Heredity - Table 3 for article: The Great Wall of China: a physical barrier to gene flow?

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The Great Wall of China: a physical barrier to gene flow?

H Su, L-J Qu, K He, Z Zhang, J Wang, Z Chen and H Gu

Table 3. Analysis of molecular variation (AMOVA) for 11 subpopulations comparison

Source of variation		df	Variance component	% Total	P-value
CcaJN	Among subpopulations	1	4.72	28.86	<0.001
vs
CcaJS	Within subpopulations	38	11.65	71.14

UpuJN	Among subpopulations	1	2.25	13.18	<0.001
vs
UpuJS	Within subpopulations	42	14.85	86.82

ParJE	Among subpopulations	1	2.26	14.31	<0.001
vs
ParJW	Within subpopulations	38	13.53	85.69

ZjuJN	Among subpopulations	1	2.38	18.91	<0.001
vs
ZjuJS	Within subpopulations	31	10.21	81.09

VneJN	Among subpopulations	1	3.38	19.04	<0.001
vs
VneJS	Within subpopulations	38	14.38	80.96

HhiJN	Among subpopulations	1	3.50	16.15	<0.001
vs
HhiJS	Within subpopulations	21	18.16	83.85

CcaCN	Among subpopulations	1	1.06	11.14	<0.001
vs
CcaCS	Within subpopulations	36	12.21	88.86

UmaCN	Among subpopulations	1	0.87	7.60	<0.05
vs
UmaCS	Within subpopulations	34	10.54	92.40

ParCN	Among subpopulations	1	0.45	2.87	<0.001
vs
ParCS	Within subpopulations	38	15.22	97.13

ZjuCN	Among subpopulations	1	1.29	7.96	<0.001
vs
ZjuCS	Within subpopulations	37	10.26	92.04

VneCN	Among subpopulations	1	1.46	7.93	<0.001
vs
VneCS	Within subpopulations	41	16.90	92.07

df, degree of freedom. P-values are based on 1000 permutations of the original data set and represent the probability of a more extreme random value (Excoffier, 1993).

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TABLE 3

The Great Wall of China: a physical barrier to gene flow?

Table 3. Analysis of molecular variation (AMOVA) for 11 subpopulations comparison