Figure 2.—

Equilibrium genetic parameters for different mutational properties against log₁₀(N). Diffusion (solid line) and approximated (dashed line) predictions for the rate of inbreeding depression (δ, top), additive variance (V_a, middle), and dominant variance (V_d, bottom) against Log₁₀(N) for three different sets of mutational parameters are shown: (1) the “sensitive” S_c case, as in case c in Fernández and Caballero (2001) (solid circles), λ = 0.5, s exponentially distributed with average effect E(s) = 0.05, h uniformly distributed between 0 and exp[−ks] with average E(h) = 0.35; (2) the “tolerant” T_h case, as in case h in Fernández and Caballero (2001) (open squares), λ = 0.03, s gamma distributed with shape parameter 2.3 and average effect E(s) = 0.264, h uniformly distributed between 0 and exp[−ks] with average E(h) = 0.20; and (3) the “tolerant” T₁ case, as in García-Dorado (2003) (open triangles), λ = 0.03, s exponentially distributed with average effect E(s) = 0.224, h uniformly distributed between 0 and exp[−ks] with average E(h) = 0.20.