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. 2016 Dec 19;6:39167. doi: 10.1038/srep39167

Table 1. Genetic diversity indices of Sogatella furcifera populations in the Greater Mekong Subregion (GMS).

Population code* (Number of individuals tested) S η H D (p) Fs (p) Hd (SD) π (SD) K π (JC)
JP (25) 6 6 7 −1.38476 (0.07100) −3.67776 (0.00000) 0.617 (0.098) 0.00145 (0.00031) 0.853 0.00145
KY (25) 7 7 7 −1.59097 (0.03500) −3.47179 (0.00200) 0.617 (0.098) 0.00153 (0.00036) 0.900 0.00153
YS (24) 3 3 4 −0.37127 (0.35600) −0.69024 (0.25300) 0.598 (0.057) 0.00116 (0.00019) 0.685 0.00116
FN (23) 3 3 4 −1.01220 (0.19300) −1.48134 (0.04600) 0.447 (0.118) 0.00083 (0.00025) 0.490 0.00083
MD (25) 3 3 4 −1.50407 (0.05600) −2.44153 (0.00100) 0.297 (0.115) 0.00053 (0.00022) 0.313 0.00053
BS (23) 5 5 5 −1.22178 (0.10300) −1.54985 (0.08300) 0.609 (0.082) 0.00134 (0.00031) 0.791 0.00134
MS (19) 5 5 6 −1.43184 (0.05400) −3.17970 (0.00200) 0.643 (0.108) 0.00131 (0.00030) 0.772 0.00131
YIJ (21) 5 5 5 −1.79547 (0.01700) −2.59252 (0.00500) 0.424 (0.131) 0.00095 (0.00036) 0.562 0.00096
LC (23) 1 1 2 0.18585 (0.75800) 0.61246 (0.46500) 0.300 (0.105) 0.00051 (0.00018) 0.300 0.00051
NE (23) 1 1 2 0.53502 (0.83700) 0.87901 (0.52200) 0.356 (0.100) 0.00060 (0.00017) 0.356 0.00060
MH (25) 4 4 4 −0.76354 (0.25800) −0.41635 (0.32600) 0.597 (0.054) 0.00129 (0.00027) 0.760 0.00129
SJ (24) 5 5 6 −1.24330 (0.11600) −2.81348 (0.01200) 0.616 (0.091) 0.00130 (0.00027) 0.764 0.00130
GM (23) 5 5 6 −1.41008 (0.08700) −3.15734 (0.00300) 0.601 (0.101) 0.00119 (0.00026) 0.704 0.00120
CY (25) 1 1 2 0.72124 (0.84900) 1.03183 (0.53000) 0.380 (0.091) 0.00065 (0.00016) 0.380 0.00065
CX (23) 4 4 5 −0.89102 (0.23000) −1.74242 (0.08000) 0.581 (0.093) 0.00125 (0.00027) 0.735 0.00125
SM (24) 5 5 6 −1.54913 (0.03900) −3.50173 (0.00300) 0.543 (0.111) 0.00106 (0.00027) 0.623 0.00106
XP (23) 3 3 5 −1.01220 (0.15600) −2.86701 (0.00200) 0.391 (0.125) 0.00083 (0.00030) 0.490 0.00083
YUJ (23) 5 5 6 −1.82093 (0.01600) −4.26158 (0.00000) 0.458 (0.126) 0.00087 (0.00028) 0.514 0.00087
ZY (23) 3 3 4 −0.73946 (0.25800) −1.11359 (0.10300) 0.486 (0.105) 0.00098 (0.00026) 0.577 0.00098
SZ (24) 8 8 8 −1.55882 (0.03700) −4.07697 (0.00100) 0.725 (0.073) 0.00187 (0.00036) 1.101 0.00187
L1 (25) 2 2 3 −0.12151 (0.43300) −0.05780 (0.36500) 0.440 (0.095) 0.00085 (0.00021) 0.500 0.00085
L2 (24) 4 4 4 −0.71822 (0.25800) −0.36644 (0.34400) 0.591 (0.081) 0.00134 (0.00033) 0.790 0.00134
L3 (21) 3 3 3 −1.45676 (0.07700) −0.72758 (0.22200) 0.267 (0.120) 0.00063 (0.00033) 0.371 0.00063
L4 (19) 1 1 2 0.41712 (0.76900) 0.75823 (0.47800) 0.351 (0.111) 0.00060 (0.00019) 0.351 0.00060
L5 (17) 2 2 3 −1.06916 (0.19800) −1.03838 (0.05600) 0.324 (0.136) 0.00057 (0.00026) 0.338 0.00057
L6 (22) 5 5 6 −1.28369 (0.09300) −2.89198 (0.00700) 0.580 (0.111) 0.00132 (0.00033) 0.779 0.00133
L7 (22) 1 1 2 −0.64112 (0.24200) −0.17575 (0.18500) 0.173 (0.101) 0.00029 (0.00017) 0.173 0.00029
L8 (19) 2 2 3 0.10134 (0.62600) 0.08500 (0.45200) 0.556 (0.073) 0.00101 (0.00018) 0.596 0.00101
C1 (24) 3 3 3 −0.76831 (0.21000) 0.12791 (0.44100) 0.409 (0.103) 0.00095 (0.00034) 0.558 0.00095
C2 (17) 2 2 3 0.04791 (0.61500) 0.01788 (0.39000) 0.559 (0.083) 0.00102 (0.00020) 0.603 0.00102
C3 (16) 4 4 4 −0.77113 (0.24700) −0.47280 (0.34100) 0.642 (0.081) 0.00154 (0.00040) 0.908 0.00155
C4 (23) 2 2 3 −0.40840 (0.33600) −0.34481 (0.27400) 0.423 (0.104) 0.00075 (0.00020) 0.443 0.00075
V1 (22) 2 3 4 −0.54947 (0.33300) −1.89698 (0.03100) 0.398 (0.122) 0,.00071 (0.00023) 0.416 0.00071
V2 (16) 4 4 5 −1.54972 (0.04200) −2.75106 (0.00100) 0.533 (0.142) 0.00103 (0.00033) 0.608 0.00103
V3 (23) 4 4 5 −1.07287 (0.18000) −2.01641 (0.05100) 0.545 (0.104) 0.00113 (0.00028) 0.664 0.00113
V4 (21) 2 2 3 −0.84329 (0.22400) −0.82277 (0.18700) 0.267 (0.120) 0.00060 (0.00029) 0.352 0.00060
M1(18) 8 8 8 −1.38547(0.07300) −3.87433(0.00200) 0.830 (0.064) 0.00237 (0.00042) 1.399 0.00238
M2(12) 1 1 2 0.54055(0.80900) 0.73482(0.47900) 0.409 (0.133) 0.00069 (0.00023) 0.409 0.00070

*The indices of the T1, T2, M3, and M4 were not calculated because the number of individuals was below 10; S, number of polymorphic (segregating) sites; η, total number of mutations; H, number of haplotypes; Hd, haplotype diversity; π, nucleotide diversity; K, average number of nucleotide differences; π(JC), nucleotide diversity with Jukes and Cantor correction; D, Tajima’s D statistic; Fs, Fu ‘s F test statistic; p, Significance values of the parameters were evaluated using 10000 simulations.