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. 2014 Jul 21;9(7):e102448. doi: 10.1371/journal.pone.0102448

Table 2. LD decay estimated in IOI.

Hill-Weir Sved
Average rf Min rf Average rf Min rf
r 2 Map distance (cM) N e ± SE Map distance (cM) N e ± SE Map distance (cM) N e ± SE Map distance (cM) N e ± SE
r 2 21.5 9±0.1 19.5 10±0.1 13.6 17±0.1 12.3 18±0.1
rs 2 k0 14.2 14±0.1 12.7 15±0.2 9.9 23±0.2 8.9 25±0.2
rs 2 k10 14.4 13±0.1 12.9 15±0.2 10 22±0.2 9 25±0.2
rs 2 k50 14.5 13±0.1 13 15±0.2 10.1 22±0.2 9.1 25±0.2
rsv 2 k0 2.6 75±0.8 2.2 87±1 2.3 99±1.5 2 111±2
rsv 2 k10 2.6 73±0.8 2.3 85±1 2.3 97±1.5 2.1 109±1.9
rsv 2 k50 2.6 73±0.8 2.3 84±1 2.3 96±1.5 2.1 108±1.9
rv 2 2.8 68±0.7 2.5 79±0.9 2.5 91±1.3 2.2 102±1.7

The relationship between LD and map distance was modeled by fitting two alternate non-linear regression models: a drift-recombination equilibrium model [36] or a modified recombination-drift model including low level of mutation and an adjustment for sample size [37]. Map distance at r2 = 0.1 was shown. Both average distance across six bi-parental mapping population and minimum distance from available mapping populations were used. Ne, effective population size; SE, standard error.