430
WS 3.3333 2.5255 2.89 0.4375 0.5431 0.0958
BC1 4.1667 2.9451 3.34 0.5000 0.6222 0.1787
BC2 4.3333 2.7507 3.38 0.5208 0.6375 0.5215
KC 3.3333 2.3413 2.83 0.6250 0.5639 0.7696
LT 3.6667 2.7386 3.15 0.7083 0.6319 0.1565
HM1 3.5000 2.5199 2.96 0.5625 0.6014 0.1462
HM3 4.3333 2.7466 3.31 0.6964 0.6350 0.0830
AKS 4.6667 3.3433 3.69 0.7292 0.6931 0.1693
SB 3.1667 2.0432 2.58 0.3750 0.5194 0.1675
LY 3.1667 2.0047 2.56 0.3750 0.4917 0.0362
CM 4.6667 3.2155 3.65 0.5417 0.7139 0.0702
JYG 3.8333 2.6864 3.13 0.5417 0.6111 0.9006
GT 4.3333 3.2859 3.56 0.5833 0.6542 0.5383
ZW 4.1667 2.9799 3.48 0.4970 0.6620 0.0586
AZQ 3.8333 2.6754 3.17 0.6458 0.6306 0.0583
Average 3.8922 2.7329 3.18 0.5628 0.6160 0.2467

H o: mean observed heterozygosity, H e: mean expected heterozygosity, A r: allelic richness, HWE: Hardy–Weinberg equilibrium; NA: mean number of alleles per population, NE: mean number of effective alleles.