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. 2013 Nov 26;113(3):477–487. doi: 10.1093/aob/mct280

Table 2.

Genetic diversity measures for Comarum palustre in the four study populations

NA HE HO FIS
Bihain Adults 6·8 (0·6) 0·74 (0·15) 0·75 (0·22) –0·01 (–0·10, 0·05)
Offspring 8·9 (0·7) 0·72 (0·14) 0·61 (0·13) 0·14 (0·10, 0·21)
Sainte–Marie Adults 5·2 (0·5) 0·72 (0·13) 0·72 (0·21) –0·03 (–0·17, 0·11)
Offspring 6·8 (0·5) 0·70 (0·10) 0·66 (0·11) 0·07 (0·02, 0·12)
Bra Adults 6·6 (0·7) 0·69 (0·04) 0·64 (0·04) 0·05 (–0·05, 0·11)
Offspring 5·1 (0·4) 0·52 (0·05) 0·33 (0·04) 0·38 (0·31, 0·44)
Fosse Adults 6·0 (0·5) 0·65 (0·03) 0·59 (0·04) 0·09 (0·01, 0·17)
Offspring 6·0 (0·4) 0·60 (0·04) 0·39 (0·03) 0·37 (0·32, 040)

For each population, the mean number of alleles (NA), expected heterozygosity (HE), observed heterozygosity (HO) and Weir and Cockerham's inbreeding coefficient (FIS) are shown for adult plants and offspring, with standard error in parentheses. The 95 % confidence intervals are given in parentheses for FIS. Significant deviations from Hardy–Weinberg equilibrium of FIS values are in italics.

For the analyses, multiple ramets with identical genets were reduced into a single genet.